Autonomous systems development at the intersection of hardware and software engineering, specializing in flight control software, autonomous navigation, and safety-critical systems.
Our flagship autonomous drone project: a vertical takeoff and landing system capable of delivering 2kg payloads over 200km range in challenging offshore environments.
Our proprietary flight control software ensures reliable operation in challenging environments with autonomous navigation systems, real-time telemetry processing, and safety-critical software development.
GPS-denied navigation using computer vision, LIDAR, and inertial measurement systems.
Continuous monitoring of flight parameters with instant data transmission and analysis.
Redundant safety protocols ensuring mission success even when facing unexpected challenges.
Robust operation in harsh offshore conditions including high winds and salt spray.
2kg maximum payload with precision delivery mechanisms
200km range with autonomous return-to-base capability
Proprietary autopilot with redundant sensor fusion
Long-range radio with satellite backup communication
IP67 rated for operation in harsh marine environments
Our drone development combines cutting-edge hardware design with sophisticated software systems for autonomous operation in challenging environments.
Custom autopilot software with advanced PID controllers and sensor fusion algorithms for stable flight.
Real-time image processing for obstacle avoidance, target recognition, and precision landing capabilities.
Intelligent route optimization with dynamic replanning based on weather conditions and airspace restrictions.
Advanced data processing pipelines handle sensor data and imagery analysis, connecting to our computer vision capabilities for real-time decision making.
Integration of GPS, IMU, barometer, and camera data for accurate position and attitude estimation.
Low-latency data processing ensuring immediate response to changing flight conditions and obstacles.
Machine learning algorithms predict system behavior and potential failures before they occur.
Real-time detection and classification of obstacles, landing zones, and delivery targets using deep learning models.
Camera-based navigation system providing backup to GPS in challenging environments or GPS-denied areas.
Computer vision-guided landing system achieving centimeter-level accuracy for precise payload delivery.
Our systems are designed with redundant safety protocols that ensure mission success even when facing unexpected challenges in harsh environmental conditions.
Multiple backup systems for critical components including flight control, navigation, and communication systems.
Automated emergency procedures including return-to-home, emergency landing, and payload jettison capabilities.
Ruggedized design for operation in extreme weather conditions including high winds, rain, and salt spray.
Mission Success Rate
Redundant Critical Systems
Emergency Response Time
Environmental Protection Rating
Our autonomous drone technology serves diverse industries with specialized solutions for challenging operational requirements.
Offshore platform supply, emergency medical delivery, and maritime surveillance operations.
Critical supply delivery to remote locations, disaster relief, and emergency response operations.
Infrastructure inspection, environmental monitoring, and security surveillance applications.
Let's discuss how our aerospace engineering expertise can create autonomous solutions for your challenging operational requirements.