Autonomous
Aviation
Real-time AI for autonomous aircraft, drones, and satellites. 1000Hz control loops, GPS-denied navigation, and PX4/ArduPilot integration.
Flight Control Specifications
Real-time performance for mission-critical aviation systems
Technical Specifications
Built for Flight-Critical Systems
Autonomous Flight Control
PX4 and ArduPilot integration with MAVLink 2.0 protocol. Full autonomous flight stack for fixed-wing, multirotor, and VTOL aircraft. 1000Hz control loop for precision flight.
Visual-Inertial SLAM
ORB-SLAM3 for GPS-denied navigation. Real-time 3D mapping and localization using camera and IMU fusion. Perfect for indoor flight, urban canyons, and satellite operations.
AI-Powered Perception
Real-time object detection and tracking with LiteRT and MediaPipe. Obstacle avoidance, landing zone detection, and aerial inspection. Hardware-accelerated on ARM NEON, Mali GPU, and Edge TPU.
Real-Time Performance
Linux 6.12 LTS with native PREEMPT_RT support. Deterministic <1ms latency for flight-critical operations. Hard real-time guarantees for sensor fusion and control loops.
Mission Planning AI
LLM-powered mission planning with llama.cpp. Natural language commands, weather-aware routing, and autonomous decision making. Runs completely offline on edge hardware.
Minimal Footprint
Ultra-lightweight OS with <64MB RAM and <256MB storage footprint. Perfect for resource-constrained aerospace platforms. Fast boot (<3s) and low power consumption (0.5-5W).
Flying Smarter & Safer
NeuralOS powers autonomous aerial systems across commercial, industrial, and research applications
Autonomous Delivery Drones
Enable last-mile delivery with fully autonomous drones for e-commerce, medical supplies, and food delivery. NeuralOS provides precision landing (<10cm accuracy), dynamic obstacle avoidance, and weather-adaptive flight planning. Operates in urban environments with GPS-denied navigation using ORB-SLAM3 visual odometry.
Precision Agriculture
Transform farming with AI-powered crop monitoring, disease detection, and precision spraying. NeuralOS enables multispectral imaging analysis, automated flight planning over large fields, and real-time crop health assessment. Reduce water and pesticide usage by up to 40% with targeted interventions.
Ready to Take Flight?
Deploy autonomous aerospace systems with confidence. NeuralOS powers drones, UAVs, and satellites with real-time AI and flight-critical reliability.