AI Flight Core
Onboard perception and decision-making on in-house mission computers. Detects, classifies, and tracks 10+ targets simultaneously; hands targets between ISR and strike assets without a human in the control loop for every step.
Autonomy
Sysverve's autonomy engine runs on hardware we design ourselves: a full stack from flight-critical compute to command center, engineered as one system.
AI Flight Core
Onboard perception and decision-making on in-house mission computers. Detects, classifies, and tracks 10+ targets simultaneously; hands targets between ISR and strike assets without a human in the control loop for every step.
Layered inertial, visual, and terrain-referenced navigation sustains guidance accuracy through jamming and spoofing. Visual-inertial odometry bounds drift for the entire mission envelope.
EO/IR, inertial, RF, and ADS-B fused at sub-40 ms latency into a single tactical picture on the vehicle: collision avoidance, target confirmation, and terminal guidance from one state estimate.
Encrypted, relay-capable networking lets vehicles extend one another's reach and share targets. Fiber-optic variants physically bypass the RF spectrum for counter-EW operations.
Threat-aware corridor generation, payload scheduling, and pre-flight rehearsal, then dynamic onboard re-planning when the picture changes mid-sortie.
Every board, firmware image, and control law is designed in-house. No export-controlled black boxes, no licensed autopilots, full authority over the stack.