Every Aerosyn platform is built on a vertically integrated engineering stack — from silicon to software, from servo to sensors. We don't source intelligence. We build it. Six core technology pillars combine into autonomous systems that operate where no human can, responding in milliseconds to environments that would kill unprotected personnel in seconds.
Six deeply integrated technology domains — each world-class in isolation, unstoppable when combined into a single autonomous platform.
Aerosyn's humanoid frame is engineered from the ground up for hostile environments. With 32 degrees of freedom spread across a full bipedal structure — 12 in the legs, 14 in the arms and hands, 6 in the torso and neck — the robot achieves human-comparable range of motion without human fragility. Titanium-composite limbs, sealed against pressure, radiation, and corrosive atmospheres, allow the platform to lift 80kg payloads, traverse rubble, climb ladders, and perform fine manipulation tasks with sub-millimeter precision using the 5-fingered dexterous end-effectors.
Aerosyn's AI core runs on custom transformer architectures developed entirely in-house and optimized for edge deployment. Our models are trained on billions of synthetic and real-world datapoints spanning every operational environment — collapsed urban structures, flooded tunnels, high-radiation chambers, deep-sea pressure vessels. We employ mixed-precision quantization and hardware-aware neural architecture search (NAS) to compress 7B-parameter models into hardware that draws under 40W. Real-time inference for vision, language, and control runs simultaneously on a single purpose-built NPU cluster.
Navigation in unstructured, GPS-denied environments requires more than path planning — it requires continuous environmental reconstruction. Aerosyn's navigation stack fuses solid-state LiDAR (360° at 200m range), thermal imaging, sonar, and stereo vision into a unified occupancy map updated at 20Hz. Our Simultaneous Localization and Mapping (SLAM) engine maintains centimeter-accurate localization even in dynamic, dust-filled, or smoke-obscured conditions. Dynamic obstacle avoidance operates with sub-50ms reaction time, and multi-floor terrain mapping enables autonomous floor transitions without human intervention.
When a robot must operate as a direct extension of human intention, Aerosyn's BMI platform enables exactly that. Our non-invasive EEG headset captures motor imagery and gesture intent signals with 64 electrodes sampled at 2048Hz, processed by a proprietary neural decoder that achieves sub-100ms command latency — faster than the average human reaction time. The system interprets 24 discrete commands across thought-based, gaze-based, and EMG gesture channels, allowing operators to direct complex manipulation tasks with no physical controller. Fallback handshake protocols ensure safe abort in case of signal loss.
Aerosyn's robots learn. Our RL pipeline begins in physics-accurate simulation — we run 50,000+ parallel environment instances across GPU clusters, allowing a robot to accumulate the equivalent of 200 years of experience in 72 hours. Curriculum learning progressively challenges agents from basic balance to full mission execution. Sim-to-real transfer is handled by a domain randomization engine that introduces lighting variation, surface friction uncertainty, sensor noise, and actuator lag during training. Multi-agent training scenarios teach coordination behaviors for swarm deployments without human supervision.
Cloud dependency is a mission liability. Aerosyn systems are engineered for complete operational autonomy — every decision, from gait adjustment to threat classification, is made onboard in under 10 milliseconds. The edge compute stack consists of a heterogeneous SoC array: a 12-core ARM application processor, a custom 16-TOPS NPU for inference, and a dedicated real-time safety co-processor that enforces hard behavioral constraints independent of the main AI stack. Total computational budget is 80W. Encrypted peer-to-peer mesh communication allows multi-unit coordination with no central server, no cloud, no single point of failure.
From concept to deployment, every Aerosyn technology moves through a rigorous three-phase development process designed to eliminate failure modes before they reach the field.
All new capabilities begin in Aerosyn's proprietary physics simulation environment — a high-fidelity digital twin capable of modeling radiation, pressure, thermal gradients, and fluid dynamics simultaneously. Agents train against millions of procedurally generated scenarios before a single physical prototype is assembled. This phase eliminates design flaws at compute cost rather than hardware cost, and generates the behavioral datasets that power downstream neural fine-tuning.
Physical prototypes are validated in Aerosyn's controlled test environments — including a full-scale radiation mockup facility, a pressurized underwater test tank rated to 600 bar, and a configurable rubble field for disaster response scenarios. Hardware is pushed beyond rated limits to measure real failure modes. Sensor data is compared against simulation predictions to close the sim-to-real gap. Human operator trials with BMI equipment are conducted here, with recorded latency, accuracy, and fatigue metrics driving interface refinement.
Field deployments begin with monitored partner trials in real operational environments — active nuclear facilities, deep-sea infrastructure sites, post-disaster zones. Telemetry is collected continuously across all sensor channels during deployment, feeding back into the simulation and training pipeline. Each field deployment generates proprietary real-world data that competitors cannot replicate. Cumulative operational hours now exceed 14,000 across 22 deployment environments on four continents, providing the ground truth that makes Aerosyn's models genuinely world-class.
Whether you're deploying Aerosyn systems in the field, integrating our autonomy stack into existing infrastructure, or exploring custom development contracts — we want to hear from you. The problems no one else will touch are exactly where we start.