The platform provides a hardware‑agnostic autonomy stack that can be added to PX4, ArduPilot, ROS or custom robotic systems without modifying firmware, delivering edge‑native sensor fusion and dynamic AI orchestration for perception, planning and control. It creates a multi‑path, frequency‑hopping mesh network with peer‑to‑peer navigation to ensure low‑latency, resilient coordination of mixed aerial and ground fleets, while cloud‑hosted AI models and fleet‑management services are offered on a subscription and usage‑based basis.
Funding
Funding not disclosed
Founders
Product
Problem
Many organizations operate heterogeneous drone and robot fleets that rely on vendor‑specific firmware, making it costly and time‑consuming to add new autonomous capabilities. In contested or high‑interference environments, traditional point‑to‑point links suffer frequent drop‑outs, limiting real‑time coordination. Centralized control architectures also introduce latency and single‑point‑of‑failure risks for mission‑critical operations.
Solution
The platform delivers a hardware‑agnostic autonomy stack that can be installed on existing PX4, ArduPilot, ROS or custom robotic systems without firmware changes. It establishes a multi‑path mesh network that automatically selects the strongest relay routes and applies frequency‑hopping to mitigate electromagnetic interference. Dynamic AI orchestration lets operators add, remove, or reconfigure perception and navigation modules at runtime, while edge‑native multi‑modal sensor fusion processes RGB, thermal and LiDAR streams for real‑time object detection. A unified 3‑D fleet interface provides drag‑and‑drop mission planning and visualizes telemetry from all agents in a single operational picture. Decentralized peer‑to‑peer navigation ensures collision avoidance and formation keeping without reliance on a central controller. Cloud‑hosted AI models and fleet‑management services are accessed on a usage‑based basis, enabling scalable deployment across large swarms.
Target Audience
The solution targets defense and security units, infrastructure inspection firms, and logistics operators that manage mixed fleets of autonomous aerial and ground vehicles and require resilient, low‑latency coordination. It also serves robotics developers integrating with PX4, ArduPilot or ROS who need a plug‑and‑play autonomy layer.
Features
- Zero‑config integration layer compatible with PX4, ArduPilot, ROS and proprietary control stacks
- Multi‑path mesh networking with automatic relay selection and adaptive frequency‑hopping for EW resilience
- Real‑time edge‑native sensor fusion of RGB, thermal and LiDAR data feeding SOTA object detection models
- Dynamic AI orchestration framework allowing hot‑swap of perception, planning and control modules
- Unified 3‑D web/iOS/Android dashboard with drag‑and‑drop mission design and live sensor feed overlay
- Decentralized peer‑to‑peer navigation (Titan) for collision avoidance, spacing maintenance and formation control
- API‑driven cloud services for scalable AI model hosting and fleet‑level analytics, billed per inference or data volume