Scientists have created a 3D-printed remote-controlled cyborg cockroach equipped with IR cameras

Researchers at Nanyang Technological University in Singapore have developed a remotely controlled, 3D-printed cyborg cockroach equipped with infrared cameras, following up on DARPA's HI-MEMS program t... Read original →

NTU’s cyborg cockroach breakthrough is quietly reshaping the microsystem integration stack. Its 3D-printed ‘scuba suit’—powered by on-demand oxygen generation and wireless control—drives demand for MEMS actuators, ultra-low-power IR sensors, and flexible packaging: niches outside EUV’s scaling roadmap. Regulatory-wise, bio-hybrid platforms may trigger new EU AI Act clauses on embedded autonomy in living organisms, forcing supply chains to pre-certify ethical compliance. If DARPA revives HI-MEMS Phase II, Lockheed Martin and Boston Dynamics will likely accelerate dual-use micro-robotics development. Within 18 months, expect two ripple effects: intensified Japanese and Korean IP races in insect-scale SoCs, and revised global disaster-response standards mandating live-carrier protocols—creating fresh market entry barriers.