Our proprietary autonomy stack is the intelligence layer behind every Aerosyn system. It doesn't follow scripts โ it perceives the environment, reasons under uncertainty, and acts with precision. Built for environments where a wrong decision has permanent consequences.
Every decision cycle runs in under 10 milliseconds. The three stages operate in continuous parallel, not sequence.
Aerosyn systems fuse data from six sensor modalities simultaneously โ LiDAR, thermal imaging, sonar, stereoscopic vision, inertial measurement, and environmental chemistry detection. Raw sensor streams are processed onboard in real time.
The result is a continuously updated 3D environmental model accurate to 2cm at distances up to 40 meters, even in complete darkness, smoke, or underwater conditions.
The Aerosyn Brain runs a custom transformer-based architecture on dedicated edge compute hardware โ no cloud dependency, no latency floor. Decision models are trained through simulation and hardened with real-world field data.
The system maintains a probabilistic world model, tracks object permanence through occlusion, plans multi-step task sequences, and assesses risk before every action. It knows what it doesn't know.
From decision to actuation in under 8 milliseconds. Aerosyn control systems use model-predictive control algorithms that anticipate physical dynamics rather than reacting to them, enabling fluid motion in unpredictable terrain.
Every action generates feedback that updates the world model. The system learns from each deployment, accumulating operational experience that makes subsequent missions faster, safer, and more precise.
The hardware that makes real-time autonomy possible in extreme environments.
The Aerosyn Brain adapts its autonomy level to the situation โ from full independence to human-guided precision.
Zero human input required. The system receives mission objectives, plans execution, navigates, adapts to obstacles, and reports completion. Used for high-radiation, vacuum, and deep-sea environments where communication is unreliable.
Human operator sets high-level goals and approves critical decisions. The system handles all navigation and manipulation autonomously between checkpoints. Ideal for disaster response where mission parameters change rapidly.
Full human control with AI-assisted stabilization, collision avoidance, and precision assistance. The operator drives intent โ the Brain handles execution fidelity. Latency compensation handles up to 800ms communication delay.
Multiple Aerosyn units operating as a coordinated collective. Shared spatial maps, distributed task allocation, and emergent coverage behavior. Up to 64 units in a single coordinated swarm with decentralized consensus.
The Aerosyn autonomy stack is available as a licensed platform for OEM integration. Whether you're building industrial robots, UAVs, or marine systems โ we provide the intelligence layer.