dot SAGA provides a rugged, off‑grid mesh system of wearables, RF gateways, and AI‑enabled command nodes that creates a private, autonomous network for real‑time location tracking without cellular, Wi‑Fi, or GPS. The wearables deliver one‑press, precise location reports with silent haptic feedback and on‑device AI that automatically detects falls or distress, visualized on a live per‑person, per‑second map. Designed for tactical teams and emergency responders, the waterproof, long‑life solution operates reliably in mountains, tunnels, and other GPS‑denied or contested environments.
Funding
Funding not disclosed
Founders
Product
Problem
In remote, rugged, or contested environments, traditional communication and positioning systems that rely on cellular networks, Wi‑Fi, or GPS often fail, leaving teams without real‑time location awareness or a reliable way to signal distress.
Solution
dot SAGA offers a self‑contained, off‑grid mesh ecosystem composed of rugged wearables, RF logic gateways, and AI‑enabled command nodes. The system creates a private, autonomous network that can be deployed instantly without any external infrastructure. Wearable devices provide precise, one‑press location reporting with silent haptic feedback, while on‑device AI continuously monitors for falls, crashes, or other distress signals. Real‑time location intelligence is visualized on a live map, delivering per‑person, per‑second tracking even in GPS‑challenged terrain such as mountains, tunnels, or remote venues. The mesh is engineered for durability, waterproofing, and long battery life, ensuring continuous operation in high‑stakes, mission‑critical scenarios.
Target Audience
Primary customers are tactical teams, emergency responders, and field operators who require reliable communication and location tracking in off‑grid, GPS‑denied, or contested environments.
Features
- Rugged wearable units with one‑press location transmission and silent haptic confirmation
- Autonomous RF mesh network that operates without cellular, Wi‑Fi, or GPS dependencies
- On‑device AI for automatic detection of falls, crashes, and distress events
- Real‑time site‑wide mapping showing every individual’s location every second
- Waterproof and robust power design for prolonged operation in extreme environments
- Scalable architecture that can expand to unlimited numbers of nodes on demand