Now Robotics

Ukraine's digital transformation minister Mykhailo Fedorov has announced plans to deploy an 'army of robots' on the battlefield, according to Le Parisien. The initiative aims to replace human soldiers on the front line with unmanned ground and aerial systems, reducing casualties in the war against Russia. Fedorov, who has driven Ukraine's rapid wartime adoption of drone and autonomous technology, framed the effort as the country's new strategic bet to offset its manpower shortage.

At the United Nations, world leaders are framing the risks of artificial intelligence in starkly different ways. Some warn of autonomous 'killer robots' on the battlefield, while others point to the longer-term threat of 'super intelligence' beyond human control. The divide highlights the challenge of crafting international AI governance, with countries prioritising different dangers as they push for new rules on the fast-moving technology.

A Ukrainian commander has described how his troops conduct ground assaults during daylight hours while deploying ground robots and other unmanned systems at night. The explanation highlights how Ukraine's forces are increasingly relying on robotic vehicles to move supplies and support attacks while reducing risk to soldiers, with darkness offering cover from Russian drones and observation.

Ukraine is reported to be sending unmanned ground vehicles fitted with grenade launchers to attack Russian positions, replacing infantry in certain assaults. The deployment reflects Kyiv's growing reliance on robotic systems to conserve manpower and reduce casualties at the front. The development adds to ongoing discussion about how drones and ground robots are reshaping combat tactics in the war.

Ukraine says a secret military operation, supported by robotic systems, targeted around 3,000 Russian soldiers. Details of the push remain scarce, with Kyiv releasing few specifics about where or how the robot-aided assault was carried out. The claim has drawn attention as an early example of ground robots being used in large-scale combat operations, though it has not been independently verified.

Ukraine's Operation Vivaldi has reportedly reversed recent Russian gains, using robotic systems to carry out combat airdrops and clear minefields. Ars Technica reports that unmanned ground and aerial vehicles played a central role in defeating a Russian pincer manoeuvre, underlining how Kyiv is increasingly deploying robots for dangerous frontline tasks and reducing risks to its soldiers.

A former Ukrainian defense minister has announced an 'Army of Robots' initiative aimed at speeding up the development and deployment of autonomous warfare systems. The push reflects Ukraine's wartime drive to scale unmanned ground and aerial vehicles amid manpower shortages and ongoing fighting with Russia.

Le Parisien reports that Ukraine's digital minister Mykhailo Fedorov is pushing a new strategy to deploy an "army of robots" on the front lines, aiming to replace human soldiers with ground machines and reduce casualties in the war against Russia. The plan highlights Kyiv's growing reliance on unmanned and autonomous systems to offset manpower shortages.

Former Ukrainian defense minister Fedorov has announced a new 'Army of Robots' initiative, his latest move since leaving office. The program signals a push to expand autonomous and robotic systems in Ukraine's armed forces, building on the country's wartime drive to scale up unmanned technology. The announcement drew attention alongside other Ukraine-related news, including appeals over the humanitarian crisis in flooded Oleshky.

The US Air Force has taken delivery of its first 'robot wingman' drones, autonomous aircraft designed to fly alongside crewed fighter jets. The delivery marks the start of trials into autonomous warfare, testing how unmanned drones can support pilots in combat missions. The programme is seen as a major step toward integrating AI-driven aircraft into military operations.

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.

Robotics companies in the United States, China and Korea are competing to secure the data needed to train humanoid robots. As the industry moves from lab prototypes toward commercial deployment, access to large, high-quality training datasets is becoming a key competitive resource, prompting firms to collect motion, sensor and interaction data at scale across the three countries.

China installed 59% of all industrial robots deployed worldwide in 2025, underscoring its dominance in factory automation. The figure highlights how far the country has pulled ahead of other manufacturing economies in adopting robotics, driven by large-scale investment in its electronics, automotive and general industries sectors as it pushes to offset a shrinking workforce.

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.

The International Federation of Robotics reports that the number of industrial robots operating in factories worldwide has exceeded 5 million, a new milestone for automation. The figure highlights the accelerating adoption of robotics in manufacturing, driven by labor shortages and demands for productivity across major industrial economies.

A new report confirms that China continues to hold its position as the world's largest market for industrial robots, maintaining its lead over other major economies in industrial automation. The finding underscores the country's sustained investment in robotics across manufacturing sectors, reinforcing its central role in the global robotics industry.

US Immigration and Customs Enforcement is planning to buy robot dogs, according to ABC News. The quadruped robots, similar to those already trialled by some police and military units, could be used for surveillance and reconnaissance. The report has drawn attention to the expanding use of robotic systems by American law enforcement and border agencies.

A robot described as the world's first embodied AI system built on a fully domestic electronic architecture has been unveiled. According to an expert cited in the report, the milestone marks a shift from developing key components toward underlying autonomy in robotics, reducing reliance on foreign chips and control systems. The announcement is drawing attention as countries compete for leadership in embodied AI and domestic hardware supply chains.

Faraday's chairman has warned that moving too quickly to cut China out of the US robotics supply chain could backfire, arguing that an abrupt decoupling risks disrupting manufacturing and raising costs for American robotics firms. The comments, made in an exclusive interview, add to an ongoing debate in Washington and industry over how fast to reduce dependence on Chinese components while building domestic capacity.

Military analyst Mick Ryan has published his weekly update on the Ukraine war, covering robotic air assaults by Ukrainian forces, continued Russian attacks on Ukraine's digital infrastructure, and the Trump-Xi meeting. The roundup frames drone and robotics innovation alongside cyber warfare and great-power diplomacy as the key developments shaping the conflict this week.

The large robotic arm on the International Space Station has stopped working, according to an Ars Technica report. The Canadarm2-style manipulator is a critical tool for capturing cargo spacecraft, moving equipment and supporting spacewalks, so any outage raises questions about station operations and resupply. Details on the cause of the failure and prospects for repair remain limited.

Chinese state media reports that embodied AI robots developed in China are increasingly being deployed in real-world workplaces rather than remaining confined to research and classroom settings. The feature highlights how the country's robotics sector is pushing humanoid and intelligent machines into practical jobs, reflecting China's broader push to lead in embodied artificial intelligence and industrial automation.

Elon Musk said money might 'not even matter' in the future and advised Gen Z to focus on learning how to prompt robots rather than worrying about traditional careers. His comments feed an ongoing debate about automation, AI and what skills will stay valuable as robots and intelligent machines take on more work.

A United States ally is reportedly developing robotic soldiers to take on dangerous frontline tasks, keeping human troops away from the most hazardous combat roles. The announcement highlights a growing global push toward autonomous military systems, with debates expected over reliability, ethics and the future of manned warfare.

Japan is reportedly planning to study replacing some of its military personnel with humanoid robots. The move would address personnel shortages and reduce risk to soldiers, and it has drawn attention given Japan's pacifist constitution and its leading robotics industry. Details on which roles could be automated and the timeline remain limited.

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.

China installed 354,000 industrial robots in 2025, accounting for 59% of global installations, according to figures reported by TechNode. The United States overtook Japan to become the world's second-largest robot market, highlighting the scale of Chinese manufacturing automation and shifting rankings among major industrial economies.

China plans to open new manufacturing facilities in Kazakhstan, including plants producing robots, cars and pharmaceuticals. The projects deepen economic and industrial cooperation between the two neighbours and fit Kazakhstan's push to attract foreign investment and diversify its economy beyond raw materials. The announcement is drawing attention across regional media as a sign of expanding Chinese industrial presence in Central Asia.

Chinese factories are increasingly adopting robot-driven production lines, accelerating automation across the country's manufacturing sector. The shift points to growing use of industrial robotics to cut costs and raise efficiency, though no further details on specific companies, regions or investment figures were given in the report.

Amazon, once the robotics industry's biggest customer, is increasingly designing and manufacturing its own warehouse robots in-house rather than purchasing them from outside vendors. The shift, highlighted in industry commentary from the Association for Advancing Automation, marks a turning point for the robotics sector, which has long relied on the retailer's enormous purchasing power. Observers are weighing what the move means for traditional robot suppliers competing with their former top client.

The global stock of industrial robots in operation has reached five million units, according to a report carried by technology trade press. The milestone reflects years of rising automation in manufacturing, driven by labour shortages and falling robot costs, with installations concentrated in Asia's automotive and electronics industries.

The US Navy has launched a new autonomous systems warfighting center dedicated to training sailors for warfare involving robotic and unmanned platforms. The initiative signals the Navy's push to integrate autonomous technology into fleet operations and prepare personnel for conflicts where unmanned systems play a central combat role alongside traditional ships and aircraft.