Embention is setting a new benchmark in loitering munitions and C-UAS operations with a purpose-built autopilot architecture designed specifically for one-way drone missions.
Combining mission-critical reliability with embedded computer vision, the system enables precise navigation and targeting even in GNSS-denied environments.
At its core is a dual-layer architecture that separates high-integrity flight control from advanced mission processing. The deterministic flight control layer ensures stable navigation and secure execution of critical functions, developed in line with DO178C and DO254 standards. In parallel, a high-performance processing layer handles complex computer vision tasks such as target recognition, feature tracking, and real-time decision-making, ensuring advanced intelligence without compromising safety.
A comprehensive onboard sensor suite, augmented by LTE positioning and external sensor compatibility, supports robust situational awareness. This is further enhanced by sophisticated sensor fusion, enabling reliable navigation through vision-based positioning and preloaded terrain maps. As a result, the system remains resilient against jamming and spoofing while delivering high-precision terminal guidance.
Supporting both loitering munitions and high-speed interceptors, the solution offers mission-specific software configurations, secure data wipe functionality, and scalable production capability, addressing the evolving demands of modern tactical environments.
