Think of Fury as a super-smart robotic fighter wingman: an unmanned jet-like drone that flies alongside crewed aircraft, using AI to sense the battlefield, make split-second decisions, and carry out missions with minimal human input.
Traditional crewed combat aircraft are expensive, slow to adapt, and put pilots at risk. Fury aims to provide a cheaper, faster-to-deploy, and more expendable AI-enabled drone that can perform high-risk missions (surveillance, electronic warfare, strike support) while integrating with existing U.S. military aviation assets.
Tight integration with U.S. defense requirements and programs, proprietary flight and mission data from testing, domain-specific autonomy tuned for contested airspaces, and deep coupling of AI with avionics and sensor payloads create a defensible position versus generic drone platforms.
Hybrid
Unknown
High (Custom Models/Infra)
Onboard compute, power, and thermal constraints for running advanced AI models in real time, plus secure/reliable communications in contested environments.
Early Adopters
Positioned as an AI-first, software-defined, tactical drone optimized for collaborative combat with existing U.S. military aircraft, focusing on autonomy and mission adaptability rather than being just another remotely piloted platform.