Skyryse has developed SkyOS, a universal operating system for flight that utilizes Deterministic Expert AI to replace traditional mechanical controls with a fly-by-wire system, enhancing safety and control in general aviation. This technology addresses the high rate of aviation fatalities by providing a simpler and safer piloting experience, potentially preventing a significant number of crashes.
Funding
$254M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
+10Founders
Product
Problem
General aviation faces a high rate of accidents and fatalities due to the complexity of traditional mechanical controls and decision-making processes required of pilots. The number of qualified pilots is decreasing, partly due to the difficulty and extensive training required to master these antiquated systems. This complexity can lead to pilot error, especially in emergency situations or degraded visual environments, contributing to a significant number of aviation incidents.
Solution
Skyryse offers SkyOS, a universal operating system for flight designed to simplify piloting and enhance aviation safety. SkyOS replaces traditional mechanical controls with a fly-by-wire system managed by a unified, software-defined pilot interface. This system uses Deterministic Expert AI to provide inherent stability, automated emergency management, and tactical envelope protection. By digitizing the flight controls and integrating sensors and avionics, SkyOS reduces pilot workload, increases situational awareness, and enables optionally-piloted capabilities, making flying safer and more accessible.
Target Audience
The primary target audience includes general aviation pilots, commercial aviation operators, and the U.S. Army seeking to enhance the safety and capabilities of their aircraft while reducing pilot workload and training requirements.
Features
- Triply redundant fly-by-wire architecture for unmatched reliability
- Unified, software-defined pilot interface for enhanced situational awareness
- Automated emergency management, including automated autorotation in case of engine failure
- Tactical flight envelope protection to maximize safety during maneuvers
- Optionally-ground piloted capabilities, allowing remote dispatch and control of aircraft
- Degraded visual environment operation support through real-time automation and redundant sensors
- Aircraft-agnostic operating system applicable to both helicopters and airplanes
- Simplified controls reducing training requirements and increasing pilot proficiency