Economic Machines
FAA Part 107 Certified
Automated Data Service Provider (ADSP)
Algorithmic flight routing, separation management, and secure data pipelines for commercial BVLOS operations.
Capabilities
- Safe Airspace Separation
- Leveraging ADSP architecture to keep uncrewed aircraft safely separated from cooperating drone fleets and cooperative manned aircraft broadcasting ADS-B via industry consensus standards.
- Density-Aware 3D Routing
- Dynamically generating compliant flight paths below 400 feet AGL that automatically avoid restricted infrastructure, airports, eVTOL launch sites, and high-density population zones or open-air gatherings.
- Dynamic Hazard Mitigation
- Real-time identification and mitigation of operational hazards by continuously tracking geographic boundaries, communication coverage, loss-of-link fail-safes, and active NOTAM constraints.
Focus: Air-to-Air
Focus: Air-to-Ground
Focus: System & Environment
Architecture
- High-Availability, Platform-Agnostic API
- Redundant, high-uptime architecture eliminates operational disruptions and FAA-reportable ADSP service failures. This platform-agnostic gateway integrates with NDAA/Blue UAS fleets to accelerate airworthiness approvals.
- Compliance as a Service (CaaS)
- Natively mapping the FAA's Part 108 framework into enterprise workflows. The architecture manages required dashboard access for Operations Supervisors and Flight Coordinators while automatically capturing the flight hours, maintenance metrics, and incident data mandated for federal record-keeping.
- Enterprise Cyber Security
- Implements strict cybersecurity policies and NIST SP 800-171 controls to safeguard flight logs, secure edge devices, protect data integrity, and defend networks from intentional electronic interference.
Algorithmic mission management and risk-aware tactical execution for Collaborative Combat Aircraft (CCA).
Capabilities
- Dynamic WEZ Modeling
- Developing predictive models to represent effective weapon engagement areas, factoring in range, vehicle movement, and threat trajectories to provide tactical risk measures.
- WEZ-Aware Path Planning
- Generating real-time 3D path planning algorithms that navigate safely through dynamic, overlapping WEZs, minimizing risk across multiple static and moving threats.
- Algorithmic Weaponeering
- Optimizing weapon-to-target assignment to maximize capture and neutralization under severe operational uncertainty—including state errors, operational boundaries, communication delays, and environmental wind disturbances.
- Mutual Support & Teaming
- Quantifying effective multi-ACP collaboration and coordinated movement in adversarial situations to enable collaborative threat avoidance and synchronized weapon engagement.
Architecture
- Cognitive Layer Focus
- Concentrated on the tactical "thinking and action" process flow for mission management. Rather than managing inner-loop flight controls (acceleration, roll-rate, throttle), the software interfaces directly with existing platforms via 3D aim-point and waypoint generation.
- Open Architecture
- Natively integrated with the Autonomy Government Reference Architecture (A-GRA) mission systems to establish the foundational trust required for collaborative operations.
- Platform Agnostic
- Engineered to reduce integration friction and leverage state-of-the-art AI-enabling technologies across Group 5 air platforms and legacy DoD systems.