Enable autonomous, safe and secure operations in low altitude and congested environments
The regulatory landscape for airworthiness is evolving rapidly – the cost, time, and risk of compliance with these standards will be a major factor in determining the success of a new aircraft.
The dramatic surge in numbers of small aircraft such as air taxis and unmanned delivery vehicles means early movers need a flexible, scalable design approach that can help them pivot as requirements evolve.
Advanced Air Mobility manufacturers face challenges including:
- Creating safe, secure and robust autonomous navigation and control systems that can operate in complex urban environments
- Establishing certification requirements and processes for novel aircraft to operate safely without the long certification process of commercial aviation
- Airspace utilization and air traffic control that will require new, advanced air traffic management systems that can handle high volume of takeoffs and landings safely and efficiently
The industry is rapidly evolving with technological advancements that enhance capabilities
AI integration enables advanced navigation, autonomous flight, and real-time data analysis
Advanced sensing technologies, including EO/IR and LiDAR, enable precise tracking and data gathering
Swarm technology facilitates coordinated tasks among multiple vehicles, enhanced by low-latency 5G connectivity
Our Deos RTOS is powering a growing number of vehicles and ground stations. Deos offers:
Safety: Deos is flying in 10s of thousands of airplanes and provides the ability to certify to DO-178C DAL A level if required
Security: From secure boot to encryption and memory protection, Deos is architected to secure operations
Multi-Core: Deos optimizes the power of multi-core processors while retaining safe, deterministic behavior – check out our SafeMC Technology!
Modularity: Deos enables code re-use and rapid system updates
