Russia to Integrate Homegrown AI Model into International Space Station
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Russia plans to integrate homegrown AI model into space station
MOSCOW, June 3 (Reuters) - Russia plans to integrate its homegrown Gigachat artificial intelligence model into IT systems on the International Space Station (ISS), the head of space agency Roscosmos said on Tuesday. Gigachat, developed by the country's largest bank, Sberbank, is one of Russia's two flagship large language models (LLM) as it tries to catch up with the United States and China in the global AI race. Roscosmos chief Dmitry Bakanov said that the next mission to the ISS this autumn will deliver everything needed for the model to function. Gigachat will assist the crew with processing satellite imagery, increasing the maximum resolution from one meter per pixel to 0.5 meters. "This is a direct assistance for the cosmonauts," Bakanov told a technology conference in Moscow. In April, a Russian spacecraft delivered American astronaut Jonathan Kim and Russian cosmonauts Sergei Ryzhikov and Alexei Zubritsky to the ISS. The next Russian spacecraft mission to the ISS is planned for November 27. Russia has announced it will participate in the ISS until 2028 and plans to launch the first two modules of its own new space station in 2027. Sberbank is focusing on developing AI agents - goal-directed generative AI systems designed to process information, make decisions and take actions without direct, constant human input. Reporting by Elena Fabrichnaya, writing by Gleb Bryanski; Editing by Mark Trevelyan Our Standards: The Thomson Reuters Trust Principles., opens new tab Suggested Topics:Finance
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Russia to integrate Gigachat AI model into International Space Station
Gigachat will assist the crew with processing satellite imagery, increasing the maximum resolution from one meter per pixel to 0.5 meters. Russia plans to integrate its homegrown Gigachat artificial intelligence model into IT systems on the International Space Station (ISS), the head of space agency Roscosmos said on Tuesday. Gigachat, developed by the country's largest bank, Sberbank, is one of Russia's two flagship large language models (LLM) as it tries to catch up with the United States and China in the global AI race. Roscosmos chief Dmitry Bakanov said that the next mission to the ISS this autumn will deliver everything needed for the model to function. Gigachat will assist the crew with processing satellite imagery, increasing the maximum resolution from one meter per pixel to 0.5 meters. "This is a direct assistance for the cosmonauts," Bakanov told a technology conference in Moscow. Next Russian spacecraft mission to the ISS planned for November 27 In April, a Russian spacecraft delivered American astronaut Jonathan Kim and Russian cosmonauts Sergei Ryzhikov and Alexei Zubritsky to the ISS. The next Russian spacecraft mission to the ISS is planned for November 27. Russia has announced it will participate in the ISS until 2028 and plans to launch the first two modules of its own new space station in 2027. Sberbank is focusing on developing AI agents - goal-directed generative AI systems designed to process information, make decisions and take actions without direct, constant human input. Sign up for the Business & Innovation Newsletter >>
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Russia plans to integrate its Gigachat AI model into the International Space Station's IT systems, aiming to assist cosmonauts with satellite imagery processing.
Russia's AI Integration into Space Operations
In a significant move that merges artificial intelligence with space exploration, Russia has announced plans to integrate its homegrown AI model, Gigachat, into the International Space Station (ISS)
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. This initiative, revealed by Roscosmos chief Dmitry Bakanov at a technology conference in Moscow, marks a notable step in Russia's efforts to advance its position in the global AI race.
Source: Reuters
Gigachat: Russia's AI Flagship in Space
Gigachat, developed by Russia's largest bank, Sberbank, is one of the country's two flagship large language models (LLM)
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. The integration of this AI model into the ISS's IT systems is scheduled for the upcoming autumn mission, which will deliver all necessary equipment for the model to function effectively in space.Enhanced Satellite Imagery Processing
One of the primary applications of Gigachat on the ISS will be to assist the crew with processing satellite imagery. The AI model is expected to significantly improve the resolution of satellite images, increasing the maximum resolution from one meter per pixel to an impressive 0.5 meters
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. This enhancement in image processing capabilities could potentially revolutionize various aspects of space research and Earth observation.Russia's Space Ambitions
The integration of Gigachat into the ISS is part of Russia's broader space ambitions. The country has committed to participating in the ISS until 2028, while simultaneously working on launching its own space station
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. The first two modules of this new Russian space station are planned for launch in 2027, signaling Russia's intent to maintain a strong presence in space exploration.AI Agents and Future Developments
Sberbank, the developer of Gigachat, is focusing on creating AI agents - goal-directed generative AI systems designed to process information, make decisions, and take actions with minimal human input
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. This approach could lead to more autonomous operations in space, potentially reducing the workload on human astronauts and enhancing the efficiency of space missions.Related Stories
Upcoming Missions and International Collaboration
The next Russian spacecraft mission to the ISS is scheduled for November 27, 2023
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. This mission will likely carry the necessary equipment for Gigachat's integration. It's worth noting that despite geopolitical tensions, international collaboration in space continues. In April, a Russian spacecraft successfully delivered an American astronaut, Jonathan Kim, along with Russian cosmonauts Sergei Ryzhikov and Alexei Zubritsky to the ISS1
.Implications for the Global AI Race
Russia's move to integrate AI into space operations reflects the country's efforts to catch up with the United States and China in the global AI race
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. By leveraging AI in space, Russia aims to demonstrate its technological capabilities and potentially gain a competitive edge in both AI development and space exploration.References
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