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"Intelligence with independent authority"

Western control over hardware solutions for AI leaves Russia reliant on foreign equipment, highlights Andrey Pankov, the head of 'HAYTEK'. He emphasizes the urgent need for safeguarding personal data and crucial infrastructure due to this dependence.

Intelligence operating autonomously under governmental authority or control, exercising power and...
Intelligence operating autonomously under governmental authority or control, exercising power and making decisions for the nation or state in various areas.

"Intelligence with independent authority"

In a strategic move to reduce dependency on Western technology, Russia is focusing on the development of domestic AI accelerators and computational infrastructure. This initiative forms part of a broader goal to ensure technological sovereignty and military-technological competitiveness.

The country is aligning with China in a strategic partnership, known as the BRICS+ AI Alliance, which aims to build a non-Western AI technology stack. This partnership includes joint research programs and the construction of sovereign compute campuses to create an independent AI value chain.

Russia's efforts to develop domestic AI accelerators are still in the early stages, with limited public details on specific chip projects. The Russian AI and startup ecosystem, led by entities like the ITMO Accelerator, is producing AI software applications, but hardware AI accelerators developed domestically remain unspecified in recent reports.

The geopolitical context is that Russia faces increasing technological isolation from Western suppliers, including key semiconductor manufacturers. In response, Russia is focusing on longer-term strategic partnerships and the creation of parallel, sovereign AI infrastructure and ethics models.

One company at the forefront of these developments is "HAYTEK", led by Andrey Pankov. The company is developing next-generation LinQ H2 processors for machine learning tasks and large language models. Similar developments are happening at several other Russian microelectronics design centers.

The need for domestic AI solutions is further emphasized by the threat of targeted sabotage of digital infrastructure through imported equipment with built-in remote management mechanisms. Additionally, dependence on technologies from Western companies makes Russia's digital infrastructure a potential vulnerable target for cyber threats and technological coercion.

Russia's cold climate and Siberian hydropower plants could save up to 40% on energy costs for cloud AI computing. Moreover, undersea optical cables and a satellite orbital group are being created for broadband internet access in the Far East, providing direct access to Asian markets for large data centers in the region.

State initiatives to develop and implement domestic AI solutions will help avoid critical dependence in matters of economic and national security, defense, and management of strategically important industries. Strengthened export controls by the US and EU are creating an artificial shortage of high-efficiency AI solutions in Global South countries, making competitive solutions for secure AI operation even more crucial.

However, hidden and currently undetected vulnerabilities could manipulate numerical parameters of AI models, causing systems to produce false results or leak confidential information. The development of secure AI operation is, therefore, a critical aspect of Russia's AI strategy.

In conclusion, Russia's pursuit of technological sovereignty in AI hardware is a strategic move aimed at reducing dependency on Western technology. The country is building sovereign compute campuses and establishing an alternative AI regulatory framework, but specific details on domestic AI accelerator chips or hardware platforms remain scarce. The development of secure and competitive AI solutions is a priority for Russia, with companies like "HAYTEK" leading the way in next-generation processor development.

  1. Russia's focus on developing domestic AI accelerators and computational infrastructure is part of a broader goal to ensure technological sovereignty and military-technological competitiveness, aligning with China in the BRICS+ AI Alliance.
  2. The need for domestic AI solutions in Russia is further highlighted due to the potential threat of targeted sabotage through imported equipment with built-in remote management mechanisms, making digital infrastructure a vulnerable target for cyber threats and technological coercion.
  3. State initiatives to develop and implement domestic AI solutions in Russia can help avoid critical dependency in matters of economic and national security, defense, and management of strategically important industries.
  4. The development of secure AI operation is a critical aspect of Russia's AI strategy, as hidden and currently undetected vulnerabilities could manipulate numerical parameters of AI models, causing systems to produce false results or leak confidential information.

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