Sensor fusion
Combines EO/IR, LiDAR, and available platform data to surface potential robotic, UAS, and sensor-dependent threats.
Counter-autonomy sensing and robotic-threat awareness for contested environments. Designed to improve awareness, classification, and decision time where autonomous systems, UAS swarms, and sensor-dependent platforms are part of the mission picture.
Autonomous robotic systems, UAS swarms, and sensor-dependent platforms are increasingly part of the contested-environment picture. Defenders need a sensing layer that surfaces threat presence, classifies behavior, and gives humans the time and confidence to decide. Generic counter-UAS systems target larger, high-signature platforms. Smaller, autonomous, sensor-dependent threats fall through the gap.
LumenGlaive combines EO/IR, LiDAR, sensor fusion, and AI-assisted classification to surface robotic and autonomous-system signatures for human review. It is designed to improve awareness, classification, and decision time in environments where autonomous threats may be difficult to distinguish or track. Human decision-making remains in the loop at every stage.
Combines EO/IR, LiDAR, and available platform data to surface potential robotic, UAS, and sensor-dependent threats.
AI-assisted classification provides confidence-scored threat information for operator review.
LumenGlaive supports awareness and planning. Engagement decisions remain with authorized human operators.
Threat presence detection, behavior classification, confidence scoring, and decision support for the operator. No autonomous action. No targeting commitment without human authorization. Output is shaped for SOF operators, Army counter-autonomy planners, force-protection units, and prime unmanned-systems integrators.
SOCOM Vulcan, SOFWERX, Army counter-autonomy, Air Force force protection, Blue UAS OEM, prime unmanned systems teaming, and OTA prototype pilot routes. Pathway routing built in from the start.
Lab-stage prototype-path capability. TRL labels used only where verified. Customer-operated, release-stage, and sustainment-ready claims used only where verified.
SOCOM Vulcan. SOFWERX. Army counter-autonomy. Air Force force protection. Blue UAS OEM partners. OTA prototype pilot.
SDVOSB subsystem fit for compatible U.S. Group 1-3 UAS platforms and prime unmanned-systems integrators. Reduced capture burden for primes pursuing counter-autonomy work.
LumenGlaive is presented as an unclassified, lab-stage capability. Claims about integration, certification, deployment, or operational performance require separate validation. Designed for human decision support, not autonomous engagement.
SOCOM scouts, Army counter-autonomy program offices, Blue UAS OEMs, force-protection units, prime unmanned-systems integrators: tell us the platform and the threat profile. Axirix shapes the package to your evaluation criteria.