Ground
Adaptive pathfinding highlights points of cover, ascent grades, and route confidence. Operators receive predictive traction bands and slope warnings in real time.
AI Model
Building the robotic AI model for defense
Onboard intelligence that turns defense robots into autonomous agents able to coordinate across land, air, and sky.
Multi-domain embodied AI
Onboard AI model turning defense robots into autonomous agents
Collaborative autonomy that connects perception, language, and action in real time. Enyak AI runs at the tactical edge without reliance on cloud connectivity, enabling high tempo operations in contested domains.
Domain imagery
Ground, drone, and aircraft teams share a live operational picture
Each domain view renders live terrain and mission overlays inspired by the Enyak AI control stack. The visuals mirror the topographic language from the demo with dedicated telemetry for every platform.
Drone
Airspace deconfliction visualizes wind shear corridors, uplink status, and altitude envelopes. Swarm links glow when agents share a common vector.
Aircraft
Tactical picture unifies threat vectors and runway briefs. Elevation gates and ingress corridors animate when Enyak shares a tasking update.
What is embodied AI?
One-to-many human to robot coordination requires human-like intelligence.
Vision-Language-Action models trained on simulation and human demonstration data connect perception to execution. Enyak AI fuses voice, vision, and mission context so teams of autonomous agents can reason together.
Natural language protocol
Input
Real-time sensor fusion, video, and voice commands.
Real-time sensor fusion, video, and voice commands.
Model
Large language model tuned for embodied control.
Large language model tuned for embodied control.
Output
Coordinated actions across land, air, and sea assets.
Coordinated actions across land, air, and sea assets.
Introducing
Enyak
A first-of-its-kind AI model for multi-domain defense
Enyak is a collaborative mission partner for defense robots
Platform-agnostic autonomy that scales from single vehicle operations to coordinated multi-domain teams.
Robot-to-robot coordination via natural language protocol enables shared mission context and intent without constant human supervision.
Operates disconnected from the cloud with resilient decision-making in GPS- and comms-denied environments for uninterrupted missions.
Modular autonomy stack deploys across ground, air, and maritime vehicles with rapid integration timelines and shared mission data.
Built entirely on commercial off-the-shelf compute for fast deployment, easy maintenance, and streamlined upgrades in theater.
Requires as little as a single camera feed to perceive complex environments, minimizing signature and sensor footprint.
Continually adapts using operational feedback loops, learning in the field to stay ahead of emerging threats and terrain.