Opteran Technologies: Neuromorphic Autonomy for European Defense
Opteran is a UK-based deep-tech spin-out from the University of Sheffield, pioneering neuromorphic autonomy by reverse-engineering insect brains. Its flagship “Opteran Mind” software applies 600 million years of evolutionary vision algorithms to allow drones and robots to perceive and navigate in real time, using a tiny (<250 g), low-power silicon processor rather than data-heavy AI models[1][2]. In practical terms, Opteran’s software enables a sub-250 g drone to achieve full onboard flight autonomy from a single low-resolution camera[1]. This bio-inspired approach promises far faster depth perception and obstacle avoidance than current SLAM-based methods, addressing key blockers in field robotics[3][4]. With pilot projects already underway – notably testing its algorithms on Airbus Defence & Space’s Mars Yard rovers in collaboration with ESA and the UK Space Agency[5][6] – Opteran’s technology has captured European interest. Its dual-use potential spans civilian sectors (e.g. warehouse robotics, precision agriculture, infrastructure inspection[7]) and emerging defense requirements for robust autonomous systems. This introductory profile will outline Opteran’s strategic-technological positioning in light of European strategic autonomy and defense innovation priorities.