About Harmattan AI
Harmattan AI delivers an autonomy platform that coordinates distributed autonomous systems across mission orchestration, mission management, and platform autonomy. The platform implements a two-layer autonomy model to enable decentralized decision-making alongside centralized mission oversight.
Built-in capabilities include VSHORAD for low-altitude air defense, persistent ISR for continuous SAR-based situational awareness, tactical strike for rapid target engagement, and deep strike for long-range precision effects.
Integrated command-and-control functions provide real-time coordination, planning, and execution across contested environments. Force readiness and training tools replicate operational conditions to validate system performance and workflows.
The architecture supports synchronized, scalable autonomous operations and end-to-end mission lifecycle management.
Key Features
Use Cases
Who is it for?
Built-in capabilities include VSHORAD for low-altitude air defense, persistent ISR for continuous SAR-based situational awareness, tactical strike for rapid target engagement, and deep strike for long-range precision effects.
Integrated command-and-control functions provide real-time coordination, planning, and execution across contested environments. Force readiness and training tools replicate operational conditions to validate system performance and workflows.
The architecture supports synchronized, scalable autonomous operations and end-to-end mission lifecycle management.
Key Features
- Coordination of distributed autonomous systems across mission orchestration, mission management, and platform autonomy
- Two-layer autonomy model enabling decentralized decision-making with centralized mission oversight
- Built-in mission modules: VSHORAD (low-altitude air defense), persistent SAR-based ISR, tactical strike, and deep strike
- Integrated command-and-control functions for real-time coordination, planning, and execution in contested environments
- Scalable, synchronized architecture supporting end-to-end mission lifecycle management
Use Cases
- Orchestrate distributed autonomous ISR and VSHORAD forces with Harmattan AI’s two-layer autonomy model to maintain persistent SAR-based situational awareness, enable edge-level decentralized engagement decisions, and provide centralized command oversight and real-time mission re-tasking
- Coordinate integrated tactical and deep-strike campaigns by fusing autonomous ISR feeds and long-range precision strike platforms, automating target pairing and deconfliction through a unified C2 while preserving platform-level autonomy for rapid responses
- Streamline training and mission lifecycle management by simulating multi-domain distributed autonomous operations, collecting telemetry for after-action review, and iterating tactics under safe centralized control with decentralized execution
Who is it for?
- Military commanders and joint force planners
- Mission planners and operational planners
- Command-and-control (c2) operators
- Unmanned/autonomous system operators
- Autonomy engineers and systems integrators
- Isr analysts and sensor operators
- Air defense and vshorad officers
- Tactical strike and fires officers
- Training and readiness officers
- Defense program managers and contractors
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