Tech
China Unveils Mosquito-Sized Spy Drone for Battlefield Reconnaissance
A Chinese military research institution has unveiled a mosquito-sized microdrone designed for battlefield reconnaissance, highlighting the growing use of insect-inspired technologies in modern warfare.
The tiny spy device, resembling a mosquito in both form and size, was presented on China’s state-run military broadcaster CCTV-7 on June 20. It was developed by students at the National University of Defence Technology (NUDT), a leading military research institution in China.
“Here in my hand is a mosquito-like type of robot,” said Liang Hexiang, a NUDT student, while demonstrating the device on camera. “Miniature bionic robots like this one are especially suited to information reconnaissance and special missions on the battlefield.”
Roughly 2 cm in length and weighing only 0.3 grams, the device mimics the appearance and movement of a real insect, equipped with two rapidly flapping wings and three spindly legs. According to Korean media outlet Chosun Ilbo, the wings can flap up to 500 times per second, enabling the device to maneuver with agility.
Another prototype, reportedly featuring four wings and controllable via smartphone, was also introduced, according to the South China Morning Post.
Although the Chinese military has not publicly disclosed the specific surveillance capabilities of the device, military experts suggest that its extremely small size and silent flight could make it ideal for covert operations. Its radar cross-section is believed to be too small to be detected by standard radar systems, making it nearly invisible during missions.
The reveal comes amid a global trend in developing miniature unmanned aerial vehicles (UAVs) for tactical operations. Similar systems have already been fielded by other militaries, including the U.S., which uses the palm-sized Black Hornet drone—a helicopter-style UAV equipped with cameras and thermal imaging—across multiple branches of its armed forces.
The concept of insect-inspired surveillance technology is not new. In 2006, the U.S. Defense Advanced Research Projects Agency (DARPA) launched the HI-MEMS program, aiming to develop insect cyborgs by integrating micro-mechanical systems into live insects for surveillance purposes.
China’s latest development appears to be a continuation of this push toward ultra-small, biologically inspired reconnaissance tools. While the exact timeline for deployment is unclear, the introduction of such microdrones signals a strategic shift toward more sophisticated and stealthy intelligence-gathering capabilities on the battlefield.
Tech
Robotics Firm Says AI-Powered Humanoid Robots Could Carry Weapons by 2027
A U.S. robotics company developing artificial intelligence-powered humanoid robots says weaponised versions of the technology could begin testing as early as next year, following field trials in Ukraine, raising fresh questions about the future of autonomous systems in modern warfare.
Foundation Future Industries, which builds humanoid robots for commercial and military applications, has already tested its Phantom robots in Ukraine in non-combat roles. Chief Executive Officer Sankaet Pathak said the company expects to explore weaponisation after evaluating the results of those pilot programs.
Pathak said public fears are often shaped by science fiction but argued that humanoid robots would not replace existing weapons such as missiles or drones.
“I think we have this psychological reaction, which is like the Terminator, but the reality is not really like that,” he said.
Instead, he believes humanoid robots could be deployed for highly precise military operations where limiting damage to infrastructure and reducing civilian casualties are priorities.
According to Pathak, drones and conventional weapons remain more effective for large-scale attacks, while humanoid robots would be better suited to complex ground missions requiring careful movement through buildings and urban environments.
He added that robots are unlikely to replace drones on the battlefield but could help reduce risks faced by soldiers in increasingly dangerous combat zones.
Currently, there is no international treaty specifically regulating humanoid or autonomous combat robots. Their use falls under existing international humanitarian law, which requires distinction between military targets and civilians during armed conflict.
The issue has drawn increasing attention from the United Nations. Last week, UN Secretary-General António Guterres renewed calls for restrictions on lethal autonomous weapons systems, describing them as “killer robots” capable of selecting and attacking targets without human judgment. The UN has been negotiating a treaty on lethal autonomous weapons since 2023, with proposals calling for a legally binding agreement by 2026.
Pathak argued that humanoid robots should be treated similarly to other precision-guided military systems already in service, including armed drones and unmanned ground vehicles.
Foundation’s robots rely on artificial intelligence built around so-called world models. Unlike large language models that predict text, these systems learn from video, simulations and spatial information to understand physical environments and predict how objects and people move over time.
The company believes these models are essential for creating robots capable of safely navigating complex surroundings.
While concerns persist about advanced AI becoming uncontrollable, Pathak said the greater short-term threat comes from criminals or extremist groups misusing publicly available AI tools for cyberattacks, disinformation campaigns or modifying commercial drones for attacks.
He believes scenarios involving AI independently rewriting its own objectives and improving itself remain several major technological breakthroughs away.
Beyond combat, Foundation sees immediate military uses for its humanoid robots in logistics, reconnaissance and building inspections. Those capabilities have already been evaluated in Ukraine, helping shape the development of the company’s next-generation Phantom 2 robot.
The upgraded model is designed for harsh outdoor conditions, offering waterproof and dustproof protection, an increased payload capacity of around 80 kilograms and greater resistance to impacts.
Foundation currently leases Phantom robots to commercial customers for about $100,000 annually per unit, while military buyers purchase the machines at similar prices. Its investors include Eric Trump, payment company Stripe and venture capital firm Define.
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