Huawei plans to begin shipping its advanced AI chip, the 910C, to Chinese customers soon. This development comes as companies face challenges finding local alternatives to Nvidia’s H20 chip, which is now restricted for export. The 910C offers double the computing power and memory capacity of its predecessor, the 910B.
The Ukrainian Ministry of Defense has approved the UNEX UGV, a remotely controlled armored amphibious platform, for military use. This innovative platform enhances operational capabilities, performing tasks like reconnaissance and evacuation while navigating challenging terrains. It exemplifies advancements in Ukraine’s defense technology amid ongoing military challenges.
A new four-legged robot named ‘Koleo’ by Kawasaki Heavy Industries was unveiled at the Osaka Expo, designed for rugged terrains. Meanwhile, Chilean wingsuit expert Sebastián Álvarez set multiple world records during a daring flight, showcasing remarkable athleticism at a unique obstacle race in Ibiza, featuring teams from around the globe.
A Newcastle-based engineering firm has developed a robotic mine plough, WEEVIL, for the British Army, enhancing minefield clearance safety. Operated remotely, it reduces the risk to soldiers and is set for trials to improve future mine-clearing capabilities, showcasing British innovation in military technology.
China is aiming for technological leadership in humanoid robots, exemplified by the G1 model from Unitree Robotics. While facing economic challenges, the country invests heavily in robotics to address demographic shifts and enhance productivity, showcasing innovations in public events and integrating robots into various sectors, including security.
Pro-Palestinian protesters disrupted Microsoft’s 50th anniversary celebration, criticizing the company’s AI contracts with the Israeli military. During the keynote, a protester accused Microsoft of complicity in violence, while another interrupted a segment featuring Bill Gates and Steve Ballmer. Microsoft acknowledged the protests but emphasized the need for business continuity.
Researchers at IIT Guwahati have developed advanced robots for AI-driven surveillance at international borders. These autonomous systems, created by Da Spatio Rhobotique Laboratory, enhance monitoring capabilities across challenging terrains and have garnered support from the Defence Research and Development Organisation, with field trials already underway by the Indian Army.
China is set to surpass the USA in the development of autonomous weapons, with experts predicting fully operational systems by 2026. This shift, driven by significant investments in AI and military technology, raises ethical concerns and could alter the global balance of power, challenging America’s historical dominance in military innovation.
A recent joint Air Force exercise highlighted the importance of cooperation among the U.S., Canada, Australia, and the U.K. in utilizing artificial intelligence for missile defense. The exercise, ShOC-N, emphasized interoperability and information sharing, crucial for accelerating operations against mobile threats in an increasingly complex military landscape.
Artificial intelligence (AI) and machine learning (ML) are transforming military strategy, evolving from research to battlefield deployment. India’s Defence Research and Development Organisation (DRDO) leads this integration, enhancing decision-making speed and operational efficiency while addressing cybersecurity and ethical challenges. The focus remains on equipping forces with advanced technological tools.
