Osoosi provides AI-powered avionics that give pilots real‑time, machine‑readable awareness of cockpit context, aircraft state, and airspace conditions. Its Artificial Pilot Awareness (APA) engine fuses voice, instrument data and external traffic information, feeding the Halo AI Copilot which delivers structured
Funding
Funding not disclosed
Founders
Product
Problem
Increasing airspace complexity, higher traffic density, and growing drone integration are raising pilot workload, while existing cockpits lack machine‑readable, real‑time context to support decision‑making.
Solution
Osoosi delivers Artificial Pilot Awareness (APA), an AI-driven intelligence platform that continuously interprets cockpit voice, instrument data, aircraft state, and external airspace conditions. The APA core engine feeds the Halo AI Copilot, which presents structured, timely alerts and procedural guidance directly to the pilot’s displays. By mapping pilot actions against expected procedures, the system surfaces deviations early and helps maintain compliance. Natural‑language voice interaction lets crews query the system and receive advisories without breaking workflow. The platform augments, rather than replaces, the human pilot, preserving authority while providing actionable intelligence in complex environments.
Target Audience
Primary customers are commercial airlines, business‑jet operators, and avionics manufacturers that need AI‑augmented cockpit solutions to support pilots operating in increasingly congested airspace.
Features
- Unified perception engine that fuses voice, instrument readings, and environmental cues into a single cockpit awareness model
- Continuous tracking of aircraft configuration, performance metrics, and flight phase in real time
- Procedure intelligence that compares pilot actions to standard operating procedures and flags anomalies early
- Voice‑driven natural language interface for on‑demand queries and advisory messages
- Integration of real‑time airspace data, including traffic density and drone activity, to inform situational awareness
- Structured, time‑stamped alerts and step‑by‑step guidance delivered to cockpit displays or avionics consoles
- Designed for seamless integration with existing avionics systems through standardized data interfaces