DEEP Robotics

Ukraine says it carried out Operation Vivaldi, using heavy drones to deliver unmanned ground combat robots some 10 kilometres behind Russian lines. The operation is being described as a first in modern warfare, pointing to a new phase in which robotic systems operate deep in contested territory rather than only at the front. Observers see it as a sign of how quickly drone-delivered robotics are changing battlefield tactics in the war.

Ukraine is reportedly using airborne delivery to deploy kamikaze ground robots as far as 12 miles behind Russian front lines, extending its campaign of unmanned strikes deep into occupied territory. The development highlights how both sides continue to push robotic systems into offensive roles, striking logistics and targets far from the frontline where manned operations are too risky.

Ukraine says combat robots dropped 10 kilometres behind Russian lines have inflicted around 3,000 casualties. The claim highlights Kyiv's growing use of unmanned ground and aerial systems to strike deep into occupied territory without risking troops. The figures come from Ukrainian sources and have not been independently verified, but reports of the operation are circulating widely across international outlets.

Divers in Colorado have recovered the body of a boater who went missing in a reservoir, using an underwater robot to locate and retrieve the remains. The remote-operated vehicle allowed search teams to work in conditions too deep or hazardous for human divers, bringing a weeks-long search to a close.

Engineers have developed a large underwater robot modelled on the oarfish, a long, ribbon-like deep-sea fish known for its distinctive dorsal fin. The design draws on the fish's fin-based propulsion to enable efficient movement at scale. Details of the robot's capabilities and intended applications have not been fully outlined in the available reporting.

China has launched a domestically developed deep-sea robot capable of operating at depths of around 14,764 feet in the South China Sea. The vehicle is intended for deep-sea exploration and survey work, and the deployment is being reported as a demonstration of China's advancing homegrown underwater robotics and ocean research capabilities.

IEEE Spectrum reports that generative AI is giving spacecraft and rovers in deep space a level of autonomy engineers once feared. Robots operating far from Earth sometimes need to make their own decisions when communication delays make ground control impractical, and AI is increasingly being trusted to handle that decision-making.

Space-mining company AstroForge says it intends to let artificial intelligence run an entire mission autonomously using its Solo system. If successful, it would be one of the first deep-space missions operated end to end by AI rather than ground controllers, a notable step for autonomous spacecraft operations and for the company's asteroid-mining ambitions.

A newly developed deep-sea robot is designed to dive nearly 15,000 feet, allowing researchers to explore and study ocean regions far beyond the reach of most equipment. The machine is intended for ocean exploration tasks at depths where pressure and darkness make human operations impossible.

Chinese robotics firm DEEP Robotics has put its quadruped robot dog through field trials in tunnels in Japan, testing how the machine can inspect underground infrastructure and improve safety for maintenance crews. The trials explore whether legged robots can navigate environments that are difficult or hazardous for humans.