Array ( [DETAIL_PICTURE] => Array ( [ID] => 11974 [TIMESTAMP_X] => 13.04.2026 16:26:28 [MODULE_ID] => iblock [HEIGHT] => 466 [WIDTH] => 700 [FILE_SIZE] => 320174 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/386/4pc1fyc4r493k5482r82v4ot82d43jke [FILE_NAME] => DSC07108.jpg [ORIGINAL_NAME] => DSC07108.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => f76e70244a7e2291bc91e2e782e99d0a [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/386/4pc1fyc4r493k5482r82v4ot82d43jke/DSC07108.jpg [UNSAFE_SRC] => /upload/iblock/386/4pc1fyc4r493k5482r82v4ot82d43jke/DSC07108.jpg [SAFE_SRC] => /upload/iblock/386/4pc1fyc4r493k5482r82v4ot82d43jke/DSC07108.jpg [ALT] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups [TITLE] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups ) [~DETAIL_PICTURE] => 11974 [ID] => 6668 [~ID] => 6668 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups [~NAME] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups [ACTIVE_FROM_X] => 2026-04-13 00:00:00 [~ACTIVE_FROM_X] => 2026-04-13 00:00:00 [ACTIVE_FROM] => 13.04.2026 [~ACTIVE_FROM] => 13.04.2026 [TIMESTAMP_X] => 13.04.2026 16:26:28 [~TIMESTAMP_X] => 13.04.2026 16:26:28 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/airr-director-alexander-smekalin-on-russia-s-venture-market-and-support-for-regional-innovative-star [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/airr-director-alexander-smekalin-on-russia-s-venture-market-and-support-for-regional-innovative-star [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => At the RVF-2026 venue (Russia’s Venture Forum), Alexander Smekalin spoke with TASS press center journalist Andrey Zhurankov. Here are the key points from their conversation: On the current state of Russia’s venture market “It’s not as optimistic as many would like to hear, but this is probably a necessary stage. If we go back five years, both the number of deals and the level of risk were higher, and there were more players. Now, unfortunately, the venture market has become quite small. The fact that venture investors are turning to such a broad regional funnel shows that projects are in demand. There is money in the country, and there are tools to implement and support projects at nearly every stage. What we lack are projects. That is why we are now expanding this funnel as much as possible and actively involving the regions.” On the regional funnel and access to financing “When talking with representatives of venture investors, we noticed that most activities are concentrated in the country’s center — in Moscow. Consequently, startups located in Moscow have the primary access to resources. The funnel of regional projects used to be very limited. To make this funnel more relevant for venture companies and more effective for regional startups, together with the Syndicate Club, we created an instrument to improve the preparation and presentation of funding applications.” On launching a training program for venture analysts “We decided to develop a proprietary practice-oriented training program for venture analysts who would be authorized by investors to conduct preliminary project screening. This represents an intermediary stage — a bridge between startup founders and venture financial investors. We aim to train specialists capable of assessing markets and reviewing projects from AIRR regions from multiple angles before presenting them to investors. Surprisingly, there were no such experts before.” On training outcomes and analyst performance “We have trained 25 of these specialists and built a network that connects them. As later practice showed, these analysts effectively evaluate not only projects from their own regions but also from other regions. To date, we have already selected the main projects that are most prepared for financing.” On the first investment committee and prospects for success “Today we’re holding the first in-person committee meeting. Encouragingly, there are more representatives of venture investors than projects. Therefore, we believe the chances of securing funding are quite high. We hope that today this mechanism will help attract investment to regional companies developing at universities and within local innovation infrastructures — allowing them to stay in their regions, secure funding, and move forward with implementation.” [~DETAIL_TEXT] => At the RVF-2026 venue (Russia’s Venture Forum), Alexander Smekalin spoke with TASS press center journalist Andrey Zhurankov. Here are the key points from their conversation: On the current state of Russia’s venture market “It’s not as optimistic as many would like to hear, but this is probably a necessary stage. If we go back five years, both the number of deals and the level of risk were higher, and there were more players. Now, unfortunately, the venture market has become quite small. The fact that venture investors are turning to such a broad regional funnel shows that projects are in demand. There is money in the country, and there are tools to implement and support projects at nearly every stage. What we lack are projects. That is why we are now expanding this funnel as much as possible and actively involving the regions.” On the regional funnel and access to financing “When talking with representatives of venture investors, we noticed that most activities are concentrated in the country’s center — in Moscow. Consequently, startups located in Moscow have the primary access to resources. The funnel of regional projects used to be very limited. To make this funnel more relevant for venture companies and more effective for regional startups, together with the Syndicate Club, we created an instrument to improve the preparation and presentation of funding applications.” On launching a training program for venture analysts “We decided to develop a proprietary practice-oriented training program for venture analysts who would be authorized by investors to conduct preliminary project screening. This represents an intermediary stage — a bridge between startup founders and venture financial investors. We aim to train specialists capable of assessing markets and reviewing projects from AIRR regions from multiple angles before presenting them to investors. Surprisingly, there were no such experts before.” On training outcomes and analyst performance “We have trained 25 of these specialists and built a network that connects them. As later practice showed, these analysts effectively evaluate not only projects from their own regions but also from other regions. To date, we have already selected the main projects that are most prepared for financing.” On the first investment committee and prospects for success “Today we’re holding the first in-person committee meeting. Encouragingly, there are more representatives of venture investors than projects. Therefore, we believe the chances of securing funding are quite high. We hope that today this mechanism will help attract investment to regional companies developing at universities and within local innovation infrastructures — allowing them to stay in their regions, secure funding, and move forward with implementation.” [DETAIL_TEXT_TYPE] => html [~DETAIL_TEXT_TYPE] => html [PREVIEW_TEXT] => [~PREVIEW_TEXT] => [PREVIEW_TEXT_TYPE] => text [~PREVIEW_TEXT_TYPE] => text [PREVIEW_PICTURE] => Array ( [ID] => 11973 [TIMESTAMP_X] => 13.04.2026 16:26:28 [MODULE_ID] => iblock [HEIGHT] => 273 [WIDTH] => 409 [FILE_SIZE] => 137065 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/5e3/k2j53uvcvgdk068wrje6m2autf50i93d [FILE_NAME] => DSC07108.jpg [ORIGINAL_NAME] => DSC07108.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 6f8bef3edf8cf82cee548c0c7feb0a01 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/5e3/k2j53uvcvgdk068wrje6m2autf50i93d/DSC07108.jpg [UNSAFE_SRC] => /upload/iblock/5e3/k2j53uvcvgdk068wrje6m2autf50i93d/DSC07108.jpg [SAFE_SRC] => /upload/iblock/5e3/k2j53uvcvgdk068wrje6m2autf50i93d/DSC07108.jpg [ALT] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups [TITLE] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups ) [~PREVIEW_PICTURE] => 11973 [LANG_DIR] => /eng/ [~LANG_DIR] => /eng/ [CODE] => airr-director-alexander-smekalin-on-russia-s-venture-market-and-support-for-regional-innovative-star [~CODE] => airr-director-alexander-smekalin-on-russia-s-venture-market-and-support-for-regional-innovative-star [EXTERNAL_ID] => 6668 [~EXTERNAL_ID] => 6668 [IBLOCK_TYPE_ID] => content_en [~IBLOCK_TYPE_ID] => content_en [IBLOCK_CODE] => [~IBLOCK_CODE] => [IBLOCK_EXTERNAL_ID] => [~IBLOCK_EXTERNAL_ID] => [LID] => s2 [~LID] => s2 [EDIT_LINK] => /bitrix/admin/iblock_element_edit.php?IBLOCK_ID=22&type=content_en&ID=6668&lang=en&force_catalog=&filter_section=0&bxpublic=Y&from_module=iblock&return_url=%2Feng%2Fpress-sluzhba%2Fnovosti%2Fairr-regions-to-test-experimental-drone-regime-in-the-arctic-zone%2F [DELETE_LINK] => /bitrix/admin/iblock_list_admin.php?IBLOCK_ID=22&type=content_en&lang=en&action=delete&ID=E6668&return_url=%2Feng%2Fpress-sluzhba%2Fnovosti%2Fairr-regions-to-test-experimental-drone-regime-in-the-arctic-zone%2F [DISPLAY_ACTIVE_FROM] => 13.04.2026 [FIELDS] => Array ( [DETAIL_PICTURE] => Array ( [ID] => 11974 [TIMESTAMP_X] => 13.04.2026 16:26:28 [MODULE_ID] => iblock [HEIGHT] => 466 [WIDTH] => 700 [FILE_SIZE] => 320174 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/386/4pc1fyc4r493k5482r82v4ot82d43jke [FILE_NAME] => DSC07108.jpg [ORIGINAL_NAME] => DSC07108.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => f76e70244a7e2291bc91e2e782e99d0a [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/386/4pc1fyc4r493k5482r82v4ot82d43jke/DSC07108.jpg [UNSAFE_SRC] => /upload/iblock/386/4pc1fyc4r493k5482r82v4ot82d43jke/DSC07108.jpg [SAFE_SRC] => /upload/iblock/386/4pc1fyc4r493k5482r82v4ot82d43jke/DSC07108.jpg [ALT] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups [TITLE] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups ) ) [DISPLAY_PROPERTIES] => Array ( ) [IPROPERTY_VALUES] => Array ( [ELEMENT_META_TITLE] => AIRR Director Alexander Smekalin on Russia’s Venture Market and Support for Regional Innovative Startups ) [PICTURE] => Array ( [src] => /upload/resize_cache/iblock/5e3/k2j53uvcvgdk068wrje6m2autf50i93d/350_9999_0/DSC07108.jpg [width] => 350 [height] => 234 [size] => 124239 ) [MODIFIER] => Array ( [DATE] => Array ( [0] => 13 [1] => April [2] => 2026 ) ) ) 1
At the RVF-2026 venue (Russia’s Venture Forum), Alexander Smekalin spoke with TASS press center journalist Andrey Zhurankov. Here are the key points from their conversation: On the current state of Russia’s venture market “It’s not as optimistic as many would like to hear, but this is probably a necessary stage. If we go back five years, both the number of deals and the level of risk were higher, and there were more players. Now, unfortunately, the venture market has become quite small. The fact that venture investors are turning to such a broad regional funnel shows that projects are in demand. There is money in the country, and there are tools to implement and support projects at nearly every stage. What we lack are projects. That is why we are now expanding this funnel as much as possible and actively involving the regions.” On the regional funnel and access to financing “When talking with representatives of venture investors, we noticed that most activities are concentrated in the country’s center — in Moscow. Consequently, startups located in Moscow have the primary access to resources. The funnel of regional projects used to be very limited. To make this funnel more relevant for venture companies and more effective for regional startups, together with the Syndicate Club, we created an instrument to improve the preparation and presentation of funding applications.” On launching a training program for venture analysts “We decided to develop a proprietary practice-oriented training program for venture analysts who would be authorized by investors to conduct preliminary project screening. This represents an intermediary stage — a bridge between startup founders and venture financial investors. We aim to train specialists capable of assessing markets and reviewing projects from AIRR regions from multiple angles before presenting them to investors. Surprisingly, there were no such experts before.” On training outcomes and analyst performance “We have trained 25 of these specialists and built a network that connects them. As later practice showed, these analysts effectively evaluate not only projects from their own regions but also from other regions. To date, we have already selected the main projects that are most prepared for financing.” On the first investment committee and prospects for success “Today we’re holding the first in-person committee meeting. Encouragingly, there are more representatives of venture investors than projects. Therefore, we believe the chances of securing funding are quite high. We hope that today this mechanism will help attract investment to regional companies developing at universities and within local innovation infrastructures — allowing them to stay in their regions, secure funding, and move forward with implementation.”
Array ( [DETAIL_PICTURE] => Array ( [ID] => 11967 [TIMESTAMP_X] => 06.04.2026 13:10:11 [MODULE_ID] => iblock [HEIGHT] => 393 [WIDTH] => 700 [FILE_SIZE] => 363290 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/023/iwv0wbfkn31pkve07ydwri9q2jxfbj8v [FILE_NAME] => drone_with_camera_is_flying_iceberg.jpg [ORIGINAL_NAME] => drone-with-camera-is-flying-iceberg.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 84129e32ccfe1d582df46af8bbc314f9 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/023/iwv0wbfkn31pkve07ydwri9q2jxfbj8v/drone_with_camera_is_flying_iceberg.jpg [UNSAFE_SRC] => /upload/iblock/023/iwv0wbfkn31pkve07ydwri9q2jxfbj8v/drone_with_camera_is_flying_iceberg.jpg [SAFE_SRC] => /upload/iblock/023/iwv0wbfkn31pkve07ydwri9q2jxfbj8v/drone_with_camera_is_flying_iceberg.jpg [ALT] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone [TITLE] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone ) [~DETAIL_PICTURE] => 11967 [ID] => 6665 [~ID] => 6665 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone [~NAME] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone [ACTIVE_FROM_X] => 2026-04-06 00:00:00 [~ACTIVE_FROM_X] => 2026-04-06 00:00:00 [ACTIVE_FROM] => 06.04.2026 [~ACTIVE_FROM] => 06.04.2026 [TIMESTAMP_X] => 06.04.2026 13:10:11 [~TIMESTAMP_X] => 06.04.2026 13:10:11 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/airr-regions-to-test-experimental-drone-regime-in-the-arctic-zone [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/airr-regions-to-test-experimental-drone-regime-in-the-arctic-zone [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => Arkhangelsk Region, Krasnoyarsk Krai, and the Republic of Sakha (Yakutia)—regions within the Northern Sea Route waters and land territories of the Arctic Zone—have joined an experimental legal regime (ELR) for operating unmanned aerial systems. The regime was established by the Russian Government. Five more Arctic regions are also participating in the testing: Yamalo-Nenets Autonomous Okrug, Nenets Autonomous Okrug, Chukotka Autonomous Okrug, Karelia, and Komi. The experimental regime initiator and operator of the test site is "Atomflot" (part of Rosatom state corporation). The experiment's goal is to test an ice reconnaissance complex based on a deck-launched unmanned aerial vehicle (UAV). These complexes use radar, optoelectronic, and other technical means to provide real-time information on ice conditions for safe navigation along the Northern Sea Route. "Working with the initiators, we have developed a unique testing program. Using unmanned technologies in remote areas and harsh climates will yield effective use cases, which will later support the implementation of the 'Unmanned Aerial Systems' national project in solutions for northern territories' development," commented Maxim Kolesnikov, First Deputy Minister of Economic Development of Russia. "Arkhangelsk Oblast is one of the key regions in this experiment. For us, it offers a chance to strengthen Pomorye's role in Northern Sea Route development, enhance navigation safety and predictability, and lay the groundwork for new logistics solutions and tech projects in the Arctic," said Alexander Tsybulsky, Governor of Arkhangelsk Region. Russia's Ministry of Economic Development, which oversees the experimental regime for unmanned aerial systems, explains that UAV flights will be controlled by an external pilot. The operator's workstation will receive live feeds of visible and infrared imagery, along with radar images of the required NSR waterway sections, geolocated. The complexes deliver high-quality radar images in the Arctic's severe weather and during fall-winter navigation. The experimental regime also plans air cargo delivery and aerial works. Over the three-year experiment, the program targets at least 600 flights and ice reconnaissance of 6,000 sq km of Northern Sea Route waters. Effective Arctic development is impossible without modern unmanned technologies, says Vladimir Voloshin, Director of the Digital Development and Data Economy Department at Russia's Ministry of Economic Development. Even an icebreaking nuclear-powered vessel needs a small drone: extra navigation data from the drone significantly boosts efficiency on a nearly 6,000 km route. In the long term, this will reduce incident risks in complex international shipping scenarios and improve safety. "A total of 12 experiments on unmanned aviation systems testing are underway, with one completed in 2025. Over 170 companies and individual entrepreneurs are involved, logging more than 140,000 UAV flights under experimental regimes and processing over 350,000 hectares of farmland. The Ministry is also expanding certain regimes to the Far East per the Russian President's instructions," Voloshin explained. Photo: https://ru.freepik.com/ [~DETAIL_TEXT] => Arkhangelsk Region, Krasnoyarsk Krai, and the Republic of Sakha (Yakutia)—regions within the Northern Sea Route waters and land territories of the Arctic Zone—have joined an experimental legal regime (ELR) for operating unmanned aerial systems. The regime was established by the Russian Government. Five more Arctic regions are also participating in the testing: Yamalo-Nenets Autonomous Okrug, Nenets Autonomous Okrug, Chukotka Autonomous Okrug, Karelia, and Komi. The experimental regime initiator and operator of the test site is "Atomflot" (part of Rosatom state corporation). The experiment's goal is to test an ice reconnaissance complex based on a deck-launched unmanned aerial vehicle (UAV). These complexes use radar, optoelectronic, and other technical means to provide real-time information on ice conditions for safe navigation along the Northern Sea Route. "Working with the initiators, we have developed a unique testing program. Using unmanned technologies in remote areas and harsh climates will yield effective use cases, which will later support the implementation of the 'Unmanned Aerial Systems' national project in solutions for northern territories' development," commented Maxim Kolesnikov, First Deputy Minister of Economic Development of Russia. "Arkhangelsk Oblast is one of the key regions in this experiment. For us, it offers a chance to strengthen Pomorye's role in Northern Sea Route development, enhance navigation safety and predictability, and lay the groundwork for new logistics solutions and tech projects in the Arctic," said Alexander Tsybulsky, Governor of Arkhangelsk Region. Russia's Ministry of Economic Development, which oversees the experimental regime for unmanned aerial systems, explains that UAV flights will be controlled by an external pilot. The operator's workstation will receive live feeds of visible and infrared imagery, along with radar images of the required NSR waterway sections, geolocated. The complexes deliver high-quality radar images in the Arctic's severe weather and during fall-winter navigation. The experimental regime also plans air cargo delivery and aerial works. Over the three-year experiment, the program targets at least 600 flights and ice reconnaissance of 6,000 sq km of Northern Sea Route waters. Effective Arctic development is impossible without modern unmanned technologies, says Vladimir Voloshin, Director of the Digital Development and Data Economy Department at Russia's Ministry of Economic Development. Even an icebreaking nuclear-powered vessel needs a small drone: extra navigation data from the drone significantly boosts efficiency on a nearly 6,000 km route. In the long term, this will reduce incident risks in complex international shipping scenarios and improve safety. "A total of 12 experiments on unmanned aviation systems testing are underway, with one completed in 2025. Over 170 companies and individual entrepreneurs are involved, logging more than 140,000 UAV flights under experimental regimes and processing over 350,000 hectares of farmland. The Ministry is also expanding certain regimes to the Far East per the Russian President's instructions," Voloshin explained. Photo: https://ru.freepik.com/ [DETAIL_TEXT_TYPE] => html [~DETAIL_TEXT_TYPE] => html [PREVIEW_TEXT] => [~PREVIEW_TEXT] => [PREVIEW_TEXT_TYPE] => text [~PREVIEW_TEXT_TYPE] => text [PREVIEW_PICTURE] => Array ( [ID] => 11966 [TIMESTAMP_X] => 06.04.2026 13:10:11 [MODULE_ID] => iblock [HEIGHT] => 273 [WIDTH] => 485 [FILE_SIZE] => 185899 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/373/bqatxrm4ebwjxd84m643n4y2quw6bnaa [FILE_NAME] => drone_with_camera_is_flying_iceberg.jpg [ORIGINAL_NAME] => drone-with-camera-is-flying-iceberg.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 0aee0960a9df55f86349c05f192c4637 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/373/bqatxrm4ebwjxd84m643n4y2quw6bnaa/drone_with_camera_is_flying_iceberg.jpg [UNSAFE_SRC] => /upload/iblock/373/bqatxrm4ebwjxd84m643n4y2quw6bnaa/drone_with_camera_is_flying_iceberg.jpg [SAFE_SRC] => /upload/iblock/373/bqatxrm4ebwjxd84m643n4y2quw6bnaa/drone_with_camera_is_flying_iceberg.jpg [ALT] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone [TITLE] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone ) [~PREVIEW_PICTURE] => 11966 [LANG_DIR] => /eng/ [~LANG_DIR] => /eng/ [CODE] => airr-regions-to-test-experimental-drone-regime-in-the-arctic-zone [~CODE] => airr-regions-to-test-experimental-drone-regime-in-the-arctic-zone [EXTERNAL_ID] => 6665 [~EXTERNAL_ID] => 6665 [IBLOCK_TYPE_ID] => content_en [~IBLOCK_TYPE_ID] => content_en [IBLOCK_CODE] => [~IBLOCK_CODE] => [IBLOCK_EXTERNAL_ID] => [~IBLOCK_EXTERNAL_ID] => [LID] => s2 [~LID] => s2 [EDIT_LINK] => /bitrix/admin/iblock_element_edit.php?IBLOCK_ID=22&type=content_en&ID=6665&lang=en&force_catalog=&filter_section=0&bxpublic=Y&from_module=iblock&return_url=%2Feng%2Fpress-sluzhba%2Fnovosti%2Fairr-regions-to-test-experimental-drone-regime-in-the-arctic-zone%2F [DELETE_LINK] => /bitrix/admin/iblock_list_admin.php?IBLOCK_ID=22&type=content_en&lang=en&action=delete&ID=E6665&return_url=%2Feng%2Fpress-sluzhba%2Fnovosti%2Fairr-regions-to-test-experimental-drone-regime-in-the-arctic-zone%2F [DISPLAY_ACTIVE_FROM] => 06.04.2026 [FIELDS] => Array ( [DETAIL_PICTURE] => Array ( [ID] => 11967 [TIMESTAMP_X] => 06.04.2026 13:10:11 [MODULE_ID] => iblock [HEIGHT] => 393 [WIDTH] => 700 [FILE_SIZE] => 363290 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/023/iwv0wbfkn31pkve07ydwri9q2jxfbj8v [FILE_NAME] => drone_with_camera_is_flying_iceberg.jpg [ORIGINAL_NAME] => drone-with-camera-is-flying-iceberg.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 84129e32ccfe1d582df46af8bbc314f9 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/023/iwv0wbfkn31pkve07ydwri9q2jxfbj8v/drone_with_camera_is_flying_iceberg.jpg [UNSAFE_SRC] => /upload/iblock/023/iwv0wbfkn31pkve07ydwri9q2jxfbj8v/drone_with_camera_is_flying_iceberg.jpg [SAFE_SRC] => /upload/iblock/023/iwv0wbfkn31pkve07ydwri9q2jxfbj8v/drone_with_camera_is_flying_iceberg.jpg [ALT] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone [TITLE] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone ) ) [DISPLAY_PROPERTIES] => Array ( ) [IPROPERTY_VALUES] => Array ( [ELEMENT_META_TITLE] => AIRR Regions to Test Experimental Drone Regime in the Arctic Zone ) [PICTURE] => Array ( [src] => /upload/resize_cache/iblock/373/bqatxrm4ebwjxd84m643n4y2quw6bnaa/350_9999_0/drone_with_camera_is_flying_iceberg.jpg [width] => 350 [height] => 197 [size] => 114897 ) [MODIFIER] => Array ( [DATE] => Array ( [0] => 06 [1] => April [2] => 2026 ) ) ) 1
Array ( [DETAIL_PICTURE] => Array ( [ID] => 11930 [TIMESTAMP_X] => 03.04.2026 16:36:25 [MODULE_ID] => iblock [HEIGHT] => 559 [WIDTH] => 700 [FILE_SIZE] => 180526 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/faa/v27s42mzi83hwes07jpf7wm77779deq1 [FILE_NAME] => 3d_vizualizacii_robota_s_okoncatel_nym_kusok_golovolomki.jpg [ORIGINAL_NAME] => 3d_vizualizacii_robota_s_okoncatel_nym_kusok_golovolomki.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 564e2fb46233ada424aef25af3a649f4 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/faa/v27s42mzi83hwes07jpf7wm77779deq1/3d_vizualizacii_robota_s_okoncatel_nym_kusok_golovolomki.jpg [UNSAFE_SRC] => /upload/iblock/faa/v27s42mzi83hwes07jpf7wm77779deq1/3d_vizualizacii_robota_s_okoncatel_nym_kusok_golovolomki.jpg [SAFE_SRC] => /upload/iblock/faa/v27s42mzi83hwes07jpf7wm77779deq1/3d_vizualizacii_robota_s_okoncatel_nym_kusok_golovolomki.jpg [ALT] => Innovations in AIRR Regions: Digest, April 3 [TITLE] => Innovations in AIRR Regions: Digest, April 3 ) [~DETAIL_PICTURE] => 11930 [ID] => 6634 [~ID] => 6634 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => Innovations in AIRR Regions: Digest, April 3 [~NAME] => Innovations in AIRR Regions: Digest, April 3 [ACTIVE_FROM_X] => 2026-04-03 00:00:00 [~ACTIVE_FROM_X] => 2026-04-03 00:00:00 [ACTIVE_FROM] => 03.04.2026 [~ACTIVE_FROM] => 03.04.2026 [TIMESTAMP_X] => 03.04.2026 16:36:25 [~TIMESTAMP_X] => 03.04.2026 16:36:25 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/innovations-in-airr-regions-digest-april-3 [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/innovations-in-airr-regions-digest-april-3 [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => We review key developments in innovation, economic, and scientific progress in Russia and the regions of the Association. Arkhangelsk Region Governor Alexander Tsybulsky reported to Vladimir Putin on the region’s development and on the work of the State Council commission on “International Cooperation and Export,” which he chairs. Among the proposals voiced was a request from exporters to expand transport subsidies and reduce tariff barriers in promising foreign markets. The region is also a key participant in testing experimental legal regimes for unmanned systems on the Northern Sea Route and in the Arctic Zone; the relevant decree was signed by the Russian Ministry of Economic Development. The use of ice reconnaissance systems based on deck-based UAVs will be tested. Governor Alexander Tsybulsky said that Pomorye is strengthening its role in the development of the Northern Sea Route, improving the safety and predictability of navigation, and laying the groundwork for new logistics solutions and technological projects in the Arctic. Republic of Tatarstan Russian Energy Minister Sergey Tsivilev and Rais Rustam Minnikhanov opened the Kazan International Electric Power Forum “ENERGOPROM-2026.” Republic of Sakha (Yakutia) At the International “EnergoProm” Forum in Kazan, Head of Yakutia Aisen Nikolayev chaired a meeting of the State Council Commission on Energy. The meeting was attended by State Council Secretary Alexey Dyumin and Russian Energy Minister Sergey Tsivilev. The participants discussed technological sovereignty in the energy sector and the development of domestic power engineering. Lipetsk Region Governor Igor Artamonov showed Russian Minister of Agriculture Oksana Lut the introduction of innovative solutions in the region’s agro-industrial sector, including biotechnology, digitalization, precision farming, unmanned systems, and the training of highly skilled personnel. Using Yelets State University as an example, they demonstrated the linkage between school, college, university, and enterprise. Krasnoyarsk Krai Governor Mikhail Kotyukov and Deputy Prime Minister Alexander Novak discussed the implementation of measures to improve labor productivity in the economy, industry, and energy sector. He also described how cooperation between business and science is organized in the region: enterprises formulate their technology needs, research centers and universities find solutions, and the results are brought into production. Novosibirsk Region The region is addressing staffing needs by supporting young specialists at enterprises. Governor Andrey Travnikov visited one of the region’s most high-tech companies, the “Ekran FEP” plant, where unique technologies from optics, chemistry, and electronics are used. The company actively cooperates with Novosibirsk research institutes and universities. Novosibirsk State Technical University became one of two winners of a federal competition to establish regional centers for scientific and technological development in machine-tool engineering. The university will receive a grant of 9 million rubles. Kaluga Region For the first time, the region has developed a seven-year forecast of workforce demand based on a survey of around 2,600 employers, taking labor productivity growth into account. According to Governor Vladislav Shapsha, nearly 60 percent of the demand is for blue-collar occupations. The number of state-funded places in technical schools and colleges will be increased, and new in-demand training programs will be introduced. Republic of Mordovia The region became the national leader in the number of certified industrial tourism sites in Russia for the first time. Four sites — “Biokhimik,” the winery “Kemlya Distillery,” Ogarev Mordovia State University, and the tourism company “Edge of the Earth. Tourism” — received certification from Roskachestvo, as reported by Head of the Republic Artem Zdunov. Perm Krai Scientists at Perm Polytechnic University have developed a technology for extracting lithium — the key metal of the energy sector — from oilfield water (formation water). The new approach makes it possible to purify the water and obtain a strategically important metal at the same time. Photo: https://ru.freepik.com/ [~DETAIL_TEXT] => We review key developments in innovation, economic, and scientific progress in Russia and the regions of the Association. Arkhangelsk Region Governor Alexander Tsybulsky reported to Vladimir Putin on the region’s development and on the work of the State Council commission on “International Cooperation and Export,” which he chairs. Among the proposals voiced was a request from exporters to expand transport subsidies and reduce tariff barriers in promising foreign markets. The region is also a key participant in testing experimental legal regimes for unmanned systems on the Northern Sea Route and in the Arctic Zone; the relevant decree was signed by the Russian Ministry of Economic Development. The use of ice reconnaissance systems based on deck-based UAVs will be tested. Governor Alexander Tsybulsky said that Pomorye is strengthening its role in the development of the Northern Sea Route, improving the safety and predictability of navigation, and laying the groundwork for new logistics solutions and technological projects in the Arctic. Republic of Tatarstan Russian Energy Minister Sergey Tsivilev and Rais Rustam Minnikhanov opened the Kazan International Electric Power Forum “ENERGOPROM-2026.” Republic of Sakha (Yakutia) At the International “EnergoProm” Forum in Kazan, Head of Yakutia Aisen Nikolayev chaired a meeting of the State Council Commission on Energy. The meeting was attended by State Council Secretary Alexey Dyumin and Russian Energy Minister Sergey Tsivilev. The participants discussed technological sovereignty in the energy sector and the development of domestic power engineering. Lipetsk Region Governor Igor Artamonov showed Russian Minister of Agriculture Oksana Lut the introduction of innovative solutions in the region’s agro-industrial sector, including biotechnology, digitalization, precision farming, unmanned systems, and the training of highly skilled personnel. Using Yelets State University as an example, they demonstrated the linkage between school, college, university, and enterprise. Krasnoyarsk Krai Governor Mikhail Kotyukov and Deputy Prime Minister Alexander Novak discussed the implementation of measures to improve labor productivity in the economy, industry, and energy sector. He also described how cooperation between business and science is organized in the region: enterprises formulate their technology needs, research centers and universities find solutions, and the results are brought into production. Novosibirsk Region The region is addressing staffing needs by supporting young specialists at enterprises. Governor Andrey Travnikov visited one of the region’s most high-tech companies, the “Ekran FEP” plant, where unique technologies from optics, chemistry, and electronics are used. The company actively cooperates with Novosibirsk research institutes and universities. Novosibirsk State Technical University became one of two winners of a federal competition to establish regional centers for scientific and technological development in machine-tool engineering. The university will receive a grant of 9 million rubles. Kaluga Region For the first time, the region has developed a seven-year forecast of workforce demand based on a survey of around 2,600 employers, taking labor productivity growth into account. According to Governor Vladislav Shapsha, nearly 60 percent of the demand is for blue-collar occupations. The number of state-funded places in technical schools and colleges will be increased, and new in-demand training programs will be introduced. Republic of Mordovia The region became the national leader in the number of certified industrial tourism sites in Russia for the first time. Four sites — “Biokhimik,” the winery “Kemlya Distillery,” Ogarev Mordovia State University, and the tourism company “Edge of the Earth. Tourism” — received certification from Roskachestvo, as reported by Head of the Republic Artem Zdunov. Perm Krai Scientists at Perm Polytechnic University have developed a technology for extracting lithium — the key metal of the energy sector — from oilfield water (formation water). The new approach makes it possible to purify the water and obtain a strategically important metal at the same time. 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We review key developments in innovation, economic, and scientific progress in Russia and the regions of the Association. Arkhangelsk Region Governor Alexander Tsybulsky reported to Vladimir Putin on the region’s development and on the work of the State Council commission on “International Cooperation and Export,” which he chairs. Among the proposals voiced was a request from exporters to expand transport subsidies and reduce tariff barriers in promising foreign markets. The region is also a key participant in testing experimental legal regimes for unmanned systems on the Northern Sea Route and in the Arctic Zone; the relevant decree was signed by the Russian Ministry of Economic Development. The use of ice reconnaissance systems based on deck-based UAVs will be tested. Governor Alexander Tsybulsky said that Pomorye is strengthening its role in the development of the Northern Sea Route, improving the safety and predictability of navigation, and laying the groundwork for new logistics solutions and technological projects in the Arctic. Republic of Tatarstan Russian Energy Minister Sergey Tsivilev and Rais Rustam Minnikhanov opened the Kazan International Electric Power Forum “ENERGOPROM-2026.” Republic of Sakha (Yakutia) At the International “EnergoProm” Forum in Kazan, Head of Yakutia Aisen Nikolayev chaired a meeting of the State Council Commission on Energy. The meeting was attended by State Council Secretary Alexey Dyumin and Russian Energy Minister Sergey Tsivilev. The participants discussed technological sovereignty in the energy sector and the development of domestic power engineering. Lipetsk Region Governor Igor Artamonov showed Russian Minister of Agriculture Oksana Lut the introduction of innovative solutions in the region’s agro-industrial sector, including biotechnology, digitalization, precision farming, unmanned systems, and the training of highly skilled personnel. Using Yelets State University as an example, they demonstrated the linkage between school, college, university, and enterprise. Krasnoyarsk Krai Governor Mikhail Kotyukov and Deputy Prime Minister Alexander Novak discussed the implementation of measures to improve labor productivity in the economy, industry, and energy sector. He also described how cooperation between business and science is organized in the region: enterprises formulate their technology needs, research centers and universities find solutions, and the results are brought into production. Novosibirsk Region The region is addressing staffing needs by supporting young specialists at enterprises. Governor Andrey Travnikov visited one of the region’s most high-tech companies, the “Ekran FEP” plant, where unique technologies from optics, chemistry, and electronics are used. The company actively cooperates with Novosibirsk research institutes and universities. Novosibirsk State Technical University became one of two winners of a federal competition to establish regional centers for scientific and technological development in machine-tool engineering. The university will receive a grant of 9 million rubles. Kaluga Region For the first time, the region has developed a seven-year forecast of workforce demand based on a survey of around 2,600 employers, taking labor productivity growth into account. According to Governor Vladislav Shapsha, nearly 60 percent of the demand is for blue-collar occupations. The number of state-funded places in technical schools and colleges will be increased, and new in-demand training programs will be introduced. Republic of Mordovia The region became the national leader in the number of certified industrial tourism sites in Russia for the first time. Four sites — “Biokhimik,” the winery “Kemlya Distillery,” Ogarev Mordovia State University, and the tourism company “Edge of the Earth. Tourism” — received certification from Roskachestvo, as reported by Head of the Republic Artem Zdunov. Perm Krai Scientists at Perm Polytechnic University have developed a technology for extracting lithium — the key metal of the energy sector — from oilfield water (formation water). The new approach makes it possible to purify the water and obtain a strategically important metal at the same time.
Photo: https://ru.freepik.com/
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The central theme focused on advanced technological solutions that ensure the country’s digital and industrial sovereignty. In his address, Minister of Transport Andrey Nikitin emphasized that the Ministry is currently focused on eliminating infrastructure bottlenecks and creating so-called digital seamlessness. A key tool in achieving this goal is the national digital transport and logistics platform “GosLog.” Its implementation is expected to dramatically accelerate border-crossing procedures: the time for freight transport to pass through checkpoints is planned to be reduced to ten minutes through a complete transition to electronic documentation and intelligent algorithms. The topic of high-speed railways (HSR) attracted particular attention at the forum. Andrey Nikitin described the HSR project as one of the largest scientific and technological initiatives in modern Russia, comparing it to a vast iceberg. Behind its visible part — a cutting-edge domestic high-speed train — lies extensive cooperation among more than 150 enterprises from 36 regions and a major restructuring of the education system. The Moscow–St. Petersburg HSR project marks a fundamentally new level of technological maturity for the Russian economy. According to experts, operating the first line alone will require around 8,000 highly qualified specialists, while the entire network of five HSR lines will eventually employ more than 100,000 people. In response to this challenge, a new academic discipline — “High-Speed Transport Engineer” — has already been approved, with training now underway at the “HSR Academy” within the Russian University of Transport. Issues of scientific and human resource support for the industry were further elaborated by Minister of Science and Higher Education Valery Falkov. He reported that since 2023, about 700 research projects have been carried out under the Priority-2030 program, covering the full spectrum of transport technologies — from unmanned systems to advanced structural materials. According to the minister, this synergy between science, education, and the real sector allows Russia not only to achieve complete technological sovereignty in high-speed transport but also to develop competencies ready for export to international partners. Unmanned technologies, already being tested on Russian highways, were another highlight of the forum. Driverless trucks are now operating on the M-11 “Neva” and the Central Ring Road, and are expected to enter the M-12 “Vostok” route in 2026. The results are impressive: travel time between St. Petersburg and Kazan has been reduced from 58 to 24 hours. Meanwhile, Russian Railways presented a model for unmanned freight operations on the Eastern range, where the driver supervises the system from a control panel rather than directly operating the train. The main takeaway from the forum is clear — logistics has finally ceased to be merely a support function. Today, it is a genuine driver of economic growth, built on reliability, digital transparency, and a sovereign technological foundation. [~DETAIL_TEXT] => The First International Transport and Logistics Forum, held in St. Petersburg from April 1 to 3, 2026, became more than just an industry discussion platform — it showcased the emergence of a new technological era in Russia’s transport system. The central theme focused on advanced technological solutions that ensure the country’s digital and industrial sovereignty. In his address, Minister of Transport Andrey Nikitin emphasized that the Ministry is currently focused on eliminating infrastructure bottlenecks and creating so-called digital seamlessness. A key tool in achieving this goal is the national digital transport and logistics platform “GosLog.” Its implementation is expected to dramatically accelerate border-crossing procedures: the time for freight transport to pass through checkpoints is planned to be reduced to ten minutes through a complete transition to electronic documentation and intelligent algorithms. The topic of high-speed railways (HSR) attracted particular attention at the forum. Andrey Nikitin described the HSR project as one of the largest scientific and technological initiatives in modern Russia, comparing it to a vast iceberg. Behind its visible part — a cutting-edge domestic high-speed train — lies extensive cooperation among more than 150 enterprises from 36 regions and a major restructuring of the education system. The Moscow–St. Petersburg HSR project marks a fundamentally new level of technological maturity for the Russian economy. According to experts, operating the first line alone will require around 8,000 highly qualified specialists, while the entire network of five HSR lines will eventually employ more than 100,000 people. In response to this challenge, a new academic discipline — “High-Speed Transport Engineer” — has already been approved, with training now underway at the “HSR Academy” within the Russian University of Transport. Issues of scientific and human resource support for the industry were further elaborated by Minister of Science and Higher Education Valery Falkov. He reported that since 2023, about 700 research projects have been carried out under the Priority-2030 program, covering the full spectrum of transport technologies — from unmanned systems to advanced structural materials. According to the minister, this synergy between science, education, and the real sector allows Russia not only to achieve complete technological sovereignty in high-speed transport but also to develop competencies ready for export to international partners. Unmanned technologies, already being tested on Russian highways, were another highlight of the forum. Driverless trucks are now operating on the M-11 “Neva” and the Central Ring Road, and are expected to enter the M-12 “Vostok” route in 2026. The results are impressive: travel time between St. Petersburg and Kazan has been reduced from 58 to 24 hours. Meanwhile, Russian Railways presented a model for unmanned freight operations on the Eastern range, where the driver supervises the system from a control panel rather than directly operating the train. The main takeaway from the forum is clear — logistics has finally ceased to be merely a support function. Today, it is a genuine driver of economic growth, built on reliability, digital transparency, and a sovereign technological foundation. 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The First International Transport and Logistics Forum, held in St. Petersburg from April 1 to 3, 2026, became more than just an industry discussion platform — it showcased the emergence of a new technological era in Russia’s transport system. The central theme focused on advanced technological solutions that ensure the country’s digital and industrial sovereignty. In his address, Minister of Transport Andrey Nikitin emphasized that the Ministry is currently focused on eliminating infrastructure bottlenecks and creating so-called digital seamlessness. A key tool in achieving this goal is the national digital transport and logistics platform “GosLog.” Its implementation is expected to dramatically accelerate border-crossing procedures: the time for freight transport to pass through checkpoints is planned to be reduced to ten minutes through a complete transition to electronic documentation and intelligent algorithms. The topic of high-speed railways (HSR) attracted particular attention at the forum. Andrey Nikitin described the HSR project as one of the largest scientific and technological initiatives in modern Russia, comparing it to a vast iceberg. Behind its visible part — a cutting-edge domestic high-speed train — lies extensive cooperation among more than 150 enterprises from 36 regions and a major restructuring of the education system. The Moscow–St. Petersburg HSR project marks a fundamentally new level of technological maturity for the Russian economy.
According to experts, operating the first line alone will require around 8,000 highly qualified specialists, while the entire network of five HSR lines will eventually employ more than 100,000 people. In response to this challenge, a new academic discipline — “High-Speed Transport Engineer” — has already been approved, with training now underway at the “HSR Academy” within the Russian University of Transport. Issues of scientific and human resource support for the industry were further elaborated by Minister of Science and Higher Education Valery Falkov. He reported that since 2023, about 700 research projects have been carried out under the Priority-2030 program, covering the full spectrum of transport technologies — from unmanned systems to advanced structural materials. According to the minister, this synergy between science, education, and the real sector allows Russia not only to achieve complete technological sovereignty in high-speed transport but also to develop competencies ready for export to international partners. Unmanned technologies, already being tested on Russian highways, were another highlight of the forum. Driverless trucks are now operating on the M-11 “Neva” and the Central Ring Road, and are expected to enter the M-12 “Vostok” route in 2026. The results are impressive: travel time between St. Petersburg and Kazan has been reduced from 58 to 24 hours. Meanwhile, Russian Railways presented a model for unmanned freight operations on the Eastern range, where the driver supervises the system from a control panel rather than directly operating the train. The main takeaway from the forum is clear — logistics has finally ceased to be merely a support function. Today, it is a genuine driver of economic growth, built on reliability, digital transparency, and a sovereign technological foundation.
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AIRR at the Platform of the State Council of the Russian Federation AIRR Director Aleksandr Smekalin presented proposals to improve government support measures for investment projects, based on regional experience. In particular, the Association analyzed the practices of applying the investment tax deduction as part of the work of the State Council Commission on the “Investments” track. Republic of Yakutia The Head of the Republic and Chair of the State Council Commission on Energy, Aysen Nikolaev, chaired a meeting of the Commission. Participants discussed improving the efficiency of electricity generation and strengthening the technological sovereignty of the fuel and energy sector. Nizhny Novgorod Region The world‑class NEIMARK IT campus received high praise. Deputy Prime Minister Dmitry Chernyshenko and Presidential Plenipotentiary Envoy to the Volga Federal District Igor Komarov met with students, took part in a master class, and visited the federal professional education technopark Nizhpoligraf. Republic of Tatarstan The Alabuga Special Economic Zone is demonstrating confident growth and ranks among the leaders of the national investment attractiveness rating, Deputy Prime Minister of the Russian Federation Dmitry Chernyshenko noted during his visit to the site and the Alabuga Polytech training and production center. Tatarstan became the first region in Russia to produce an intelligent downhole camera for geologists. The device operates at temperatures of up to 105°C and transmits real‑time video via cable at 15 frames per second. This enables geologists to visually assess the condition of well walls, identify damage, and evaluate formation exposure quality. There are no analogues in Russia. Tyumen Region, Khanty-Mansi Autonomous Okrug–Yugra These two AIRR regions will become pilot territories for setting up small enterprises at colleges. A meeting in Tobolsk with the participation of Minister of Education of the Russian Federation Sergey Kravtsov, Tyumen Region Governor Aleksandr Moor, and Head of Khanty-Mansi Autonomous Okrug Ruslan Kukharuk focused on how to properly build a personnel training system through cooperation between education, business, and government. Ulyanovsk Region Governor Aleksey Russkikh spoke about the development of the Zavolzhye industrial park and the Ulyanovsk Priority Social and Economic Development Area, the relaunch of import‑substituting production facilities, federal support, and work with investors. Arkhangelsk Region Direct interaction with universities is helping to build an effective system for training highly qualified personnel in demand in the regional economy and to shape clear career paths. Governor Aleksandr Tsybulskiy met with Sergey Sokolov, rector of the Admiral Makarov State University of Maritime and Inland Shipping (the region hosts two branches of the university: the Arctic Maritime Institute and the Kotlas River College). Tomsk Region In his annual address, Governor Vladimir Mazur placed special emphasis on the potential of Tomsk science, highlighting projects such as the BAS Research and Production Center, the Proryv (Breakthrough) nuclear project in Seversk, the world‑class research and education center “New Special‑Purpose Materials,” and the electronics and unmanned technologies cluster established in 2025 with the support of the Russian Ministry of Industry and Trade. Perm Krai Scientists from Perm National Research Polytechnic University and Lomonosov Moscow State University have developed a cutting‑edge methodology for calculating methane emissions by analyzing the composition and properties of municipal waste. Accurate accounting will help properly justify investments in waste processing and assess the real environmental impact. Researchers at Perm National Research Polytechnic University, together with colleagues from Perm State National Research University, have proposed a technology that increases the efficiency of transmitting energy as light through optical fiber by more than six times. The new solution can replace traditional copper cables used to power devices in many sectors. Lipetsk Region Governor Igor Artamonov announced the launch of the regional project “Personnel. IT Transformation,” which will train professionals to use AI to develop services, enterprises, and infrastructure and to enhance the region’s competitiveness. Photo: https://ru.freepik.com/ [~DETAIL_TEXT] => We review key developments in innovation, economic, and scientific progress in Russia and the regions of the Association. AIRR at the Platform of the State Council of the Russian Federation AIRR Director Aleksandr Smekalin presented proposals to improve government support measures for investment projects, based on regional experience. In particular, the Association analyzed the practices of applying the investment tax deduction as part of the work of the State Council Commission on the “Investments” track. Republic of Yakutia The Head of the Republic and Chair of the State Council Commission on Energy, Aysen Nikolaev, chaired a meeting of the Commission. Participants discussed improving the efficiency of electricity generation and strengthening the technological sovereignty of the fuel and energy sector. Nizhny Novgorod Region The world‑class NEIMARK IT campus received high praise. Deputy Prime Minister Dmitry Chernyshenko and Presidential Plenipotentiary Envoy to the Volga Federal District Igor Komarov met with students, took part in a master class, and visited the federal professional education technopark Nizhpoligraf. Republic of Tatarstan The Alabuga Special Economic Zone is demonstrating confident growth and ranks among the leaders of the national investment attractiveness rating, Deputy Prime Minister of the Russian Federation Dmitry Chernyshenko noted during his visit to the site and the Alabuga Polytech training and production center. Tatarstan became the first region in Russia to produce an intelligent downhole camera for geologists. The device operates at temperatures of up to 105°C and transmits real‑time video via cable at 15 frames per second. This enables geologists to visually assess the condition of well walls, identify damage, and evaluate formation exposure quality. There are no analogues in Russia. Tyumen Region, Khanty-Mansi Autonomous Okrug–Yugra These two AIRR regions will become pilot territories for setting up small enterprises at colleges. A meeting in Tobolsk with the participation of Minister of Education of the Russian Federation Sergey Kravtsov, Tyumen Region Governor Aleksandr Moor, and Head of Khanty-Mansi Autonomous Okrug Ruslan Kukharuk focused on how to properly build a personnel training system through cooperation between education, business, and government. Ulyanovsk Region Governor Aleksey Russkikh spoke about the development of the Zavolzhye industrial park and the Ulyanovsk Priority Social and Economic Development Area, the relaunch of import‑substituting production facilities, federal support, and work with investors. Arkhangelsk Region Direct interaction with universities is helping to build an effective system for training highly qualified personnel in demand in the regional economy and to shape clear career paths. Governor Aleksandr Tsybulskiy met with Sergey Sokolov, rector of the Admiral Makarov State University of Maritime and Inland Shipping (the region hosts two branches of the university: the Arctic Maritime Institute and the Kotlas River College). Tomsk Region In his annual address, Governor Vladimir Mazur placed special emphasis on the potential of Tomsk science, highlighting projects such as the BAS Research and Production Center, the Proryv (Breakthrough) nuclear project in Seversk, the world‑class research and education center “New Special‑Purpose Materials,” and the electronics and unmanned technologies cluster established in 2025 with the support of the Russian Ministry of Industry and Trade. Perm Krai Scientists from Perm National Research Polytechnic University and Lomonosov Moscow State University have developed a cutting‑edge methodology for calculating methane emissions by analyzing the composition and properties of municipal waste. Accurate accounting will help properly justify investments in waste processing and assess the real environmental impact. Researchers at Perm National Research Polytechnic University, together with colleagues from Perm State National Research University, have proposed a technology that increases the efficiency of transmitting energy as light through optical fiber by more than six times. The new solution can replace traditional copper cables used to power devices in many sectors. Lipetsk Region Governor Igor Artamonov announced the launch of the regional project “Personnel. IT Transformation,” which will train professionals to use AI to develop services, enterprises, and infrastructure and to enhance the region’s competitiveness. 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Array ( [DETAIL_PICTURE] => Array ( [ID] => 11919 [TIMESTAMP_X] => 27.03.2026 17:14:35 [MODULE_ID] => iblock [HEIGHT] => 466 [WIDTH] => 700 [FILE_SIZE] => 225730 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/7a9/iueic5omva7ls2pr8ei76lr7c5uofoyk [FILE_NAME] => robot_handshake_human_background_futuristic_digital_age.jpg [ORIGINAL_NAME] => robot_handshake_human_background_futuristic_digital_age.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 7cc994a39fb42ed993173e775fae18f0 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/7a9/iueic5omva7ls2pr8ei76lr7c5uofoyk/robot_handshake_human_background_futuristic_digital_age.jpg [UNSAFE_SRC] => /upload/iblock/7a9/iueic5omva7ls2pr8ei76lr7c5uofoyk/robot_handshake_human_background_futuristic_digital_age.jpg [SAFE_SRC] => /upload/iblock/7a9/iueic5omva7ls2pr8ei76lr7c5uofoyk/robot_handshake_human_background_futuristic_digital_age.jpg [ALT] => Innovations in AIRR Regions: Digest, March 20 [TITLE] => Innovations in AIRR Regions: Digest, March 20 ) [~DETAIL_PICTURE] => 11919 [ID] => 6628 [~ID] => 6628 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => Innovations in AIRR Regions: Digest, March 20 [~NAME] => Innovations in AIRR Regions: Digest, March 20 [ACTIVE_FROM_X] => 2026-03-20 19:00:00 [~ACTIVE_FROM_X] => 2026-03-20 19:00:00 [ACTIVE_FROM] => 20.03.2026 19:00:00 [~ACTIVE_FROM] => 20.03.2026 19:00:00 [TIMESTAMP_X] => 27.03.2026 17:14:35 [~TIMESTAMP_X] => 27.03.2026 17:14:35 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/innovations-in-airr-regions-digest-march-20 [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/innovations-in-airr-regions-digest-march-20 [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => We review key developments in innovation, economic, and scientific progress in Russia and the regions of the Association. Perm Krai Governor Dmitry Makhonin held a working meeting with Russia’s Minister of Science and Higher Education Valery Falkov. They discussed the implementation of the state program “Scientific and Technological Development of Perm Krai,” including the construction of the interuniversity campus “Future of Parma.” Khanty-Mansi Autonomous Okrug – Yugra and the Republic of Tatarstan Two regions of the ASIIR (Association of Innovative Regions of Russia) became leaders of the regional digital transformation ranking for 2025. The assessment was based on 18 key indicators, including the deployment of AI and cybersecurity. Republic of Tatarstan Kazan is preparing for the 20th Russian Venture Forum, which will take place in April. The head of the Russian Ministry of Science and Higher Education, Valery Falkov, chaired the organizing committee for its preparation. The forum, one of the country’s key events in innovation-driven economy and technology entrepreneurship, will be held under the motto “Technological leadership as an investment in the future.” Republic of Sakha (Yakutia) Head of the republic Aysen Nikolaev summed up the results of a strategic session on AI development held at Sber’s “School 21.” This work became a step toward drafting the Strategy for Artificial Intelligence Development in Yakutia until 2030. Republic of Bashkortostan Scientists at Ufa University of Science and Technology have developed a methodology that enables real-time monitoring of production, increases efficiency, and minimizes environmental risks. Arkhangelsk Region The import-substituted MC-21-300 aircraft arrived in Arkhangelsk for icing-condition tests carried out by the United Aircraft Corporation. Governor Alexander Tsybulsky signed a cooperation agreement between the region, St. Petersburg State Marine Technical University (SPbGMTU) and Northern (Arctic) Federal University (SAFU). The document is aimed at developing a scientific and educational cluster in Severodvinsk, including the establishment of a science and production center for USC enterprises and ship repair yards. Tyumen Region Young scientists from Tyumen State University created an AI-based flood assistant — an information service for residents during emergencies. It includes a Telegram bot, a web chat bot, and a mobile application with an offline mode. The assistant answers questions about water levels, determines geolocation, and builds routes to temporary accommodation centers; the service is planned to be scaled to other Russian regions. Krasnoyarsk Krai Governor Mikhail Kotyukov said that the region continues to develop the air hub at Krasnoyarsk International Airport and personally inspected the completed overhaul of the hangar complex for aircraft maintenance before it is put into operation. Samara Region Scientists at Togliatti State University (TSU) proposed a method for measuring machine part wear during operation using acoustic diagnostics. The development will allow timely repairs and reduce downtime costs. It increases the probability of detecting dangerous wear of parts by 45% compared to existing solutions. Tomsk Region Scientists at Tomsk Polytechnic University (TPU) have found a safer way to diagnose cancer using radiopharmaceuticals. They improved the targeted proteins for cancer diagnostics (DARPin). The new drug accumulates less in healthy tissues. Photo: https://ru.freepik.com/ [~DETAIL_TEXT] => We review key developments in innovation, economic, and scientific progress in Russia and the regions of the Association. Perm Krai Governor Dmitry Makhonin held a working meeting with Russia’s Minister of Science and Higher Education Valery Falkov. They discussed the implementation of the state program “Scientific and Technological Development of Perm Krai,” including the construction of the interuniversity campus “Future of Parma.” Khanty-Mansi Autonomous Okrug – Yugra and the Republic of Tatarstan Two regions of the ASIIR (Association of Innovative Regions of Russia) became leaders of the regional digital transformation ranking for 2025. The assessment was based on 18 key indicators, including the deployment of AI and cybersecurity. Republic of Tatarstan Kazan is preparing for the 20th Russian Venture Forum, which will take place in April. The head of the Russian Ministry of Science and Higher Education, Valery Falkov, chaired the organizing committee for its preparation. The forum, one of the country’s key events in innovation-driven economy and technology entrepreneurship, will be held under the motto “Technological leadership as an investment in the future.” Republic of Sakha (Yakutia) Head of the republic Aysen Nikolaev summed up the results of a strategic session on AI development held at Sber’s “School 21.” This work became a step toward drafting the Strategy for Artificial Intelligence Development in Yakutia until 2030. Republic of Bashkortostan Scientists at Ufa University of Science and Technology have developed a methodology that enables real-time monitoring of production, increases efficiency, and minimizes environmental risks. Arkhangelsk Region The import-substituted MC-21-300 aircraft arrived in Arkhangelsk for icing-condition tests carried out by the United Aircraft Corporation. Governor Alexander Tsybulsky signed a cooperation agreement between the region, St. Petersburg State Marine Technical University (SPbGMTU) and Northern (Arctic) Federal University (SAFU). The document is aimed at developing a scientific and educational cluster in Severodvinsk, including the establishment of a science and production center for USC enterprises and ship repair yards. Tyumen Region Young scientists from Tyumen State University created an AI-based flood assistant — an information service for residents during emergencies. It includes a Telegram bot, a web chat bot, and a mobile application with an offline mode. The assistant answers questions about water levels, determines geolocation, and builds routes to temporary accommodation centers; the service is planned to be scaled to other Russian regions. Krasnoyarsk Krai Governor Mikhail Kotyukov said that the region continues to develop the air hub at Krasnoyarsk International Airport and personally inspected the completed overhaul of the hangar complex for aircraft maintenance before it is put into operation. Samara Region Scientists at Togliatti State University (TSU) proposed a method for measuring machine part wear during operation using acoustic diagnostics. The development will allow timely repairs and reduce downtime costs. It increases the probability of detecting dangerous wear of parts by 45% compared to existing solutions. Tomsk Region Scientists at Tomsk Polytechnic University (TPU) have found a safer way to diagnose cancer using radiopharmaceuticals. They improved the targeted proteins for cancer diagnostics (DARPin). The new drug accumulates less in healthy tissues. 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We review key developments in innovation, economic, and scientific progress in Russia and the regions of the Association.
Perm Krai Governor Dmitry Makhonin held a working meeting with Russia’s Minister of Science and Higher Education Valery Falkov. They discussed the implementation of the state program “Scientific and Technological Development of Perm Krai,” including the construction of the interuniversity campus “Future of Parma.”
Khanty-Mansi Autonomous Okrug – Yugra and the Republic of Tatarstan Two regions of the ASIIR (Association of Innovative Regions of Russia) became leaders of the regional digital transformation ranking for 2025. The assessment was based on 18 key indicators, including the deployment of AI and cybersecurity.
Republic of Tatarstan Kazan is preparing for the 20th Russian Venture Forum, which will take place in April. The head of the Russian Ministry of Science and Higher Education, Valery Falkov, chaired the organizing committee for its preparation. The forum, one of the country’s key events in innovation-driven economy and technology entrepreneurship, will be held under the motto “Technological leadership as an investment in the future.”
Republic of Sakha (Yakutia) Head of the republic Aysen Nikolaev summed up the results of a strategic session on AI development held at Sber’s “School 21.” This work became a step toward drafting the Strategy for Artificial Intelligence Development in Yakutia until 2030.
Republic of Bashkortostan Scientists at Ufa University of Science and Technology have developed a methodology that enables real-time monitoring of production, increases efficiency, and minimizes environmental risks.
Arkhangelsk Region The import-substituted MC-21-300 aircraft arrived in Arkhangelsk for icing-condition tests carried out by the United Aircraft Corporation.
Governor Alexander Tsybulsky signed a cooperation agreement between the region, St. Petersburg State Marine Technical University (SPbGMTU) and Northern (Arctic) Federal University (SAFU). The document is aimed at developing a scientific and educational cluster in Severodvinsk, including the establishment of a science and production center for USC enterprises and ship repair yards.
Tyumen Region Young scientists from Tyumen State University created an AI-based flood assistant — an information service for residents during emergencies. It includes a Telegram bot, a web chat bot, and a mobile application with an offline mode. The assistant answers questions about water levels, determines geolocation, and builds routes to temporary accommodation centers; the service is planned to be scaled to other Russian regions.
Krasnoyarsk Krai Governor Mikhail Kotyukov said that the region continues to develop the air hub at Krasnoyarsk International Airport and personally inspected the completed overhaul of the hangar complex for aircraft maintenance before it is put into operation.
Samara Region Scientists at Togliatti State University (TSU) proposed a method for measuring machine part wear during operation using acoustic diagnostics. The development will allow timely repairs and reduce downtime costs. It increases the probability of detecting dangerous wear of parts by 45% compared to existing solutions.
Tomsk Region Scientists at Tomsk Polytechnic University (TPU) have found a safer way to diagnose cancer using radiopharmaceuticals. They improved the targeted proteins for cancer diagnostics (DARPin). The new drug accumulates less in healthy tissues.
Array ( [DETAIL_PICTURE] => Array ( [ID] => 11899 [TIMESTAMP_X] => 18.03.2026 11:41:10 [MODULE_ID] => iblock [HEIGHT] => 490 [WIDTH] => 700 [FILE_SIZE] => 548655 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/300/5vx4f4cux5vzs0tvanj3lt5wpmzd0pil [FILE_NAME] => Oblozhka.jpg [ORIGINAL_NAME] => Обложка.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 73bb688bc8c848eac184f8561a988349 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/300/5vx4f4cux5vzs0tvanj3lt5wpmzd0pil/Oblozhka.jpg [UNSAFE_SRC] => /upload/iblock/300/5vx4f4cux5vzs0tvanj3lt5wpmzd0pil/Oblozhka.jpg [SAFE_SRC] => /upload/iblock/300/5vx4f4cux5vzs0tvanj3lt5wpmzd0pil/Oblozhka.jpg [ALT] => Where AI Infrastructure is Planned to be Located in Russia [TITLE] => Where AI Infrastructure is Planned to be Located in Russia ) [~DETAIL_PICTURE] => 11899 [ID] => 6618 [~ID] => 6618 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => Where AI Infrastructure is Planned to be Located in Russia [~NAME] => Where AI Infrastructure is Planned to be Located in Russia [ACTIVE_FROM_X] => 2026-03-16 00:00:00 [~ACTIVE_FROM_X] => 2026-03-16 00:00:00 [ACTIVE_FROM] => 16.03.2026 [~ACTIVE_FROM] => 16.03.2026 [TIMESTAMP_X] => 18.03.2026 11:41:10 [~TIMESTAMP_X] => 18.03.2026 11:41:10 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/where-ai-infrastructure-is-planned-to-be-located-in-russia [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/where-ai-infrastructure-is-planned-to-be-located-in-russia [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => The development of artificial intelligence depends not only on computing power but also on energy supply. Therefore, the Ministry of Energy of the Russian Federation, together with industry companies, is now effectively rebuilding the power supply map for future data centers (DCs), developing criteria for selecting sites for them and assessing options for grid connection. A register of power centers with available capacity and a map of accessible generation through 2031 have been compiled. Data centers for AI tasks require 50–150 kW per rack, and in the future up to 300 kW, whereas traditional data centers consume 7–15 kW. According to estimates by the Ministry of Digital Development and the Analytical Center under the Government, by 2030 the power consumption of Russian data centers will grow at least 2.5 times, from 1 GW to 2.5 GW. This was reported by the Ministry of Energy following a series of meetings of the working group on power supply for data centers for AI development chaired by Deputy Minister Petr Konyushenko. In the regions, members of the Association of Innovative Regions of Russia are already starting to work within this logic. Thus, in Yakutia, the head of the region Aisen Nikolaev announced the development of data center infrastructure with a capacity of up to 2 GW. Yakut Fuel and Energy Company has revised its strategy and has focused on using gas for energy intensive industries. Construction of 200 MW of generation has already begun. In parallel, the use of hydropower is being considered: only 1.5% of the hydropower potential of the Far East has been developed so far, while it accounts for about 60% of Russia’s total. Work on the 1 GW Kankunskaya HPP project may lay the foundation for hosting large data centers. In Novosibirsk Region, in the Industrial and Logistics Park, Alfa Finance is building the “Sibir” data center for 1.8 thousand racks. Investment amounts to 1.8 billion rubles. Commissioning is scheduled for March, with full launch planned for July 2026. In the Republic of Tatarstan, Rosatom’s data center in Innopolis is already in operation, confirming the region’s readiness to host high load computing clusters for AI tasks. In effect, a new model for placing data centers is taking shape — closer to power generation sources. This approach makes it possible to reduce the load on power deficit megacities while simultaneously creating new growth points in resource rich regions. Photo by softline.ru [~DETAIL_TEXT] => The development of artificial intelligence depends not only on computing power but also on energy supply. Therefore, the Ministry of Energy of the Russian Federation, together with industry companies, is now effectively rebuilding the power supply map for future data centers (DCs), developing criteria for selecting sites for them and assessing options for grid connection. A register of power centers with available capacity and a map of accessible generation through 2031 have been compiled. Data centers for AI tasks require 50–150 kW per rack, and in the future up to 300 kW, whereas traditional data centers consume 7–15 kW. According to estimates by the Ministry of Digital Development and the Analytical Center under the Government, by 2030 the power consumption of Russian data centers will grow at least 2.5 times, from 1 GW to 2.5 GW. This was reported by the Ministry of Energy following a series of meetings of the working group on power supply for data centers for AI development chaired by Deputy Minister Petr Konyushenko. In the regions, members of the Association of Innovative Regions of Russia are already starting to work within this logic. Thus, in Yakutia, the head of the region Aisen Nikolaev announced the development of data center infrastructure with a capacity of up to 2 GW. Yakut Fuel and Energy Company has revised its strategy and has focused on using gas for energy intensive industries. Construction of 200 MW of generation has already begun. In parallel, the use of hydropower is being considered: only 1.5% of the hydropower potential of the Far East has been developed so far, while it accounts for about 60% of Russia’s total. Work on the 1 GW Kankunskaya HPP project may lay the foundation for hosting large data centers. In Novosibirsk Region, in the Industrial and Logistics Park, Alfa Finance is building the “Sibir” data center for 1.8 thousand racks. Investment amounts to 1.8 billion rubles. Commissioning is scheduled for March, with full launch planned for July 2026. In the Republic of Tatarstan, Rosatom’s data center in Innopolis is already in operation, confirming the region’s readiness to host high load computing clusters for AI tasks. In effect, a new model for placing data centers is taking shape — closer to power generation sources. This approach makes it possible to reduce the load on power deficit megacities while simultaneously creating new growth points in resource rich regions. 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The development of artificial intelligence depends not only on computing power but also on energy supply. Therefore, the Ministry of Energy of the Russian Federation, together with industry companies, is now effectively rebuilding the power supply map for future data centers (DCs), developing criteria for selecting sites for them and assessing options for grid connection. A register of power centers with available capacity and a map of accessible generation through 2031 have been compiled. Data centers for AI tasks require 50–150 kW per rack, and in the future up to 300 kW, whereas traditional data centers consume 7–15 kW. According to estimates by the Ministry of Digital Development and the Analytical Center under the Government, by 2030 the power consumption of Russian data centers will grow at least 2.5 times, from 1 GW to 2.5 GW. This was reported by the Ministry of Energy following a series of meetings of the working group on power supply for data centers for AI development chaired by Deputy Minister Petr Konyushenko. In the regions, members of the Association of Innovative Regions of Russia are already starting to work within this logic. Thus, in Yakutia, the head of the region Aisen Nikolaev announced the development of data center infrastructure with a capacity of up to 2 GW. Yakut Fuel and Energy Company has revised its strategy and has focused on using gas for energy intensive industries. Construction of 200 MW of generation has already begun. In parallel, the use of hydropower is being considered: only 1.5% of the hydropower potential of the Far East has been developed so far, while it accounts for about 60% of Russia’s total. Work on the 1 GW Kankunskaya HPP project may lay the foundation for hosting large data centers. In Novosibirsk Region, in the Industrial and Logistics Park, Alfa Finance is building the “Sibir” data center for 1.8 thousand racks. Investment amounts to 1.8 billion rubles. Commissioning is scheduled for March, with full launch planned for July 2026. In the Republic of Tatarstan, Rosatom’s data center in Innopolis is already in operation, confirming the region’s readiness to host high load computing clusters for AI tasks. In effect, a new model for placing data centers is taking shape — closer to power generation sources. This approach makes it possible to reduce the load on power deficit megacities while simultaneously creating new growth points in resource rich regions.
Photo by softline.ru
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Khanty-Mansi Autonomous Area – Yugra, Republic of Tatarstan Two AIRR regions were among the leaders of digital transformation in 2025, said Deputy Prime Minister of the Russian Federation Dmitry Grigorenko: “Today, regions demonstrate strong momentum in the rollout of digital technologies. But the key criterion for success is not reports, but real benefits for people. We assess how digital solutions improve citizens’ quality of life and make it more comfortable and safer.” Irkutsk Region Governor Igor Kobzev discussed the use of AI in the economy and social sphere with Deputy Prime Minister Dmitry Grigorenko. In the Irkutsk Region, IT solutions based on AI technologies have been successfully implemented in healthcare, as well as in state and municipal administration. The region was visited by Russian Minister of Labor and Social Protection Anton Kotyakov. Together with Governor Igor Kobzev, they discussed providing the regional economy with qualified personnel and creating attractive and comfortable living conditions for families. Altai Territory Russian Minister of Economic Development Maksim Reshetnikov gave a high assessment of the Altai Territory’s development during a working trip. The region is showing positive dynamics across all key economic indicators, Governor Viktor Tomenko noted. Republic of Mordovia Head of the Republic Artyom Zdunov spoke at the board meeting of the Russian Ministry of Labor. He shared the region’s experience in building a system to support families with children – from young student families to large families with many children. Creating comfortable conditions for families is one of the most important factors in retaining qualified personnel for a high‑tech economy. Kaluga Region Governor Vladislav Shapsha reported on mechanisms for addressing staff shortages at an expanded meeting of the board of the Russian Ministry of Labor and Social Protection. He presented the results of the work of the State Council Commission on the “Human Resources” track. Nizhfarm Group launched full‑cycle production of a medicine for the treatment of type 2 diabetes, Inkresink, at its plant in Obninsk. The drug is included in the List of Vital and Essential Medicines, which is an important step in the development of the Kaluga pharmaceutical cluster. Ulyanovsk Region A new production facility for safety system components is being prepared for launch at the UAZ industrial site, which was visited by Igor Komarov, Presidential Plenipotentiary Envoy to the Volga Federal District. The State Research Center RIAR is celebrating its 70th anniversary. Governor Alexey Russkikh spoke about Rosatom’s project to build the modern MBIR nuclear reactor, fundamental research, and the creation of unique products ranging from innovative materials to radioisotopes for cancer treatment. We maintain close cooperation with Rosatom and the State Research Center RIAR, which helps us develop comfortable infrastructure for residents of the nuclear scientists’ city. Russian Minister of Science and Higher Education Valery Falkov visited the region’s leading universities and the research and production enterprise “Iskra Plant,” where they discussed scientific and staffing support for the region’s enterprises. The scientific and educational development of the Ulyanovsk Region received high praise. Arkhangelsk Region At a meeting with Viktor Rudenko, Chair of the Ural Branch of the Russian Academy of Sciences, Governor Alexander Tsybulsky discussed the participation of the Federal Research Center for Integrated Arctic Research in practical projects. The governor also chaired a meeting of the presidium of the State Council Commission on “International Cooperation and Export,” where they discussed, among other things, the introduction of a digital standard for the provision of regional services and support measures for exporters. Republic of Bashkortostan First Deputy Prime Minister of the Russian Federation Denis Manturov and Head of the Republic Radiy Khabirov visited a production site where unmanned aerial vehicles, electric motors and generators for them are being developed and manufactured, as well as a number of the region’s leading industrial enterprises. Radiy Khabirov paid special attention to the national project “New Materials and Chemistry,” given the scale of development of the regional petrochemical cluster. Head of the Republic Radiy Khabirov spoke about the construction of the second phase of the Interuniversity Student Campus of the Eurasian REC under the federal project “Creation of a Network of University Campuses.” The outlines of the future student town are already clearly visible. Most of the towers are at a high degree of completion. A state‑of‑the‑art metallography laboratory has also opened at the Interuniversity Campus of the Eurasian REC. This is the result of joint work by Ufa State Petroleum Technological University, the Institute for Problems of Superplasticity of Metals of the Russian Academy of Sciences, and industrial partners. Novosibirsk Region The Novosibirsk College of Industrial Technologies received a grant under the federal project “Professionalitet.” This made it possible to set up a modern educational and production center “Mechanical Engineering,” which brings together seven zones: turning, milling, CNC machining, fitting and assembly work, quality control, computer‑aided design, and reverse engineering, Governor Andrey Travnikov reported. Tomsk Region, Republic of Tatarstan Rostec State Corporation held a strategy session on the development of radio electronics at Tomsk State University. It was attended by specialists from the Priority Engineering School of KNRTU‑KAI. They presented projects in microelectronics and radio‑electronic systems, as well as their experience in involving students in real engineering developments together with industrial partners. Nizhny Novgorod Region Deputy Prime Minister of the Russian Federation Dmitry Chernyshenko held a working meeting with Governor of the Nizhny Novgorod Region Gleb Nikitin. They discussed the development of science, education, youth policy, tourism, and sports in the region. Krasnoyarsk Territory The region is preparing to host the all‑Russian Space Week. By decision of the President, it will be held in the country for the first time. One of the key venues will be the city of Zheleznogorsk, as one of the leading centers for the development of the space industry, Governor Mikhail Kotyukov said. Photo by https://ru.freepik.com [~DETAIL_TEXT] => We review key events in innovation, economic, and scientific development across the regions of the Association. Khanty-Mansi Autonomous Area – Yugra, Republic of Tatarstan Two AIRR regions were among the leaders of digital transformation in 2025, said Deputy Prime Minister of the Russian Federation Dmitry Grigorenko: “Today, regions demonstrate strong momentum in the rollout of digital technologies. But the key criterion for success is not reports, but real benefits for people. We assess how digital solutions improve citizens’ quality of life and make it more comfortable and safer.” Irkutsk Region Governor Igor Kobzev discussed the use of AI in the economy and social sphere with Deputy Prime Minister Dmitry Grigorenko. In the Irkutsk Region, IT solutions based on AI technologies have been successfully implemented in healthcare, as well as in state and municipal administration. The region was visited by Russian Minister of Labor and Social Protection Anton Kotyakov. Together with Governor Igor Kobzev, they discussed providing the regional economy with qualified personnel and creating attractive and comfortable living conditions for families. Altai Territory Russian Minister of Economic Development Maksim Reshetnikov gave a high assessment of the Altai Territory’s development during a working trip. The region is showing positive dynamics across all key economic indicators, Governor Viktor Tomenko noted. Republic of Mordovia Head of the Republic Artyom Zdunov spoke at the board meeting of the Russian Ministry of Labor. He shared the region’s experience in building a system to support families with children – from young student families to large families with many children. Creating comfortable conditions for families is one of the most important factors in retaining qualified personnel for a high‑tech economy. Kaluga Region Governor Vladislav Shapsha reported on mechanisms for addressing staff shortages at an expanded meeting of the board of the Russian Ministry of Labor and Social Protection. He presented the results of the work of the State Council Commission on the “Human Resources” track. Nizhfarm Group launched full‑cycle production of a medicine for the treatment of type 2 diabetes, Inkresink, at its plant in Obninsk. The drug is included in the List of Vital and Essential Medicines, which is an important step in the development of the Kaluga pharmaceutical cluster. Ulyanovsk Region A new production facility for safety system components is being prepared for launch at the UAZ industrial site, which was visited by Igor Komarov, Presidential Plenipotentiary Envoy to the Volga Federal District. The State Research Center RIAR is celebrating its 70th anniversary. Governor Alexey Russkikh spoke about Rosatom’s project to build the modern MBIR nuclear reactor, fundamental research, and the creation of unique products ranging from innovative materials to radioisotopes for cancer treatment. We maintain close cooperation with Rosatom and the State Research Center RIAR, which helps us develop comfortable infrastructure for residents of the nuclear scientists’ city. Russian Minister of Science and Higher Education Valery Falkov visited the region’s leading universities and the research and production enterprise “Iskra Plant,” where they discussed scientific and staffing support for the region’s enterprises. The scientific and educational development of the Ulyanovsk Region received high praise. Arkhangelsk Region At a meeting with Viktor Rudenko, Chair of the Ural Branch of the Russian Academy of Sciences, Governor Alexander Tsybulsky discussed the participation of the Federal Research Center for Integrated Arctic Research in practical projects. The governor also chaired a meeting of the presidium of the State Council Commission on “International Cooperation and Export,” where they discussed, among other things, the introduction of a digital standard for the provision of regional services and support measures for exporters. Republic of Bashkortostan First Deputy Prime Minister of the Russian Federation Denis Manturov and Head of the Republic Radiy Khabirov visited a production site where unmanned aerial vehicles, electric motors and generators for them are being developed and manufactured, as well as a number of the region’s leading industrial enterprises. Radiy Khabirov paid special attention to the national project “New Materials and Chemistry,” given the scale of development of the regional petrochemical cluster. Head of the Republic Radiy Khabirov spoke about the construction of the second phase of the Interuniversity Student Campus of the Eurasian REC under the federal project “Creation of a Network of University Campuses.” The outlines of the future student town are already clearly visible. Most of the towers are at a high degree of completion. A state‑of‑the‑art metallography laboratory has also opened at the Interuniversity Campus of the Eurasian REC. This is the result of joint work by Ufa State Petroleum Technological University, the Institute for Problems of Superplasticity of Metals of the Russian Academy of Sciences, and industrial partners. Novosibirsk Region The Novosibirsk College of Industrial Technologies received a grant under the federal project “Professionalitet.” This made it possible to set up a modern educational and production center “Mechanical Engineering,” which brings together seven zones: turning, milling, CNC machining, fitting and assembly work, quality control, computer‑aided design, and reverse engineering, Governor Andrey Travnikov reported. Tomsk Region, Republic of Tatarstan Rostec State Corporation held a strategy session on the development of radio electronics at Tomsk State University. It was attended by specialists from the Priority Engineering School of KNRTU‑KAI. They presented projects in microelectronics and radio‑electronic systems, as well as their experience in involving students in real engineering developments together with industrial partners. Nizhny Novgorod Region Deputy Prime Minister of the Russian Federation Dmitry Chernyshenko held a working meeting with Governor of the Nizhny Novgorod Region Gleb Nikitin. They discussed the development of science, education, youth policy, tourism, and sports in the region. Krasnoyarsk Territory The region is preparing to host the all‑Russian Space Week. By decision of the President, it will be held in the country for the first time. One of the key venues will be the city of Zheleznogorsk, as one of the leading centers for the development of the space industry, Governor Mikhail Kotyukov said. 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It is a tool for inventors, companies, and research teams that enables them to independently conduct a preliminary assessment of the patentability of inventions and trademarks, without special training and completely free of charge. Today, users have access to a global data array comprising more than 100 million protection documents from around the world. In 2025, almost 5.5 million search queries were submitted via the platform, and about 2,000 people use the service every day. The modern Rospatent Search Platform features its own search assistant, image‑based search, search by text files, as well as the ability to use AI and automatic translation of queries, patents, and trademarks between Russian and six major European languages. Users can also take advantage of analytics tools to examine selected document sets across multiple parameters. To automate work with the patent collection, the Rospatent Search Platform provides access via an application programming interface (API). Rospatent notes that users can find any registered patent in the world and obtain the necessary information on all registered trademarks, service marks, well‑known trademarks, as well as international trademarks protected in the territory of the Russian Federation under the Madrid Agreement. It is possible to search certificates of registration for computer programs, databases, and topographies of integrated circuits, perform genetic search, search by classifiers, and explore statistics on patent data arrays. It appears that we are seeing an effective tool for technology companies and innovation teams focused on the global market and on systemic protection of intellectual property results, and work on further improving this tool is ongoing. [~DETAIL_TEXT] => Rospatent’s Search Platform has been providing open access to Russian and foreign patent and scientific‑technical information arrays for more than three years. It is a tool for inventors, companies, and research teams that enables them to independently conduct a preliminary assessment of the patentability of inventions and trademarks, without special training and completely free of charge. Today, users have access to a global data array comprising more than 100 million protection documents from around the world. In 2025, almost 5.5 million search queries were submitted via the platform, and about 2,000 people use the service every day. The modern Rospatent Search Platform features its own search assistant, image‑based search, search by text files, as well as the ability to use AI and automatic translation of queries, patents, and trademarks between Russian and six major European languages. Users can also take advantage of analytics tools to examine selected document sets across multiple parameters. To automate work with the patent collection, the Rospatent Search Platform provides access via an application programming interface (API). Rospatent notes that users can find any registered patent in the world and obtain the necessary information on all registered trademarks, service marks, well‑known trademarks, as well as international trademarks protected in the territory of the Russian Federation under the Madrid Agreement. It is possible to search certificates of registration for computer programs, databases, and topographies of integrated circuits, perform genetic search, search by classifiers, and explore statistics on patent data arrays. It appears that we are seeing an effective tool for technology companies and innovation teams focused on the global market and on systemic protection of intellectual property results, and work on further improving this tool is ongoing. 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Rospatent’s Search Platform has been providing open access to Russian and foreign patent and scientific‑technical information arrays for more than three years. It is a tool for inventors, companies, and research teams that enables them to independently conduct a preliminary assessment of the patentability of inventions and trademarks, without special training and completely free of charge. Today, users have access to a global data array comprising more than 100 million protection documents from around the world. In 2025, almost 5.5 million search queries were submitted via the platform, and about 2,000 people use the service every day. The modern Rospatent Search Platform features its own search assistant, image‑based search, search by text files, as well as the ability to use AI and automatic translation of queries, patents, and trademarks between Russian and six major European languages. Users can also take advantage of analytics tools to examine selected document sets across multiple parameters. To automate work with the patent collection, the Rospatent Search Platform provides access via an application programming interface (API). Rospatent notes that users can find any registered patent in the world and obtain the necessary information on all registered trademarks, service marks, well‑known trademarks, as well as international trademarks protected in the territory of the Russian Federation under the Madrid Agreement. It is possible to search certificates of registration for computer programs, databases, and topographies of integrated circuits, perform genetic search, search by classifiers, and explore statistics on patent data arrays. It appears that we are seeing an effective tool for technology companies and innovation teams focused on the global market and on systemic protection of intellectual property results, and work on further improving this tool is ongoing.
Array ( [DETAIL_PICTURE] => Array ( [ID] => 11905 [TIMESTAMP_X] => 18.03.2026 11:39:12 [MODULE_ID] => iblock [HEIGHT] => 466 [WIDTH] => 700 [FILE_SIZE] => 604750 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/41d/xsg3l9z5f4o0rr4ke86qc77oqifn52le [FILE_NAME] => business_7116735_1280.jpg [ORIGINAL_NAME] => business_7116735_1280.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 70c2db0ccbf12a6403589cf094eab4d6 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/41d/xsg3l9z5f4o0rr4ke86qc77oqifn52le/business_7116735_1280.jpg [UNSAFE_SRC] => /upload/iblock/41d/xsg3l9z5f4o0rr4ke86qc77oqifn52le/business_7116735_1280.jpg [SAFE_SRC] => /upload/iblock/41d/xsg3l9z5f4o0rr4ke86qc77oqifn52le/business_7116735_1280.jpg [ALT] => The Labor Market for Highly Qualified Professionals Continues to Tighten [TITLE] => The Labor Market for Highly Qualified Professionals Continues to Tighten ) [~DETAIL_PICTURE] => 11905 [ID] => 6621 [~ID] => 6621 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => The Labor Market for Highly Qualified Professionals Continues to Tighten [~NAME] => The Labor Market for Highly Qualified Professionals Continues to Tighten [ACTIVE_FROM_X] => 2026-02-25 00:00:00 [~ACTIVE_FROM_X] => 2026-02-25 00:00:00 [ACTIVE_FROM] => 25.02.2026 [~ACTIVE_FROM] => 25.02.2026 [TIMESTAMP_X] => 18.03.2026 11:39:12 [~TIMESTAMP_X] => 18.03.2026 11:39:12 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/the-labor-market-for-highly-qualified-professionals-continues-to-tighten [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/the-labor-market-for-highly-qualified-professionals-continues-to-tighten [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => Experts of the Association of Innovative Regions of Russia (AIRR) have presented an updated calculation of the quarterly Regional Index of Demand for Personnel for the Innovative Economy (STEM). According to the study prepared in partnership with the online recruitment platform hh.ru, in 2025 the average number of unfilled vacancies across the regions fell by 34.5%, and in AIRR member regions with a developed science and technology sector by 37.2%. The traditional pattern is that companies’ recruitment activity slows down towards the end of the year and then recovers, with demand usually picking up again at the beginning of the year. Such a recovery of the labor market did not happen last year. Facing serious recession risks, the economy does not show significant demand for new specialists in the technology and innovation sector. “The market for highly qualified professionals is shrinking, and there are still no signs of its recovery. Even in regions with a developed innovation‑driven economy, companies are reducing hiring, adapting their business to the available STEM workforce, looking for hidden reserves and, with mixed success, increasing labor productivity. The decline in demand is especially noticeable in IT and high‑tech sectors, and it is becoming increasingly difficult for young specialists without work experience to find a job in the STEM field, despite a record‑low unemployment rate for modern Russia,” notes AIRR Director Alexander Smekalin. Indeed, the share of IT‑company vacancies among all STEM vacancies in December 2025 was 13.8% (versus 16% a year earlier), while the absolute number of vacancies fell by 44% over the year. The results of the study also show that companies are actively using alternative ways to fill positions: they are increasing the productivity of existing employees and offering part‑time or remote work. “The trend that emerges when you look at the dynamics of the labor market for STEM personnel is a serious signal of an economic slowdown. We see that, as of today, the civilian production sector is shrinking,” added Alexander Smekalin. In 2026, companies’ need for new specialists will directly depend on business conditions, tax policy, and macroeconomic factors, including a possible wave of bankruptcies, as Russian economists note. Interregional competition for talent persists. At the same time, more and more economists share the view that the possibilities for further wage growth without a radical increase in workplace productivity have been exhausted. It is therefore quite logical that competition for valuable employees will have to shift to other factors. When it comes to the willingness of young specialists to retrain or build up their qualifications, fewer and fewer companies are looking for STEM professionals without work experience (11.7% in December 2025 versus 13.9% in December 2024). Moreover, the higher the salary level in a region, the lower the flexibility of companies regarding qualification requirements in recruitment and the weaker employers’ willingness to invest in developing employees without experience. In this context, many young specialists with high ambitions find it increasingly difficult to get a job, despite the record‑low unemployment rate—read: “despite the so‑called ‘shortage of personnel for the economy’.” For reference: The Index is calculated as the number of vacancies in STEM professions per 10,000 economically active people in a region. The data for the analysis are provided by the online recruitment platform HeadHunter (hh.ru) and include information on 800,000 vacancies published or extended in December 2025, 69,000 of which are classified as STEM professions (8.6%). [~DETAIL_TEXT] => Experts of the Association of Innovative Regions of Russia (AIRR) have presented an updated calculation of the quarterly Regional Index of Demand for Personnel for the Innovative Economy (STEM). According to the study prepared in partnership with the online recruitment platform hh.ru, in 2025 the average number of unfilled vacancies across the regions fell by 34.5%, and in AIRR member regions with a developed science and technology sector by 37.2%. The traditional pattern is that companies’ recruitment activity slows down towards the end of the year and then recovers, with demand usually picking up again at the beginning of the year. Such a recovery of the labor market did not happen last year. Facing serious recession risks, the economy does not show significant demand for new specialists in the technology and innovation sector. “The market for highly qualified professionals is shrinking, and there are still no signs of its recovery. Even in regions with a developed innovation‑driven economy, companies are reducing hiring, adapting their business to the available STEM workforce, looking for hidden reserves and, with mixed success, increasing labor productivity. The decline in demand is especially noticeable in IT and high‑tech sectors, and it is becoming increasingly difficult for young specialists without work experience to find a job in the STEM field, despite a record‑low unemployment rate for modern Russia,” notes AIRR Director Alexander Smekalin. Indeed, the share of IT‑company vacancies among all STEM vacancies in December 2025 was 13.8% (versus 16% a year earlier), while the absolute number of vacancies fell by 44% over the year. The results of the study also show that companies are actively using alternative ways to fill positions: they are increasing the productivity of existing employees and offering part‑time or remote work. “The trend that emerges when you look at the dynamics of the labor market for STEM personnel is a serious signal of an economic slowdown. We see that, as of today, the civilian production sector is shrinking,” added Alexander Smekalin. In 2026, companies’ need for new specialists will directly depend on business conditions, tax policy, and macroeconomic factors, including a possible wave of bankruptcies, as Russian economists note. Interregional competition for talent persists. At the same time, more and more economists share the view that the possibilities for further wage growth without a radical increase in workplace productivity have been exhausted. It is therefore quite logical that competition for valuable employees will have to shift to other factors. When it comes to the willingness of young specialists to retrain or build up their qualifications, fewer and fewer companies are looking for STEM professionals without work experience (11.7% in December 2025 versus 13.9% in December 2024). Moreover, the higher the salary level in a region, the lower the flexibility of companies regarding qualification requirements in recruitment and the weaker employers’ willingness to invest in developing employees without experience. In this context, many young specialists with high ambitions find it increasingly difficult to get a job, despite the record‑low unemployment rate—read: “despite the so‑called ‘shortage of personnel for the economy’.” For reference: The Index is calculated as the number of vacancies in STEM professions per 10,000 economically active people in a region. The data for the analysis are provided by the online recruitment platform HeadHunter (hh.ru) and include information on 800,000 vacancies published or extended in December 2025, 69,000 of which are classified as STEM professions (8.6%). 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Experts of the Association of Innovative Regions of Russia (AIRR) have presented an updated calculation of the quarterly Regional Index of Demand for Personnel for the Innovative Economy (STEM). According to the study prepared in partnership with the online recruitment platform hh.ru, in 2025 the average number of unfilled vacancies across the regions fell by 34.5%, and in AIRR member regions with a developed science and technology sector by 37.2%. The traditional pattern is that companies’ recruitment activity slows down towards the end of the year and then recovers, with demand usually picking up again at the beginning of the year. Such a recovery of the labor market did not happen last year. Facing serious recession risks, the economy does not show significant demand for new specialists in the technology and innovation sector. “The market for highly qualified professionals is shrinking, and there are still no signs of its recovery. Even in regions with a developed innovation‑driven economy, companies are reducing hiring, adapting their business to the available STEM workforce, looking for hidden reserves and, with mixed success, increasing labor productivity. The decline in demand is especially noticeable in IT and high‑tech sectors, and it is becoming increasingly difficult for young specialists without work experience to find a job in the STEM field, despite a record‑low unemployment rate for modern Russia,” notes AIRR Director Alexander Smekalin. Indeed, the share of IT‑company vacancies among all STEM vacancies in December 2025 was 13.8% (versus 16% a year earlier), while the absolute number of vacancies fell by 44% over the year. The results of the study also show that companies are actively using alternative ways to fill positions: they are increasing the productivity of existing employees and offering part‑time or remote work. “The trend that emerges when you look at the dynamics of the labor market for STEM personnel is a serious signal of an economic slowdown. We see that, as of today, the civilian production sector is shrinking,” added Alexander Smekalin. In 2026, companies’ need for new specialists will directly depend on business conditions, tax policy, and macroeconomic factors, including a possible wave of bankruptcies, as Russian economists note. Interregional competition for talent persists. At the same time, more and more economists share the view that the possibilities for further wage growth without a radical increase in workplace productivity have been exhausted. It is therefore quite logical that competition for valuable employees will have to shift to other factors. When it comes to the willingness of young specialists to retrain or build up their qualifications, fewer and fewer companies are looking for STEM professionals without work experience (11.7% in December 2025 versus 13.9% in December 2024). Moreover, the higher the salary level in a region, the lower the flexibility of companies regarding qualification requirements in recruitment and the weaker employers’ willingness to invest in developing employees without experience. In this context, many young specialists with high ambitions find it increasingly difficult to get a job, despite the record‑low unemployment rate—read: “despite the so‑called ‘shortage of personnel for the economy’.” For reference: The Index is calculated as the number of vacancies in STEM professions per 10,000 economically active people in a region. The data for the analysis are provided by the online recruitment platform HeadHunter (hh.ru) and include information on 800,000 vacancies published or extended in December 2025, 69,000 of which are classified as STEM professions (8.6%).
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Among them is conducting a comprehensive analysis of the additional vocational education system to assess its alignment with the tasks of ensuring Russia's technological leadership, shared Kaluga Region Governor and State Council Commission Chairman Vladislav Shapsha. The government has decided to scale up the experience of regions in implementing AI. Deputy Prime Minister Dmitry Grigorenko: "The regions already have successful experience and results in deploying the technology: today AI helps manage traffic flows, monitor law and order, safety, and cleanliness in cities. Despite the specific differences among RF regions, some tasks in regional governance are typical. Therefore, it is important for regions to exchange experiences." The Russian Export Center presented the 2025 ranking of regional export support centers at the All-Russian conference "Made in Russia. Chosen Worldwide," held in Kazan. Among the leaders with the most effective export support systems for SMEs are regions of the Association of Innovative Regions of Russia (AIRR) - Bashkortostan, Tatarstan, and Novosibirsk Region. Republic of Sakha (Yakutia) Head of Yakutia Aisen Nikolaev met with Deputy Chairman of the Russian Government Alexander Novak on State Council Commission "Energy" issues, chaired by the governor. The key issue was increasing labor productivity in the energy sector. Tomsk Region Russian Minister of Science and Higher Education Valery Falkov discussed creating advanced drugs for tumor therapy at a research center in Tomsk Region - the Oncology Research Institute of Tomsk National Medical Research Center. Key topics included providing the site with infrastructure to implement a project for developing and producing biotechnological drugs, including mRNA vaccines. Tomsk Region is creating a chemical cluster and developing competencies. Head of the Chemical Industry Department of the Ministry of Industry and Trade Arthur Smirnov visited the Siberian Chemical Combine, Siberian Titan, Engineering Chemical-Technological Center, Ilmenit, National Gas Company, and Tomsk State University. With region head Vladimir Mazur, they discussed developing the Russian Chemical Industry Development Strategy until 2035 (led by the region). Physicists from Tomsk State University and the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences have developed an innovative material for food packaging. The new polypropylene film effectively suppresses the growth of pathogenic bacteria and fungi on its surface, destroying nearly 100% of microorganisms. There are no domestic analogs on the market yet. Krasnoyarsk Krai Governor Mikhail Kotyukov held a State Council Commission meeting on technological leadership. The key topic was assessing the effectiveness of tax support measures for R&D sector organizations. This instruction was previously given by Prime Minister Mikhail Mishustin following a strategic session on the science development model. Students at Reshetnev Siberian State University of Science and Technology in Krasnoyarsk have developed an innovative tool for automatic correction of space images. The development will improve the accuracy of satellite data in environmental monitoring, agriculture, forestry, and urban planning. Republic of Tatarstan Young scientists from KNRTU-KAI have invented an innovative method for producing penographite — a next-generation carbon material that significantly increases the electrical conductivity of supercapacitor electrodes. This will enable compact and lightweight power sources for future technologies. Nizhny Novgorod Region NSTU has patented a unique software suite for managing industrial robots. The program is aimed at production facilities requiring automation of gripping, moving, and positioning parts and products of various configurations. The development ensures independence from foreign software suppliers. Perm Krai A heavy-class Proton-M launch vehicle with the Elektro-L No. 5 spacecraft lifted off from the Baikonur Cosmodrome. The first stage included six RD-276 engines manufactured in the PriKama region at Proton-PM JSC. It was these engines that lifted the 700-ton rocket off the ground and helped it overcome gravity, said Governor Dmitry Makhonin. Vladimir Region Governor Alexander Avdeev discussed prospects for the development of Vladimir's Akron plant, which has joined ROSNANO Corporation, with the head of the state corporation Sergei Kulikov. The enterprise is Russia's largest producer of acrylic dispersions and plans to modernize and continue implementing innovative technologies. Arkhangelsk Region Sevmashvtuz and the Severodvinsk Shipbuilding and Mechanical Engineering College (which trains specialists for the defense-industrial complex) are developing cooperation with St. Petersburg State Marine Technical University, adopting the experience of its scientific-educational cluster. The governor of Arkhangelsk Region, Alexander Tsybulsky, visited the production sites of the St. Petersburg university. Irkutsk Region A large-scale modernization of the machine tool fleet has been completed at the Irkutsk Heavy Machine Building Plant (which manufactures equipment for mining enterprises). As a result, the production of industrial equipment has increased 1.6 times. Developing in-house competencies in machine building and import substitution are priorities of the region's industrial policy, shared Governor Igor Kobzev. Photo by https://ru.freepik.com [~DETAIL_TEXT] => President Vladimir Putin has approved a list of instructions following the State Council meeting on personnel training for the economy. Among them is conducting a comprehensive analysis of the additional vocational education system to assess its alignment with the tasks of ensuring Russia's technological leadership, shared Kaluga Region Governor and State Council Commission Chairman Vladislav Shapsha. The government has decided to scale up the experience of regions in implementing AI. Deputy Prime Minister Dmitry Grigorenko: "The regions already have successful experience and results in deploying the technology: today AI helps manage traffic flows, monitor law and order, safety, and cleanliness in cities. Despite the specific differences among RF regions, some tasks in regional governance are typical. Therefore, it is important for regions to exchange experiences." The Russian Export Center presented the 2025 ranking of regional export support centers at the All-Russian conference "Made in Russia. Chosen Worldwide," held in Kazan. Among the leaders with the most effective export support systems for SMEs are regions of the Association of Innovative Regions of Russia (AIRR) - Bashkortostan, Tatarstan, and Novosibirsk Region. Republic of Sakha (Yakutia) Head of Yakutia Aisen Nikolaev met with Deputy Chairman of the Russian Government Alexander Novak on State Council Commission "Energy" issues, chaired by the governor. The key issue was increasing labor productivity in the energy sector. Tomsk Region Russian Minister of Science and Higher Education Valery Falkov discussed creating advanced drugs for tumor therapy at a research center in Tomsk Region - the Oncology Research Institute of Tomsk National Medical Research Center. Key topics included providing the site with infrastructure to implement a project for developing and producing biotechnological drugs, including mRNA vaccines. Tomsk Region is creating a chemical cluster and developing competencies. Head of the Chemical Industry Department of the Ministry of Industry and Trade Arthur Smirnov visited the Siberian Chemical Combine, Siberian Titan, Engineering Chemical-Technological Center, Ilmenit, National Gas Company, and Tomsk State University. With region head Vladimir Mazur, they discussed developing the Russian Chemical Industry Development Strategy until 2035 (led by the region). Physicists from Tomsk State University and the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences have developed an innovative material for food packaging. The new polypropylene film effectively suppresses the growth of pathogenic bacteria and fungi on its surface, destroying nearly 100% of microorganisms. There are no domestic analogs on the market yet. Krasnoyarsk Krai Governor Mikhail Kotyukov held a State Council Commission meeting on technological leadership. The key topic was assessing the effectiveness of tax support measures for R&D sector organizations. This instruction was previously given by Prime Minister Mikhail Mishustin following a strategic session on the science development model. Students at Reshetnev Siberian State University of Science and Technology in Krasnoyarsk have developed an innovative tool for automatic correction of space images. The development will improve the accuracy of satellite data in environmental monitoring, agriculture, forestry, and urban planning. Republic of Tatarstan Young scientists from KNRTU-KAI have invented an innovative method for producing penographite — a next-generation carbon material that significantly increases the electrical conductivity of supercapacitor electrodes. This will enable compact and lightweight power sources for future technologies. Nizhny Novgorod Region NSTU has patented a unique software suite for managing industrial robots. The program is aimed at production facilities requiring automation of gripping, moving, and positioning parts and products of various configurations. The development ensures independence from foreign software suppliers. Perm Krai A heavy-class Proton-M launch vehicle with the Elektro-L No. 5 spacecraft lifted off from the Baikonur Cosmodrome. The first stage included six RD-276 engines manufactured in the PriKama region at Proton-PM JSC. It was these engines that lifted the 700-ton rocket off the ground and helped it overcome gravity, said Governor Dmitry Makhonin. Vladimir Region Governor Alexander Avdeev discussed prospects for the development of Vladimir's Akron plant, which has joined ROSNANO Corporation, with the head of the state corporation Sergei Kulikov. The enterprise is Russia's largest producer of acrylic dispersions and plans to modernize and continue implementing innovative technologies. Arkhangelsk Region Sevmashvtuz and the Severodvinsk Shipbuilding and Mechanical Engineering College (which trains specialists for the defense-industrial complex) are developing cooperation with St. Petersburg State Marine Technical University, adopting the experience of its scientific-educational cluster. The governor of Arkhangelsk Region, Alexander Tsybulsky, visited the production sites of the St. Petersburg university. Irkutsk Region A large-scale modernization of the machine tool fleet has been completed at the Irkutsk Heavy Machine Building Plant (which manufactures equipment for mining enterprises). As a result, the production of industrial equipment has increased 1.6 times. Developing in-house competencies in machine building and import substitution are priorities of the region's industrial policy, shared Governor Igor Kobzev. 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President Vladimir Putin has approved a list of instructions following the State Council meeting on personnel training for the economy. Among them is conducting a comprehensive analysis of the additional vocational education system to assess its alignment with the tasks of ensuring Russia's technological leadership, shared Kaluga Region Governor and State Council Commission Chairman Vladislav Shapsha.
The government has decided to scale up the experience of regions in implementing AI. Deputy Prime Minister Dmitry Grigorenko: "The regions already have successful experience and results in deploying the technology: today AI helps manage traffic flows, monitor law and order, safety, and cleanliness in cities. Despite the specific differences among RF regions, some tasks in regional governance are typical. Therefore, it is important for regions to exchange experiences."
The Russian Export Center presented the 2025 ranking of regional export support centers at the All-Russian conference "Made in Russia. Chosen Worldwide," held in Kazan. Among the leaders with the most effective export support systems for SMEs are regions of the Association of Innovative Regions of Russia (AIRR) - Bashkortostan, Tatarstan, and Novosibirsk Region.
Republic of Sakha (Yakutia) Head of Yakutia Aisen Nikolaev met with Deputy Chairman of the Russian Government Alexander Novak on State Council Commission "Energy" issues, chaired by the governor. The key issue was increasing labor productivity in the energy sector.
Tomsk Region Russian Minister of Science and Higher Education Valery Falkov discussed creating advanced drugs for tumor therapy at a research center in Tomsk Region - the Oncology Research Institute of Tomsk National Medical Research Center. Key topics included providing the site with infrastructure to implement a project for developing and producing biotechnological drugs, including mRNA vaccines.
Tomsk Region is creating a chemical cluster and developing competencies. Head of the Chemical Industry Department of the Ministry of Industry and Trade Arthur Smirnov visited the Siberian Chemical Combine, Siberian Titan, Engineering Chemical-Technological Center, Ilmenit, National Gas Company, and Tomsk State University. With region head Vladimir Mazur, they discussed developing the Russian Chemical Industry Development Strategy until 2035 (led by the region).
Physicists from Tomsk State University and the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences have developed an innovative material for food packaging. The new polypropylene film effectively suppresses the growth of pathogenic bacteria and fungi on its surface, destroying nearly 100% of microorganisms. There are no domestic analogs on the market yet.
Krasnoyarsk Krai Governor Mikhail Kotyukov held a State Council Commission meeting on technological leadership. The key topic was assessing the effectiveness of tax support measures for R&D sector organizations. This instruction was previously given by Prime Minister Mikhail Mishustin following a strategic session on the science development model.
Students at Reshetnev Siberian State University of Science and Technology in Krasnoyarsk have developed an innovative tool for automatic correction of space images. The development will improve the accuracy of satellite data in environmental monitoring, agriculture, forestry, and urban planning.
Republic of Tatarstan Young scientists from KNRTU-KAI have invented an innovative method for producing penographite — a next-generation carbon material that significantly increases the electrical conductivity of supercapacitor electrodes. This will enable compact and lightweight power sources for future technologies.
Nizhny Novgorod Region NSTU has patented a unique software suite for managing industrial robots. The program is aimed at production facilities requiring automation of gripping, moving, and positioning parts and products of various configurations. The development ensures independence from foreign software suppliers.
Perm Krai A heavy-class Proton-M launch vehicle with the Elektro-L No. 5 spacecraft lifted off from the Baikonur Cosmodrome. The first stage included six RD-276 engines manufactured in the PriKama region at Proton-PM JSC. It was these engines that lifted the 700-ton rocket off the ground and helped it overcome gravity, said Governor Dmitry Makhonin.
Vladimir Region Governor Alexander Avdeev discussed prospects for the development of Vladimir's Akron plant, which has joined ROSNANO Corporation, with the head of the state corporation Sergei Kulikov. The enterprise is Russia's largest producer of acrylic dispersions and plans to modernize and continue implementing innovative technologies.
Arkhangelsk Region Sevmashvtuz and the Severodvinsk Shipbuilding and Mechanical Engineering College (which trains specialists for the defense-industrial complex) are developing cooperation with St. Petersburg State Marine Technical University, adopting the experience of its scientific-educational cluster. The governor of Arkhangelsk Region, Alexander Tsybulsky, visited the production sites of the St. Petersburg university.
Irkutsk Region A large-scale modernization of the machine tool fleet has been completed at the Irkutsk Heavy Machine Building Plant (which manufactures equipment for mining enterprises). As a result, the production of industrial equipment has increased 1.6 times. Developing in-house competencies in machine building and import substitution are priorities of the region's industrial policy, shared Governor Igor Kobzev.
Photo by https://ru.freepik.com
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It will include modern laboratories, classrooms, a technopark, sports facilities, office and production spaces for two Arkhangelsk universities: the Northern (Arctic) Federal University named after M.V. Lomonosov and the Northern State Medical University. Vice-Rector for Scientific and Innovation Work at the medical university, Professor Svetlana Malyavskaya, highlighted the significant prospects that the future campus will bring, as the science city will serve as an experimental platform giving a new impetus to the development of artificial intelligence technologies in medicine. This direction is already actively advancing at the university. As early as February, a conference on the application of AI in medico-biological research will take place with the participation of Russian scientists from Moscow, St. Petersburg, Novosibirsk, and other cities. "For us, this is the first event of this format. Artificial intelligence is a system for extracting knowledge from a vast amount of existing information. In medicine, the technology has been used for quite some time, but the human body is a complex structure that's hard to comprehend. From a huge volume of aggregated data, doctors, with the help of AI, draw practical conclusions that maximize benefits in treatment, diagnostics, prognoses, development prospects, and prevention. AI enables decision-making that leads to the best possible outcomes," commented Svetlana Malyavskaya. We remind you that the Arctic Star Campus is being built as part of the national project "Youth and Children." The total area of the science city's facilities will be around 125,000 square meters. The building complex will be divided into two zones: a scientific-educational one with a multifunctional center, buildings, a physical education complex, and a conference center; and a hotel zone for accommodating students and faculty. Photo: Arctic Star Campus project [~DETAIL_TEXT] => Arctic Star Campus in Arkhangelsk to Focus on Developing AI Solutions for Medicine The interuniversity Arctic Star Campus, under construction in the Arkhangelsk Region (an AIRR region), is set to become a multifunctional and innovative educational environment. It will include modern laboratories, classrooms, a technopark, sports facilities, office and production spaces for two Arkhangelsk universities: the Northern (Arctic) Federal University named after M.V. Lomonosov and the Northern State Medical University. Vice-Rector for Scientific and Innovation Work at the medical university, Professor Svetlana Malyavskaya, highlighted the significant prospects that the future campus will bring, as the science city will serve as an experimental platform giving a new impetus to the development of artificial intelligence technologies in medicine. This direction is already actively advancing at the university. As early as February, a conference on the application of AI in medico-biological research will take place with the participation of Russian scientists from Moscow, St. Petersburg, Novosibirsk, and other cities. "For us, this is the first event of this format. Artificial intelligence is a system for extracting knowledge from a vast amount of existing information. In medicine, the technology has been used for quite some time, but the human body is a complex structure that's hard to comprehend. From a huge volume of aggregated data, doctors, with the help of AI, draw practical conclusions that maximize benefits in treatment, diagnostics, prognoses, development prospects, and prevention. AI enables decision-making that leads to the best possible outcomes," commented Svetlana Malyavskaya. We remind you that the Arctic Star Campus is being built as part of the national project "Youth and Children." The total area of the science city's facilities will be around 125,000 square meters. The building complex will be divided into two zones: a scientific-educational one with a multifunctional center, buildings, a physical education complex, and a conference center; and a hotel zone for accommodating students and faculty. 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Array ( [DETAIL_PICTURE] => Array ( [ID] => 11848 [TIMESTAMP_X] => 06.02.2026 13:10:15 [MODULE_ID] => iblock [HEIGHT] => 466 [WIDTH] => 700 [FILE_SIZE] => 252694 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/0a2/cqe8iasti5uuw1x52lo30x2604v2trer [FILE_NAME] => DSC01209_1_.jpg [ORIGINAL_NAME] => DSC01209_1_.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 0947af5d938493951c2c5af9bff3a7f7 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/0a2/cqe8iasti5uuw1x52lo30x2604v2trer/DSC01209_1_.jpg [UNSAFE_SRC] => /upload/iblock/0a2/cqe8iasti5uuw1x52lo30x2604v2trer/DSC01209_1_.jpg [SAFE_SRC] => /upload/iblock/0a2/cqe8iasti5uuw1x52lo30x2604v2trer/DSC01209_1_.jpg [ALT] => Innovations in AIRR Regions: Digest, February 6 [TITLE] => Innovations in AIRR Regions: Digest, February 6 ) [~DETAIL_PICTURE] => 11848 [ID] => 6600 [~ID] => 6600 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => Innovations in AIRR Regions: Digest, February 6 [~NAME] => Innovations in AIRR Regions: Digest, February 6 [ACTIVE_FROM_X] => 2026-02-06 00:00:00 [~ACTIVE_FROM_X] => 2026-02-06 00:00:00 [ACTIVE_FROM] => 06.02.2026 [~ACTIVE_FROM] => 06.02.2026 [TIMESTAMP_X] => 06.02.2026 13:10:15 [~TIMESTAMP_X] => 06.02.2026 13:10:15 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/innovations-in-airr-regions-digest-february-6 [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/innovations-in-airr-regions-digest-february-6 [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => We analyze key events in the field of innovation, economic and scientific development in the regions of the Association. Nizhny Novgorod, Novosibirsk, and Tyumen Regions Heads of AIRR regions discussed the creation of world-class campuses and advanced schools at a Russian Government meeting chaired by Dmitry Chernyshenko. This year, facilities in Novosibirsk, Tyumen, and Nizhny Novgorod are planned to be fully completed. Governor Gleb Nikitin reported on the construction of the Neymark Campus in Nizhny Novgorod, while Governor Andrey Travnikov spoke about the Novosibirsk State University campus: a research center and educational-research center of the NSU Institute of Medicine and Psychology. "There are no doubts during the construction and installation works: everything will be completed on time." Tyumen Region At Tyumen State University, they hosted the heads of the Ministry of Economic Development, Maxim Reshetnikov, and the Ministry of Education and Science, Valery Falkov. Together with Governor Alexander Moor, they toured the university's multi-format classrooms, the unified dispatch center, and a model of the interuniversity campus. Arkhangelsk Region Governor Alexander Tsybulsky announced the opening of the region's first phygital center with support from the Russian Ministry of Sports. The Pomorye region is among 15 pilot regions. Modern sports facilities enable combined competitions blending esports and traditional sports—drone racing, sports programming, laser tag, and biathlons in basketball, soccer, and hockey. Supervising Vice-Premier Dmitry Chernyshenko reported that 38 more centers will open in 2026 (36 facilities were launched in 2025). The interuniversity Arctic Star Campus will become a multifunctional innovative educational environment. It will include laboratories, classrooms, a technopark, sports facilities, office and production spaces for the Northern (Arctic) Federal University named after M.V. Lomonosov and the Northern State Medical University. Krasnoyarsk Krai Krasnoyarsk Krai and the UAV Consortium (VEB.RF Group) signed agreements on unmanned autonomous systems, envisioning the introduction of advanced technologies in forestry, subsoil use, environmental monitoring, and logistics. The UAV Consortium will also support the creation of educational programs. Partners include the regional Ministry of Digital Development and the tech company "AVAKS-GeoService," a Skolkovo Foundation participant. Tomsk Region State Duma representatives from Tomsk Oblast proposed reducing the minimum loan volume for the cluster investment platform from 2 billion to 500 million rubles. The initiative aims to enhance the efficiency of state support measures, drawing on Russia's cluster project experience and Tomsk companies' needs. Experts in the region note that this platform is currently the only mechanism for attracting preferential financing for constructing, reconstructing, and repairing production facilities, as well as acquiring and leasing land plots. Scientists from Tomsk Polytechnic University, together with the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences, developed biomedical scaffolds with shape-memory effect at temperatures close to physiological. The material enables minimally invasive implant insertion and potentially improves integration with bone tissue. Thanks to 3D printing technology, they can be used as "self-installing" implants for replacing extensive bone defects. KhMAO Preparations are underway for the IX International Youth Scientific-Practical Forum "Oil Capital," to be held in Khanty-Mansiysk on April 8-9, shared Governor Ruslan Kukharuk. The event, involving leading oil and gas companies, targets young specialists. Key topics include boosting oil extraction efficiency, introducing innovative technologies, Arctic zone development, and training qualified personnel. Republic of Mordovia In the Artificial Intelligence Laboratory at Ogarev Mordovia State University, researchers developed an AI consultant for working with regulations and normative documentation. Unlike common chat solutions, it is positioned as an engineering tool integrated into real organizational processes. Responses are generated solely from verified internal data, minimizing errors and "hallucinations." The current MVP demonstrates potential for accelerating information searches and reducing support service workloads. Irkutsk Region The Baikal BAS Scientific-Production Center approved its first two residents: LLC "Digital Laboratory" and the "Starting Point" production cooperative. They will implement projects in education and new aviation technologies. Residents will receive tax, property, and financial incentives. Perm Krai Scientists at Perm Polytechnic developed the world's first compressor that compresses gases without heating, with 98% efficiency. This will reduce energy consumption fivefold. Compressors are used, for example, in refrigerators and air conditioners, car and aircraft engines, ventilation systems, and gas supply. Researchers are now working on an external combustion engine based on the new gas compression principle. [~DETAIL_TEXT] => We analyze key events in the field of innovation, economic and scientific development in the regions of the Association. Nizhny Novgorod, Novosibirsk, and Tyumen Regions Heads of AIRR regions discussed the creation of world-class campuses and advanced schools at a Russian Government meeting chaired by Dmitry Chernyshenko. This year, facilities in Novosibirsk, Tyumen, and Nizhny Novgorod are planned to be fully completed. Governor Gleb Nikitin reported on the construction of the Neymark Campus in Nizhny Novgorod, while Governor Andrey Travnikov spoke about the Novosibirsk State University campus: a research center and educational-research center of the NSU Institute of Medicine and Psychology. "There are no doubts during the construction and installation works: everything will be completed on time." Tyumen Region At Tyumen State University, they hosted the heads of the Ministry of Economic Development, Maxim Reshetnikov, and the Ministry of Education and Science, Valery Falkov. Together with Governor Alexander Moor, they toured the university's multi-format classrooms, the unified dispatch center, and a model of the interuniversity campus. Arkhangelsk Region Governor Alexander Tsybulsky announced the opening of the region's first phygital center with support from the Russian Ministry of Sports. The Pomorye region is among 15 pilot regions. Modern sports facilities enable combined competitions blending esports and traditional sports—drone racing, sports programming, laser tag, and biathlons in basketball, soccer, and hockey. Supervising Vice-Premier Dmitry Chernyshenko reported that 38 more centers will open in 2026 (36 facilities were launched in 2025). The interuniversity Arctic Star Campus will become a multifunctional innovative educational environment. It will include laboratories, classrooms, a technopark, sports facilities, office and production spaces for the Northern (Arctic) Federal University named after M.V. Lomonosov and the Northern State Medical University. Krasnoyarsk Krai Krasnoyarsk Krai and the UAV Consortium (VEB.RF Group) signed agreements on unmanned autonomous systems, envisioning the introduction of advanced technologies in forestry, subsoil use, environmental monitoring, and logistics. The UAV Consortium will also support the creation of educational programs. Partners include the regional Ministry of Digital Development and the tech company "AVAKS-GeoService," a Skolkovo Foundation participant. Tomsk Region State Duma representatives from Tomsk Oblast proposed reducing the minimum loan volume for the cluster investment platform from 2 billion to 500 million rubles. The initiative aims to enhance the efficiency of state support measures, drawing on Russia's cluster project experience and Tomsk companies' needs. Experts in the region note that this platform is currently the only mechanism for attracting preferential financing for constructing, reconstructing, and repairing production facilities, as well as acquiring and leasing land plots. Scientists from Tomsk Polytechnic University, together with the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences, developed biomedical scaffolds with shape-memory effect at temperatures close to physiological. The material enables minimally invasive implant insertion and potentially improves integration with bone tissue. Thanks to 3D printing technology, they can be used as "self-installing" implants for replacing extensive bone defects. KhMAO Preparations are underway for the IX International Youth Scientific-Practical Forum "Oil Capital," to be held in Khanty-Mansiysk on April 8-9, shared Governor Ruslan Kukharuk. The event, involving leading oil and gas companies, targets young specialists. Key topics include boosting oil extraction efficiency, introducing innovative technologies, Arctic zone development, and training qualified personnel. Republic of Mordovia In the Artificial Intelligence Laboratory at Ogarev Mordovia State University, researchers developed an AI consultant for working with regulations and normative documentation. Unlike common chat solutions, it is positioned as an engineering tool integrated into real organizational processes. Responses are generated solely from verified internal data, minimizing errors and "hallucinations." The current MVP demonstrates potential for accelerating information searches and reducing support service workloads. Irkutsk Region The Baikal BAS Scientific-Production Center approved its first two residents: LLC "Digital Laboratory" and the "Starting Point" production cooperative. They will implement projects in education and new aviation technologies. Residents will receive tax, property, and financial incentives. Perm Krai Scientists at Perm Polytechnic developed the world's first compressor that compresses gases without heating, with 98% efficiency. This will reduce energy consumption fivefold. Compressors are used, for example, in refrigerators and air conditioners, car and aircraft engines, ventilation systems, and gas supply. Researchers are now working on an external combustion engine based on the new gas compression principle. 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Array ( [DETAIL_PICTURE] => Array ( [ID] => 11840 [TIMESTAMP_X] => 04.02.2026 14:42:56 [MODULE_ID] => iblock [HEIGHT] => 466 [WIDTH] => 700 [FILE_SIZE] => 374603 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/a3b/aduz6cswrly9zvu8l4ceu1683np3ujb0 [FILE_NAME] => YPkuWII7upo9xPwLUWEwP4NgW5sMyQFIo7ifT5UR7ARn8mJzw5TU_8wWUIM220JJPmjrJeFtT5CRB6EyVdSW2FG7.jpg [ORIGINAL_NAME] => YPkuWII7upo9xPwLUWEwP4NgW5sMyQFIo7ifT5UR7ARn8mJzw5TU_8wWUIM220JJPmjrJeFtT5CRB6EyVdSW2FG7.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 83e556a4a71c57677fae29a9ba561046 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/a3b/aduz6cswrly9zvu8l4ceu1683np3ujb0/YPkuWII7upo9xPwLUWEwP4NgW5sMyQFIo7ifT5UR7ARn8mJzw5TU_8wWUIM220JJPmjrJeFtT5CRB6EyVdSW2FG7.jpg [UNSAFE_SRC] => /upload/iblock/a3b/aduz6cswrly9zvu8l4ceu1683np3ujb0/YPkuWII7upo9xPwLUWEwP4NgW5sMyQFIo7ifT5UR7ARn8mJzw5TU_8wWUIM220JJPmjrJeFtT5CRB6EyVdSW2FG7.jpg [SAFE_SRC] => /upload/iblock/a3b/aduz6cswrly9zvu8l4ceu1683np3ujb0/YPkuWII7upo9xPwLUWEwP4NgW5sMyQFIo7ifT5UR7ARn8mJzw5TU_8wWUIM220JJPmjrJeFtT5CRB6EyVdSW2FG7.jpg [ALT] => Russian Artificial Intelligence Conference AI PULSE 2026 Held in Perm Krai [TITLE] => Russian Artificial Intelligence Conference AI PULSE 2026 Held in Perm Krai ) [~DETAIL_PICTURE] => 11840 [ID] => 6596 [~ID] => 6596 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => Russian Artificial Intelligence Conference AI PULSE 2026 Held in Perm Krai [~NAME] => Russian Artificial Intelligence Conference AI PULSE 2026 Held in Perm Krai [ACTIVE_FROM_X] => 2026-02-02 00:00:00 [~ACTIVE_FROM_X] => 2026-02-02 00:00:00 [ACTIVE_FROM] => 02.02.2026 [~ACTIVE_FROM] => 02.02.2026 [TIMESTAMP_X] => 04.02.2026 14:42:56 [~TIMESTAMP_X] => 04.02.2026 14:42:56 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/russian-artificial-intelligence-conference-ai-pulse-2026-held-in-perm-krai [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/russian-artificial-intelligence-conference-ai-pulse-2026-held-in-perm-krai [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => AI Pulse is an event where the heart of the AI industry beats, stated the organizers of the event, which aims to unite everyone setting the rhythm of artificial intelligence development—from visionary developers to top managers of large businesses and startups—where you can feel the current pulse of the market and see its future. The venue was the Perm-based Morion Digital Technopark (Perm Kray is AIRR member). Over 300 representatives of Russian business, vendors, startups, and AI specialists gathered there. According to Anna Korotkina, Deputy Minister of Information Development and Communications of the region, organizing such a conference aligns with the modern vector of technological development, when AI becomes a practical tool—from 2020 to 2024, AI usage at industrial enterprises grew by 42%. "The region has numerous successful AI application cases in business and industry. Dozens of companies are creating unique products, such as defect detection systems from Synetra, robotics (Promobot and Robotech), and intelligent analytics systems," said the conference organizer and AI HUB leader at Morion Digital, Ilya Rastorguev. The business program was built around key themes—AI trends, hybrid automation, and implementation of intelligent solutions. Representatives from companies like Ozon, Selectel, AllSee, Первый Бит, Telegram, and others shared their experiences. The conference site also featured an exposition of domestic AI solutions, practical workshops, a job zone for specialists, and a separate exhibition area for startups where teams could discuss pilot implementation opportunities. "Today, artificial intelligence is turning into a universal tool for the economy, social sphere, and public administration. Perm Krai is already actively implementing AI in business processes, at industrial enterprises, and in the public administration system. The Government of Perm Krai has created and successfully operates a unified analytical infrastructure for working with big data and AI tools. It covers the entire cycle—from data collection and storage to processing and practical application for management decisions," emphasized Anna Korotkina. Director of Morion Digital technopark, Oscar Yagafarov, noted the importance of developing the professional community. "For Morion Digital, this event is particularly important as it demonstrates how communities gathering in the technopark evolve from small meetings and meetups to national-scale events. We've already seen similar growth in entrepreneurial and creative communities, and now AI Hub is following this path in search of new projects, ideas, and collaborations, accelerating AI innovations," stressed Oscar Yagafarov. Photos: Morion Digital Technopark [~DETAIL_TEXT] => AI Pulse is an event where the heart of the AI industry beats, stated the organizers of the event, which aims to unite everyone setting the rhythm of artificial intelligence development—from visionary developers to top managers of large businesses and startups—where you can feel the current pulse of the market and see its future. The venue was the Perm-based Morion Digital Technopark (Perm Kray is AIRR member). Over 300 representatives of Russian business, vendors, startups, and AI specialists gathered there. According to Anna Korotkina, Deputy Minister of Information Development and Communications of the region, organizing such a conference aligns with the modern vector of technological development, when AI becomes a practical tool—from 2020 to 2024, AI usage at industrial enterprises grew by 42%. "The region has numerous successful AI application cases in business and industry. Dozens of companies are creating unique products, such as defect detection systems from Synetra, robotics (Promobot and Robotech), and intelligent analytics systems," said the conference organizer and AI HUB leader at Morion Digital, Ilya Rastorguev. The business program was built around key themes—AI trends, hybrid automation, and implementation of intelligent solutions. Representatives from companies like Ozon, Selectel, AllSee, Первый Бит, Telegram, and others shared their experiences. The conference site also featured an exposition of domestic AI solutions, practical workshops, a job zone for specialists, and a separate exhibition area for startups where teams could discuss pilot implementation opportunities. "Today, artificial intelligence is turning into a universal tool for the economy, social sphere, and public administration. Perm Krai is already actively implementing AI in business processes, at industrial enterprises, and in the public administration system. The Government of Perm Krai has created and successfully operates a unified analytical infrastructure for working with big data and AI tools. It covers the entire cycle—from data collection and storage to processing and practical application for management decisions," emphasized Anna Korotkina. Director of Morion Digital technopark, Oscar Yagafarov, noted the importance of developing the professional community. "For Morion Digital, this event is particularly important as it demonstrates how communities gathering in the technopark evolve from small meetings and meetups to national-scale events. We've already seen similar growth in entrepreneurial and creative communities, and now AI Hub is following this path in search of new projects, ideas, and collaborations, accelerating AI innovations," stressed Oscar Yagafarov. 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AI Pulse is an event where the heart of the AI industry beats, stated the organizers of the event, which aims to unite everyone setting the rhythm of artificial intelligence development—from visionary developers to top managers of large businesses and startups—where you can feel the current pulse of the market and see its future. The venue was the Perm-based Morion Digital Technopark (Perm Kray is AIRR member). Over 300 representatives of Russian business, vendors, startups, and AI specialists gathered there. According to Anna Korotkina, Deputy Minister of Information Development and Communications of the region, organizing such a conference aligns with the modern vector of technological development, when AI becomes a practical tool—from 2020 to 2024, AI usage at industrial enterprises grew by 42%. "The region has numerous successful AI application cases in business and industry. Dozens of companies are creating unique products, such as defect detection systems from Synetra, robotics (Promobot and Robotech), and intelligent analytics systems," said the conference organizer and AI HUB leader at Morion Digital, Ilya Rastorguev. The business program was built around key themes—AI trends, hybrid automation, and implementation of intelligent solutions. Representatives from companies like Ozon, Selectel, AllSee, Первый Бит, Telegram, and others shared their experiences. The conference site also featured an exposition of domestic AI solutions, practical workshops, a job zone for specialists, and a separate exhibition area for startups where teams could discuss pilot implementation opportunities. "Today, artificial intelligence is turning into a universal tool for the economy, social sphere, and public administration. Perm Krai is already actively implementing AI in business processes, at industrial enterprises, and in the public administration system. The Government of Perm Krai has created and successfully operates a unified analytical infrastructure for working with big data and AI tools. It covers the entire cycle—from data collection and storage to processing and practical application for management decisions," emphasized Anna Korotkina. Director of Morion Digital technopark, Oscar Yagafarov, noted the importance of developing the professional community. "For Morion Digital, this event is particularly important as it demonstrates how communities gathering in the technopark evolve from small meetings and meetups to national-scale events. We've already seen similar growth in entrepreneurial and creative communities, and now AI Hub is following this path in search of new projects, ideas, and collaborations, accelerating AI innovations," stressed Oscar Yagafarov. Photos: Morion Digital Technopark
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Republic of Tatarstan Heads of the Ministry of Economic Development Maxim Reshetnikov and the Ministry of Industry and Trade Anton Alikhanov visited the production workshops of the S.P. Gorbunov Kazan Aviation Plant—one of the key enterprises for creating the Tu-214 aircraft—and held a coordination headquarters meeting on improving labor productivity. According to Rustam Minnikhanov, Rais of the Republic of Tatarstan, thanks to the relevant national project, enterprises participating since 2019 have achieved an average economic effect of 20 million rubles, with the total effect exceeding 5 billion rubles. Krasnoyarsk Krai Governor Mikhail Kotyukov presented proposals on technological leadership at a strategic session chaired by Chairman of the Russian Government Mikhail Mishustin. Nizhny Novgorod Region Deputy Minister of Enlightenment of the Russian Federation Vladimir Zhelonkin assessed the progress of work at the federal technopark for vocational education in Nizhny Novgorod Oblast. Governor Gleb Nikitin said that a powerful educational ecosystem is being created here to meet the needs of the country's economy. The technopark will become a driver for the entire vocational education system, enabling teachers to quickly master the most advanced technologies and pass this knowledge on to students. Republic of Tatarstan and Novosibirsk Region ANO "Digital Economy" presented the 2025 Digital Economy Universities Ranking, which evaluates the scale of IT specialist training and takes into account the opinions of digital economy companies about these universities. Among the leaders in the regional universities group are Kazan (Volga Region) Federal University, A.N. Tupolev Kazan National Research Technical University , and Novosibirsk National Research State University. Nizhny Novgorod Region Scientists from Nizhny Novgorod State University of Architecture and Civil Engineering have created a digital complex for automating the design, analysis, and operation of modern telecommunications facilities. The development improves the accuracy and speed of calculations, reduces design time and the risk of human error. The system generates detailed reports with export options to common formats. Perm Krai At Perm National Research Polytechnic University in collaboration with Perm State Agrarian and Technological University , a new method has been developed for restoring historic wooden buildings using composite materials. The created engineering tool performs calculations and models specific elements of architectural monuments that need to be reinforced with carbon fiber. Restoring cultural heritage sites presents a particularly complex engineering challenge. Novgorod Region Scientists from Yaroslav-the-Wise Novgorod State University have developed Russia's first comprehensive model of a digital platform for the regional agro-industrial complex (AIC), which also allows assessing the real economic, technical, and social effects of digitalization in agriculture. Using the service, a farmer can monitor field conditions, use a digital exchange for sales, receive state support, and get agronomist consultations. Implementing such technologies can reduce product cost by up to 30%. Vladimir Region Governor Alexander Avdeev participated in developing the concept for the accelerated development of a new standalone territory in Vladimir Oblast—the town of Pokrov as an innovation center. According to him, the town has potential to follow the path of innopolises and science cities. Irkutsk Region Governor Igor Kobzev launched the first interregional "UAS on Baikal" competition. It will be one of the key events in implementing the concept for developing unmanned aerial systems (UAS) in education. This is an opportunity for talented schoolchildren to showcase themselves in sports-technical activities, exchange experiences, and develop drone operation skills. Tomsk Region The head of the region, Vladimir Mazur, spoke about the development of sublimation production at the Siberian Chemical Combine—this is an important foundation for fueling operating and under-construction nuclear power plants, the sustainable operation of the combine, the life of Seversk, and addressing the tasks of the "New Atomic and Energy Technologies" national project. Novosibirsk Region Scientists from Novosibirsk State Technical University have created a software-hardware complex that allows controlling a robotic arm using recognition of a specific user's brain reactions. The main advantage is that the system adapts to each user's individual neurophysiological characteristics. The innovation will find application in assisting people with health limitations. Photo by https://ru.freepik.com [~DETAIL_TEXT] => We analyze key events in the field of innovation, economic and scientific development in the regions of the Association. Republic of Tatarstan Heads of the Ministry of Economic Development Maxim Reshetnikov and the Ministry of Industry and Trade Anton Alikhanov visited the production workshops of the S.P. Gorbunov Kazan Aviation Plant—one of the key enterprises for creating the Tu-214 aircraft—and held a coordination headquarters meeting on improving labor productivity. According to Rustam Minnikhanov, Rais of the Republic of Tatarstan, thanks to the relevant national project, enterprises participating since 2019 have achieved an average economic effect of 20 million rubles, with the total effect exceeding 5 billion rubles. Krasnoyarsk Krai Governor Mikhail Kotyukov presented proposals on technological leadership at a strategic session chaired by Chairman of the Russian Government Mikhail Mishustin. Nizhny Novgorod Region Deputy Minister of Enlightenment of the Russian Federation Vladimir Zhelonkin assessed the progress of work at the federal technopark for vocational education in Nizhny Novgorod Oblast. Governor Gleb Nikitin said that a powerful educational ecosystem is being created here to meet the needs of the country's economy. The technopark will become a driver for the entire vocational education system, enabling teachers to quickly master the most advanced technologies and pass this knowledge on to students. Republic of Tatarstan and Novosibirsk Region ANO "Digital Economy" presented the 2025 Digital Economy Universities Ranking, which evaluates the scale of IT specialist training and takes into account the opinions of digital economy companies about these universities. Among the leaders in the regional universities group are Kazan (Volga Region) Federal University, A.N. Tupolev Kazan National Research Technical University , and Novosibirsk National Research State University. Nizhny Novgorod Region Scientists from Nizhny Novgorod State University of Architecture and Civil Engineering have created a digital complex for automating the design, analysis, and operation of modern telecommunications facilities. The development improves the accuracy and speed of calculations, reduces design time and the risk of human error. The system generates detailed reports with export options to common formats. Perm Krai At Perm National Research Polytechnic University in collaboration with Perm State Agrarian and Technological University , a new method has been developed for restoring historic wooden buildings using composite materials. The created engineering tool performs calculations and models specific elements of architectural monuments that need to be reinforced with carbon fiber. Restoring cultural heritage sites presents a particularly complex engineering challenge. Novgorod Region Scientists from Yaroslav-the-Wise Novgorod State University have developed Russia's first comprehensive model of a digital platform for the regional agro-industrial complex (AIC), which also allows assessing the real economic, technical, and social effects of digitalization in agriculture. Using the service, a farmer can monitor field conditions, use a digital exchange for sales, receive state support, and get agronomist consultations. Implementing such technologies can reduce product cost by up to 30%. Vladimir Region Governor Alexander Avdeev participated in developing the concept for the accelerated development of a new standalone territory in Vladimir Oblast—the town of Pokrov as an innovation center. According to him, the town has potential to follow the path of innopolises and science cities. Irkutsk Region Governor Igor Kobzev launched the first interregional "UAS on Baikal" competition. It will be one of the key events in implementing the concept for developing unmanned aerial systems (UAS) in education. This is an opportunity for talented schoolchildren to showcase themselves in sports-technical activities, exchange experiences, and develop drone operation skills. Tomsk Region The head of the region, Vladimir Mazur, spoke about the development of sublimation production at the Siberian Chemical Combine—this is an important foundation for fueling operating and under-construction nuclear power plants, the sustainable operation of the combine, the life of Seversk, and addressing the tasks of the "New Atomic and Energy Technologies" national project. Novosibirsk Region Scientists from Novosibirsk State Technical University have created a software-hardware complex that allows controlling a robotic arm using recognition of a specific user's brain reactions. The main advantage is that the system adapts to each user's individual neurophysiological characteristics. The innovation will find application in assisting people with health limitations. 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We analyze key events in the field of innovation, economic and scientific development in the regions of the Association. Republic of Tatarstan Heads of the Ministry of Economic Development Maxim Reshetnikov and the Ministry of Industry and Trade Anton Alikhanov visited the production workshops of the S.P. Gorbunov Kazan Aviation Plant—one of the key enterprises for creating the Tu-214 aircraft—and held a coordination headquarters meeting on improving labor productivity. According to Rustam Minnikhanov, Rais of the Republic of Tatarstan, thanks to the relevant national project, enterprises participating since 2019 have achieved an average economic effect of 20 million rubles, with the total effect exceeding 5 billion rubles. Krasnoyarsk Krai Governor Mikhail Kotyukov presented proposals on technological leadership at a strategic session chaired by Chairman of the Russian Government Mikhail Mishustin. Nizhny Novgorod Region Deputy Minister of Enlightenment of the Russian Federation Vladimir Zhelonkin assessed the progress of work at the federal technopark for vocational education in Nizhny Novgorod Oblast. Governor Gleb Nikitin said that a powerful educational ecosystem is being created here to meet the needs of the country's economy. The technopark will become a driver for the entire vocational education system, enabling teachers to quickly master the most advanced technologies and pass this knowledge on to students. Republic of Tatarstan and Novosibirsk Region ANO "Digital Economy" presented the 2025 Digital Economy Universities Ranking, which evaluates the scale of IT specialist training and takes into account the opinions of digital economy companies about these universities. Among the leaders in the regional universities group are Kazan (Volga Region) Federal University, A.N. Tupolev Kazan National Research Technical University , and Novosibirsk National Research State University. Nizhny Novgorod Region Scientists from Nizhny Novgorod State University of Architecture and Civil Engineering have created a digital complex for automating the design, analysis, and operation of modern telecommunications facilities. The development improves the accuracy and speed of calculations, reduces design time and the risk of human error. The system generates detailed reports with export options to common formats. Perm Krai At Perm National Research Polytechnic University in collaboration with Perm State Agrarian and Technological University , a new method has been developed for restoring historic wooden buildings using composite materials. The created engineering tool performs calculations and models specific elements of architectural monuments that need to be reinforced with carbon fiber. Restoring cultural heritage sites presents a particularly complex engineering challenge. Novgorod Region Scientists from Yaroslav-the-Wise Novgorod State University have developed Russia's first comprehensive model of a digital platform for the regional agro-industrial complex (AIC), which also allows assessing the real economic, technical, and social effects of digitalization in agriculture. Using the service, a farmer can monitor field conditions, use a digital exchange for sales, receive state support, and get agronomist consultations. Implementing such technologies can reduce product cost by up to 30%. Vladimir Region Governor Alexander Avdeev participated in developing the concept for the accelerated development of a new standalone territory in Vladimir Oblast—the town of Pokrov as an innovation center. According to him, the town has potential to follow the path of innopolises and science cities. Irkutsk Region Governor Igor Kobzev launched the first interregional "UAS on Baikal" competition. It will be one of the key events in implementing the concept for developing unmanned aerial systems (UAS) in education. This is an opportunity for talented schoolchildren to showcase themselves in sports-technical activities, exchange experiences, and develop drone operation skills. Tomsk Region The head of the region, Vladimir Mazur, spoke about the development of sublimation production at the Siberian Chemical Combine—this is an important foundation for fueling operating and under-construction nuclear power plants, the sustainable operation of the combine, the life of Seversk, and addressing the tasks of the "New Atomic and Energy Technologies" national project. Novosibirsk Region Scientists from Novosibirsk State Technical University have created a software-hardware complex that allows controlling a robotic arm using recognition of a specific user's brain reactions. The main advantage is that the system adapts to each user's individual neurophysiological characteristics. The innovation will find application in assisting people with health limitations. Photo by https://ru.freepik.com
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Irkutsk Region Governor Igor Kobzev met with Valery Falkov, Minister of Science and Higher Education of Russia, to discuss the creation of an interuniversity campus, expansion of the region’s participation in the federal program Priority 2030, and measures to ensure local enterprises are supplied with qualified specialists. According to the governor, Irkutsk Region will participate in the Ministry’s new selection of 30 advanced engineering schools. Kaluga Region Rospatent included a development by a Kaluga enterprise among the top 10 breakthrough innovations of 2025. Scientists from the A.G. Romashin Research and Production Center “Tekhnologiya” of Rostec State Corporation patented an innovative method for producing ultra-strong ceramic molds used in aluminum alloy metallurgy. The research addresses urgent needs in the industry, where asbestos-containing refractory materials (known for their carcinogenic properties) are being replaced with environmentally friendly alternatives. The Kaluga invention will simplify and accelerate the production of high-strength ceramic tooling required for metal casting. Governor Vladislav Shapsha reported that the State Council Commission on Human Resources, which he chairs, is fulfilling a Presidential directive. At its first extended meeting of the year, the commission discussed issues such as creating digital career portfolios for students, forming a national ranking system for universities and technical colleges, building on the experience of the National Technological Olympiad, and scaling the youth career center model. The governor promised to submit the updated action plan to the President by the end of the month. Novosibirsk Region Governor Andrey Travnikov met with representatives of the IT community and agreed to establish a professional IT association. He emphasized that it will strengthen collaboration among individual developers, commercial companies, and educational institutions, while elevating the dialogue between the industry and authorities. The region ranks sixth in Russia for software industry development and is among the top ten in implementing the national project Data Economy. The IT sector’s share of the gross regional product has already reached 4%. Nizhny Novgorod Region A team at Nizhny Novgorod State Technical University developed a new testing complex for driver-assistance systems. The centerpiece of the complex is a device that controls a mannequin capable of precisely imitating human movement while crossing a road. This allows AI systems and smart cameras to detect the artificial pedestrian as human and perform proper maneuvers to avoid collisions. Another advantage is the mannequin’s high impact resistance, allowing repeated use even in high-speed tests. Tomsk Region Scientists from Tomsk State University and the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences developed a method to increase the stiffness of metamaterials for bone implants by 20%. The research is supported by TSU’s Development Program under the federal Priority 2030 initiative — a significant complement to earlier advances by their colleagues in Samara. Perm Territory Researchers from Perm National Research Polytechnic University (PNRPU) and Volga State Agrarian University developed a robot for diagnosing and repairing pipes of various diameters — both in residential and industrial settings. The robot automatically adjusts to pipe diameters from 500 to 1400 mm, can navigate sharp 90-degree turns, and traverse vertical sections. The prototype has successfully passed preliminary testing. Perm engineers also created an intelligent voltage control system for DC power sources. It eliminates voltage fluctuations common in renewable and autonomous systems such as solar panels, batteries, and hybrid networks. The system’s main feature is the use of an adaptive neural network within an existing converter, improving voltage stabilization accuracy, increasing response speed by 58%, and reducing computational load more than twofold compared to conventional solutions. Krasnoyarsk Territory Governor Mikhail Kotyukov met with Sberbank Chairman Herman Gref to discuss several high-tech initiatives in the region, including a high-tech industrial park, a School 21 campus, and the introduction of digital healthcare technologies in regional hospitals and clinics, as well as the Safe and Smart City program. In a separate meeting with VEB.RF Chairman Igor Shuvalov, the sides discussed large investment projects in the forestry, mining, metallurgy, and power engineering sectors. Republic of Bashkortostan Head of the Republic Radiy Khabirov announced that, thanks to cooperation with the Federal Forestry Agency, 100% of the republic’s forest areas (5.7 million hectares) are now covered by satellite monitoring. Seven years ago, the coverage was only 6%. The satellite system helps prevent illegal logging and lease violations. Last year alone, it identified 71 cases of forestry law violations. Tyumen Region Governor Alexander Moor held talks with Consul General of China Luo Shixiong on strengthening economic cooperation, developing interuniversity programs and academic exchanges, and involving Chinese companies in the Tyumen Industrial and Energy Forum (TNF). [~DETAIL_TEXT] => We analyze key events in the field of innovation, economic and scientific development in the regions of the Association. Irkutsk Region Governor Igor Kobzev met with Valery Falkov, Minister of Science and Higher Education of Russia, to discuss the creation of an interuniversity campus, expansion of the region’s participation in the federal program Priority 2030, and measures to ensure local enterprises are supplied with qualified specialists. According to the governor, Irkutsk Region will participate in the Ministry’s new selection of 30 advanced engineering schools. Kaluga Region Rospatent included a development by a Kaluga enterprise among the top 10 breakthrough innovations of 2025. Scientists from the A.G. Romashin Research and Production Center “Tekhnologiya” of Rostec State Corporation patented an innovative method for producing ultra-strong ceramic molds used in aluminum alloy metallurgy. The research addresses urgent needs in the industry, where asbestos-containing refractory materials (known for their carcinogenic properties) are being replaced with environmentally friendly alternatives. The Kaluga invention will simplify and accelerate the production of high-strength ceramic tooling required for metal casting. Governor Vladislav Shapsha reported that the State Council Commission on Human Resources, which he chairs, is fulfilling a Presidential directive. At its first extended meeting of the year, the commission discussed issues such as creating digital career portfolios for students, forming a national ranking system for universities and technical colleges, building on the experience of the National Technological Olympiad, and scaling the youth career center model. The governor promised to submit the updated action plan to the President by the end of the month. Novosibirsk Region Governor Andrey Travnikov met with representatives of the IT community and agreed to establish a professional IT association. He emphasized that it will strengthen collaboration among individual developers, commercial companies, and educational institutions, while elevating the dialogue between the industry and authorities. The region ranks sixth in Russia for software industry development and is among the top ten in implementing the national project Data Economy. The IT sector’s share of the gross regional product has already reached 4%. Nizhny Novgorod Region A team at Nizhny Novgorod State Technical University developed a new testing complex for driver-assistance systems. The centerpiece of the complex is a device that controls a mannequin capable of precisely imitating human movement while crossing a road. This allows AI systems and smart cameras to detect the artificial pedestrian as human and perform proper maneuvers to avoid collisions. Another advantage is the mannequin’s high impact resistance, allowing repeated use even in high-speed tests. Tomsk Region Scientists from Tomsk State University and the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences developed a method to increase the stiffness of metamaterials for bone implants by 20%. The research is supported by TSU’s Development Program under the federal Priority 2030 initiative — a significant complement to earlier advances by their colleagues in Samara. Perm Territory Researchers from Perm National Research Polytechnic University (PNRPU) and Volga State Agrarian University developed a robot for diagnosing and repairing pipes of various diameters — both in residential and industrial settings. The robot automatically adjusts to pipe diameters from 500 to 1400 mm, can navigate sharp 90-degree turns, and traverse vertical sections. The prototype has successfully passed preliminary testing. Perm engineers also created an intelligent voltage control system for DC power sources. It eliminates voltage fluctuations common in renewable and autonomous systems such as solar panels, batteries, and hybrid networks. The system’s main feature is the use of an adaptive neural network within an existing converter, improving voltage stabilization accuracy, increasing response speed by 58%, and reducing computational load more than twofold compared to conventional solutions. Krasnoyarsk Territory Governor Mikhail Kotyukov met with Sberbank Chairman Herman Gref to discuss several high-tech initiatives in the region, including a high-tech industrial park, a School 21 campus, and the introduction of digital healthcare technologies in regional hospitals and clinics, as well as the Safe and Smart City program. In a separate meeting with VEB.RF Chairman Igor Shuvalov, the sides discussed large investment projects in the forestry, mining, metallurgy, and power engineering sectors. Republic of Bashkortostan Head of the Republic Radiy Khabirov announced that, thanks to cooperation with the Federal Forestry Agency, 100% of the republic’s forest areas (5.7 million hectares) are now covered by satellite monitoring. Seven years ago, the coverage was only 6%. The satellite system helps prevent illegal logging and lease violations. Last year alone, it identified 71 cases of forestry law violations. Tyumen Region Governor Alexander Moor held talks with Consul General of China Luo Shixiong on strengthening economic cooperation, developing interuniversity programs and academic exchanges, and involving Chinese companies in the Tyumen Industrial and Energy Forum (TNF). 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Krasnoyarsk Krai Governor Mikhail Kotyukov held a working meeting with Russian Government Deputy Prime Minister Alexander Novak. The main focus was on developing the creative economy and measures to boost labor productivity in the region. Tomsk Region A team from Tomsk Polytechnic University (TPU, Tomsk) collaborated with colleagues from China to develop a new technology for creating copper composites reinforced with carbides. This enables the combination of high thermal and electrical conductivity with enhanced strength. As a result, industrial-scale production becomes feasible for electronic devices and heat dissipation systems. Scientists at the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences (SB RAS) achieved a breakthrough in materials science: silicon bronze—a key industrial alloy—is now twice as strong and wear-resistant. This paves the way for a new generation of reliable components in mechanical engineering, energy, and aerospace. Specialists from Tomsk Polytechnic also developed Russia's first chip for testing the quality of X-ray microtomographs. The device is universal: it works for both equipment calibration and testing new scanning algorithms and protocols. Novosibirsk Region The Institute of Mining SB RAS has patented an efficient, affordable, and safe method for drilling wells to degas coal seams. The technique simultaneously creates a cavity for methane extraction and loosens the well walls, reducing explosion risks and enhancing miner safety. Novgorod Region NovSU, in collaboration with Chinese colleagues, presented a prototype of a compact magneto-electric antenna for ultra-low-frequency communication. The device enables underwater communication over distances up to 100 meters—an important step toward effective communication systems for scuba divers, underwater vehicles, and robots. Samara Region Scientists at Togliatti State University (TSU, Togliatti) developed an innovative method to protect magnesium alloys with rare-earth elements. The approach boosts wear and corrosion resistance without significantly increasing production costs. The new technology reduces corrosion rates by 3–4 times and is suitable for harsh environments—from aviation to automotive manufacturing. A research team from Samara State Technical University made a revolutionary discovery in materials science by developing a method to produce ordered porous structures based on topological analysis of atomic lattices in natural crystals. The resulting materials are lightweight yet highly strong and elastic. This could lead to significant weight reductions in construction, as well as next-generation bone implants. Republic of Bashkortostan Specialists at Ufa University of Science and Technology created a new method for repairing damaged metal parts. Cracks in metal will be "healed" using short, high-power electrical pulses combined with mechanical loading. This reduces local stresses and improves the material structure in the defect area, ultimately extending part lifespan and avoiding costly repairs or replacements. [~DETAIL_TEXT] => We analyze key events in the field of innovation, economic and scientific development in the regions of the Association. Krasnoyarsk Krai Governor Mikhail Kotyukov held a working meeting with Russian Government Deputy Prime Minister Alexander Novak. The main focus was on developing the creative economy and measures to boost labor productivity in the region. Tomsk Region A team from Tomsk Polytechnic University (TPU, Tomsk) collaborated with colleagues from China to develop a new technology for creating copper composites reinforced with carbides. This enables the combination of high thermal and electrical conductivity with enhanced strength. As a result, industrial-scale production becomes feasible for electronic devices and heat dissipation systems. Scientists at the Institute of Strength Physics and Materials Science of the Siberian Branch of the Russian Academy of Sciences (SB RAS) achieved a breakthrough in materials science: silicon bronze—a key industrial alloy—is now twice as strong and wear-resistant. This paves the way for a new generation of reliable components in mechanical engineering, energy, and aerospace. Specialists from Tomsk Polytechnic also developed Russia's first chip for testing the quality of X-ray microtomographs. The device is universal: it works for both equipment calibration and testing new scanning algorithms and protocols. Novosibirsk Region The Institute of Mining SB RAS has patented an efficient, affordable, and safe method for drilling wells to degas coal seams. The technique simultaneously creates a cavity for methane extraction and loosens the well walls, reducing explosion risks and enhancing miner safety. Novgorod Region NovSU, in collaboration with Chinese colleagues, presented a prototype of a compact magneto-electric antenna for ultra-low-frequency communication. The device enables underwater communication over distances up to 100 meters—an important step toward effective communication systems for scuba divers, underwater vehicles, and robots. Samara Region Scientists at Togliatti State University (TSU, Togliatti) developed an innovative method to protect magnesium alloys with rare-earth elements. The approach boosts wear and corrosion resistance without significantly increasing production costs. The new technology reduces corrosion rates by 3–4 times and is suitable for harsh environments—from aviation to automotive manufacturing. A research team from Samara State Technical University made a revolutionary discovery in materials science by developing a method to produce ordered porous structures based on topological analysis of atomic lattices in natural crystals. The resulting materials are lightweight yet highly strong and elastic. This could lead to significant weight reductions in construction, as well as next-generation bone implants. Republic of Bashkortostan Specialists at Ufa University of Science and Technology created a new method for repairing damaged metal parts. Cracks in metal will be "healed" using short, high-power electrical pulses combined with mechanical loading. This reduces local stresses and improves the material structure in the defect area, ultimately extending part lifespan and avoiding costly repairs or replacements. 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Array ( [DETAIL_PICTURE] => Array ( [ID] => 11798 [TIMESTAMP_X] => 12.01.2026 14:10:19 [MODULE_ID] => iblock [HEIGHT] => 466 [WIDTH] => 700 [FILE_SIZE] => 408023 [CONTENT_TYPE] => image/jpeg [SUBDIR] => iblock/f8a/cn3d4ool74gogrztkpfaalnq3vqlqjg8 [FILE_NAME] => 5363902261781794334.jpg [ORIGINAL_NAME] => 5363902261781794334.jpg [DESCRIPTION] => [HANDLER_ID] => [EXTERNAL_ID] => 685c2be103fdc2a6d77e2a35d668e4e4 [VERSION_ORIGINAL_ID] => [META] => [SRC] => /upload/iblock/f8a/cn3d4ool74gogrztkpfaalnq3vqlqjg8/5363902261781794334.jpg [UNSAFE_SRC] => /upload/iblock/f8a/cn3d4ool74gogrztkpfaalnq3vqlqjg8/5363902261781794334.jpg [SAFE_SRC] => /upload/iblock/f8a/cn3d4ool74gogrztkpfaalnq3vqlqjg8/5363902261781794334.jpg [ALT] => Regions of AIRR Participated in the Launch of the Soyuz-2.1B [TITLE] => Regions of AIRR Participated in the Launch of the Soyuz-2.1B ) [~DETAIL_PICTURE] => 11798 [ID] => 6578 [~ID] => 6578 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => Regions of AIRR Participated in the Launch of the Soyuz-2.1B [~NAME] => Regions of AIRR Participated in the Launch of the Soyuz-2.1B [ACTIVE_FROM_X] => 2026-01-12 00:00:00 [~ACTIVE_FROM_X] => 2026-01-12 00:00:00 [ACTIVE_FROM] => 12.01.2026 [~ACTIVE_FROM] => 12.01.2026 [TIMESTAMP_X] => 12.01.2026 14:10:19 [~TIMESTAMP_X] => 12.01.2026 14:10:19 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/regions-of-airr-participated-in-the-launch-of-the-soyuz-2-1b [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/regions-of-airr-participated-in-the-launch-of-the-soyuz-2-1b [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => On the eve of the New Year, December 28, a launch of the Soyuz-2.1b with the Fregat upper stage, spacecraft Aist-2T No. 1 and No. 2, and 50 small satellites was carried out from the Vostochny Cosmodrome, as stated in a message from the Center for Operation of Ground-Based Space Infrastructure Facilities. The satellites are intended for Earth remote sensing, studying electromagnetic radiation, monitoring shipping in the World Ocean, receiving signals from Internet of Things transmitters, and researching the influence of space on living organisms. Among them are scientific and technological satellites from organizations in Russia and friendly countries (Iran, Belarus, Ecuador). Educational satellites were manufactured in Moscow, St. Petersburg, and several AIRR regions – Kaluga, Nizhny Novgorod, Samara Oblasts, and the Republic of Sakha (Yakutia). The emblems of the regions were depicted on the rocket body in recognition of their significant contribution to the project. "A historic launch of the Soyuz-2.1b rocket took place from the Vostochny Cosmodrome, delivering 52 satellites into orbit. This launch is not only the final chord of the space year but also a true breakthrough in preparing young personnel for Russian cosmonautics. The nose fairing of the rocket features emblems of four regions, including Kaluga Oblast, in recognition of the region's significant contribution to the project. Along with the large Aist-2T spacecraft, a constellation of small spacecraft (CubeSats) was sent into orbit. This includes two produced by the Kaluga Scientific Research Laboratory of Aerospace Technology of DOSAAF. The Laboratory also developed control systems for the Aists. It should be noted that DOSAAF NILAKT developments involve students from the Galaktika Space Education Center in Kaluga. Space is not only our historical heritage; our region actively participates in promising space projects," said Vladislav Shapsha. Another satellite, Lobachevsky, created as part of the Space Pie project by Nizhny Novgorod State University, is one of the largest satellites designed under a school scientific-educational program. The small spacecraft Lobachevsky was created with the support of the Nizhny Novgorod NOC. It will provide valuable data on Earth's ecological condition: the satellite is equipped with a payload for remote sensing. Its key tasks will include monitoring forest resources and agricultural crops, as well as testing new memristor technology in space conditions. Lobachevsky is one of the largest satellites created under a school scientific-educational program. "I am confident that the spacecraft and satellites successfully launched today will solve diverse scientific and practical tasks. May the boldness of thought that enabled humanity to conquer space, the readiness of our professionals to step into the unknown and achieve the impossible, continue to help realize breakthrough ideas and ambitious projects!" commented Nizhny Novgorod Oblast Governor Gleb Nikitin on his Telegram channel. A small spacecraft Cholbon – Yakutia's first satellite – was also launched into space. Head of the region Aisen Nikolaev emphasized that this is Yakutia's first experience participating in space projects with its own development. The project was implemented by a team of students from the Little Academy of Sciences of the Republic of Sakha (Yakutia) and the Sirius Educational Center: Andrey Petrov, Anatoly Antonov, Timur Illarionov, Oleg Petrov, and Artem Mardin. Cholbon is a small spacecraft with proprietary microcontrollers and sensors. I would like to particularly note Andrey Petrov and Artem Mardin – they were involved in the project from the very beginning and went all the way from idea to actual launch. Last year, Artem Mardin was awarded the Znanierom Pobedish sign for his serious achievements at the school stage. Today, he is a student at the North-Eastern Federal University, which is a logical continuation of his chosen path," shared Aisen Nikolaev. Photo by Center for Operation of Ground-Based Space Infrastructure Facilities. [~DETAIL_TEXT] => On the eve of the New Year, December 28, a launch of the Soyuz-2.1b with the Fregat upper stage, spacecraft Aist-2T No. 1 and No. 2, and 50 small satellites was carried out from the Vostochny Cosmodrome, as stated in a message from the Center for Operation of Ground-Based Space Infrastructure Facilities. The satellites are intended for Earth remote sensing, studying electromagnetic radiation, monitoring shipping in the World Ocean, receiving signals from Internet of Things transmitters, and researching the influence of space on living organisms. Among them are scientific and technological satellites from organizations in Russia and friendly countries (Iran, Belarus, Ecuador). Educational satellites were manufactured in Moscow, St. Petersburg, and several AIRR regions – Kaluga, Nizhny Novgorod, Samara Oblasts, and the Republic of Sakha (Yakutia). The emblems of the regions were depicted on the rocket body in recognition of their significant contribution to the project. "A historic launch of the Soyuz-2.1b rocket took place from the Vostochny Cosmodrome, delivering 52 satellites into orbit. This launch is not only the final chord of the space year but also a true breakthrough in preparing young personnel for Russian cosmonautics. The nose fairing of the rocket features emblems of four regions, including Kaluga Oblast, in recognition of the region's significant contribution to the project. Along with the large Aist-2T spacecraft, a constellation of small spacecraft (CubeSats) was sent into orbit. This includes two produced by the Kaluga Scientific Research Laboratory of Aerospace Technology of DOSAAF. The Laboratory also developed control systems for the Aists. It should be noted that DOSAAF NILAKT developments involve students from the Galaktika Space Education Center in Kaluga. Space is not only our historical heritage; our region actively participates in promising space projects," said Vladislav Shapsha. Another satellite, Lobachevsky, created as part of the Space Pie project by Nizhny Novgorod State University, is one of the largest satellites designed under a school scientific-educational program. The small spacecraft Lobachevsky was created with the support of the Nizhny Novgorod NOC. It will provide valuable data on Earth's ecological condition: the satellite is equipped with a payload for remote sensing. Its key tasks will include monitoring forest resources and agricultural crops, as well as testing new memristor technology in space conditions. Lobachevsky is one of the largest satellites created under a school scientific-educational program. "I am confident that the spacecraft and satellites successfully launched today will solve diverse scientific and practical tasks. May the boldness of thought that enabled humanity to conquer space, the readiness of our professionals to step into the unknown and achieve the impossible, continue to help realize breakthrough ideas and ambitious projects!" commented Nizhny Novgorod Oblast Governor Gleb Nikitin on his Telegram channel. A small spacecraft Cholbon – Yakutia's first satellite – was also launched into space. Head of the region Aisen Nikolaev emphasized that this is Yakutia's first experience participating in space projects with its own development. The project was implemented by a team of students from the Little Academy of Sciences of the Republic of Sakha (Yakutia) and the Sirius Educational Center: Andrey Petrov, Anatoly Antonov, Timur Illarionov, Oleg Petrov, and Artem Mardin. Cholbon is a small spacecraft with proprietary microcontrollers and sensors. I would like to particularly note Andrey Petrov and Artem Mardin – they were involved in the project from the very beginning and went all the way from idea to actual launch. Last year, Artem Mardin was awarded the Znanierom Pobedish sign for his serious achievements at the school stage. Today, he is a student at the North-Eastern Federal University, which is a logical continuation of his chosen path," shared Aisen Nikolaev. Photo by Center for Operation of Ground-Based Space Infrastructure Facilities. 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On the eve of the New Year, December 28, a launch of the Soyuz-2.1b with the Fregat upper stage, spacecraft Aist-2T No. 1 and No. 2, and 50 small satellites was carried out from the Vostochny Cosmodrome, as stated in a message from the Center for Operation of Ground-Based Space Infrastructure Facilities. The satellites are intended for Earth remote sensing, studying electromagnetic radiation, monitoring shipping in the World Ocean, receiving signals from Internet of Things transmitters, and researching the influence of space on living organisms. Among them are scientific and technological satellites from organizations in Russia and friendly countries (Iran, Belarus, Ecuador). Educational satellites were manufactured in Moscow, St. Petersburg, and several AIRR regions – Kaluga, Nizhny Novgorod, Samara Oblasts, and the Republic of Sakha (Yakutia). The emblems of the regions were depicted on the rocket body in recognition of their significant contribution to the project. "A historic launch of the Soyuz-2.1b rocket took place from the Vostochny Cosmodrome, delivering 52 satellites into orbit. This launch is not only the final chord of the space year but also a true breakthrough in preparing young personnel for Russian cosmonautics. The nose fairing of the rocket features emblems of four regions, including Kaluga Oblast, in recognition of the region's significant contribution to the project. Along with the large Aist-2T spacecraft, a constellation of small spacecraft (CubeSats) was sent into orbit. This includes two produced by the Kaluga Scientific Research Laboratory of Aerospace Technology of DOSAAF. The Laboratory also developed control systems for the Aists. It should be noted that DOSAAF NILAKT developments involve students from the Galaktika Space Education Center in Kaluga. Space is not only our historical heritage; our region actively participates in promising space projects," said Vladislav Shapsha. Another satellite, Lobachevsky, created as part of the Space Pie project by Nizhny Novgorod State University, is one of the largest satellites designed under a school scientific-educational program. The small spacecraft Lobachevsky was created with the support of the Nizhny Novgorod NOC. It will provide valuable data on Earth's ecological condition: the satellite is equipped with a payload for remote sensing. Its key tasks will include monitoring forest resources and agricultural crops, as well as testing new memristor technology in space conditions. Lobachevsky is one of the largest satellites created under a school scientific-educational program. "I am confident that the spacecraft and satellites successfully launched today will solve diverse scientific and practical tasks. May the boldness of thought that enabled humanity to conquer space, the readiness of our professionals to step into the unknown and achieve the impossible, continue to help realize breakthrough ideas and ambitious projects!" commented Nizhny Novgorod Oblast Governor Gleb Nikitin on his Telegram channel. A small spacecraft Cholbon – Yakutia's first satellite – was also launched into space. Head of the region Aisen Nikolaev emphasized that this is Yakutia's first experience participating in space projects with its own development. The project was implemented by a team of students from the Little Academy of Sciences of the Republic of Sakha (Yakutia) and the Sirius Educational Center: Andrey Petrov, Anatoly Antonov, Timur Illarionov, Oleg Petrov, and Artem Mardin. Cholbon is a small spacecraft with proprietary microcontrollers and sensors. I would like to particularly note Andrey Petrov and Artem Mardin – they were involved in the project from the very beginning and went all the way from idea to actual launch. Last year, Artem Mardin was awarded the Znanierom Pobedish sign for his serious achievements at the school stage. Today, he is a student at the North-Eastern Federal University, which is a logical continuation of his chosen path," shared Aisen Nikolaev. Photo by Center for Operation of Ground-Based Space Infrastructure Facilities.
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Dear friends and colleagues!
Wishing you a happy New Year!
May 2026 bring new opportunities, inspiration, and successes for us all - a year where strategic collaborations turn into lasting projects, and innovative initiatives drive real growth between our nations.
Association of Innovative Regions of Russia
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[TITLE] => The Siberian Circular Photon Source Entered The Equipment Installation And Commissioning Stage. ) [~DETAIL_PICTURE] => 11782 [ID] => 6572 [~ID] => 6572 [IBLOCK_ID] => 22 [~IBLOCK_ID] => 22 [IBLOCK_SECTION_ID] => [~IBLOCK_SECTION_ID] => [NAME] => The Siberian Circular Photon Source Entered The Equipment Installation And Commissioning Stage. [~NAME] => The Siberian Circular Photon Source Entered The Equipment Installation And Commissioning Stage. [ACTIVE_FROM_X] => 2025-12-23 00:00:00 [~ACTIVE_FROM_X] => 2025-12-23 00:00:00 [ACTIVE_FROM] => 23.12.2025 [~ACTIVE_FROM] => 23.12.2025 [TIMESTAMP_X] => 25.12.2025 14:07:27 [~TIMESTAMP_X] => 25.12.2025 14:07:27 [DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/the-siberian-circular-photon-source-entered-the-equipment-installation-and-commissioning-stage [~DETAIL_PAGE_URL] => /eng/press-sluzhba/novosti/the-siberian-circular-photon-source-entered-the-equipment-installation-and-commissioning-stage [LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [~LIST_PAGE_URL] => /eng/press-sluzhba/novosti/ [DETAIL_TEXT] => Russia's Minister of Science and Higher Education, Valery Falkov, assessed the progress of equipment installation and commissioning at the Shared Use Center "Siberian Circular Photon Source" (SKIF). The minister visited the construction site alongside Governor Andrey Travnikov. Directors of the Budker Institute of Nuclear Physics, Academician Pavel Logachev, and the Boreskov Institute of Catalysis, Academician Valery Bukhtiyarov, reported on the work progress, according to the regional governor's press service. Minister Valery Falkov noted that research infrastructure of this scale will draw attention to Russian science as a whole: "When you see the complexity of what's been accomplished there, you feel a sense of pride that most of the equipment was manufactured in Novosibirsk, Tomsk, and other Russian cities. It's not just comprehensively designed by Russian scientists and engineers—the entire sophisticated 'filling' was created here, primarily at the Budker Institute of Nuclear Physics," the Minister added. The main systems of the injection complex (vacuum system, control system, and others) are operating in continuous mode. Power systems are regularly activated for electron beam operations. The injection complex is functioning at design parameters. Manufacturing of the storage ring equipment for the Shared Use Center has been completed 100%. The storage ring equipment has been placed in the tunnel—a specially designed facility equipped with thermostabilization at ±0.1°C, as well as fire and radiation safety systems. A service zone has been created to support the equipment, housing control electronics and high-frequency power amplifiers. Equipment for the seven experimental stations (research labs) of SKIF's first phase has been fully manufactured (100%) and delivered to the site, with installation underway. An electron beam with an energy of 3 gigaelectronvolts (GeV) was recently transferred from the booster synchrotron through a 220-meter transport channel into the storage ring. The beam's position and size were recorded by a phosphor sensor. Operations of the injection complex—the linear accelerator and booster synchrotron—have essentially been established: stable circulation of the electron beam and the design energy of 3 GeV have been achieved. This result was made possible through the coordinated efforts of scientists and engineers. [~DETAIL_TEXT] => Russia's Minister of Science and Higher Education, Valery Falkov, assessed the progress of equipment installation and commissioning at the Shared Use Center "Siberian Circular Photon Source" (SKIF). The minister visited the construction site alongside Governor Andrey Travnikov. Directors of the Budker Institute of Nuclear Physics, Academician Pavel Logachev, and the Boreskov Institute of Catalysis, Academician Valery Bukhtiyarov, reported on the work progress, according to the regional governor's press service. Minister Valery Falkov noted that research infrastructure of this scale will draw attention to Russian science as a whole: "When you see the complexity of what's been accomplished there, you feel a sense of pride that most of the equipment was manufactured in Novosibirsk, Tomsk, and other Russian cities. It's not just comprehensively designed by Russian scientists and engineers—the entire sophisticated 'filling' was created here, primarily at the Budker Institute of Nuclear Physics," the Minister added. The main systems of the injection complex (vacuum system, control system, and others) are operating in continuous mode. Power systems are regularly activated for electron beam operations. The injection complex is functioning at design parameters. Manufacturing of the storage ring equipment for the Shared Use Center has been completed 100%. The storage ring equipment has been placed in the tunnel—a specially designed facility equipped with thermostabilization at ±0.1°C, as well as fire and radiation safety systems. A service zone has been created to support the equipment, housing control electronics and high-frequency power amplifiers. Equipment for the seven experimental stations (research labs) of SKIF's first phase has been fully manufactured (100%) and delivered to the site, with installation underway. An electron beam with an energy of 3 gigaelectronvolts (GeV) was recently transferred from the booster synchrotron through a 220-meter transport channel into the storage ring. The beam's position and size were recorded by a phosphor sensor. Operations of the injection complex—the linear accelerator and booster synchrotron—have essentially been established: stable circulation of the electron beam and the design energy of 3 GeV have been achieved. This result was made possible through the coordinated efforts of scientists and engineers. 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Russia's Minister of Science and Higher Education, Valery Falkov, assessed the progress of equipment installation and commissioning at the Shared Use Center "Siberian Circular Photon Source" (SKIF). The minister visited the construction site alongside Governor Andrey Travnikov. Directors of the Budker Institute of Nuclear Physics, Academician Pavel Logachev, and the Boreskov Institute of Catalysis, Academician Valery Bukhtiyarov, reported on the work progress, according to the regional governor's press service. Minister Valery Falkov noted that research infrastructure of this scale will draw attention to Russian science as a whole: "When you see the complexity of what's been accomplished there, you feel a sense of pride that most of the equipment was manufactured in Novosibirsk, Tomsk, and other Russian cities. It's not just comprehensively designed by Russian scientists and engineers—the entire sophisticated 'filling' was created here, primarily at the Budker Institute of Nuclear Physics," the Minister added. The main systems of the injection complex (vacuum system, control system, and others) are operating in continuous mode. Power systems are regularly activated for electron beam operations. The injection complex is functioning at design parameters. Manufacturing of the storage ring equipment for the Shared Use Center has been completed 100%. The storage ring equipment has been placed in the tunnel—a specially designed facility equipped with thermostabilization at ±0.1°C, as well as fire and radiation safety systems. A service zone has been created to support the equipment, housing control electronics and high-frequency power amplifiers. Equipment for the seven experimental stations (research labs) of SKIF's first phase has been fully manufactured (100%) and delivered to the site, with installation underway. An electron beam with an energy of 3 gigaelectronvolts (GeV) was recently transferred from the booster synchrotron through a 220-meter transport channel into the storage ring. The beam's position and size were recorded by a phosphor sensor. Operations of the injection complex—the linear accelerator and booster synchrotron—have essentially been established: stable circulation of the electron beam and the design energy of 3 GeV have been achieved. This result was made possible through the coordinated efforts of scientists and engineers.