Prime provides a rugged hardware and cloud‑enabled platform that delivers continuous, real‑time situational awareness for emergency responders in disaster zones. It integrates sub‑meter GNSS/RTK navigation, a self‑healing multi‑modal mesh network (satellite, LTE, ISM) and AI‑driven analytics to fuse sensor, UAV video and crowd‑sourced data into an encrypted dashboard, with modular sensor interfaces for mission‑specific payloads.
Funding
Funding not disclosed
Founders
Product
Problem
Emergency response teams operating in natural‑disaster zones often face disrupted communications, unreliable positioning data, and fragmented situational awareness, which hampers safety and slows mission execution. Existing off‑the‑shelf tools are not rugged enough or lack the integration needed for rapid, coordinated action in austere environments.
Solution
Prime delivers a purpose‑built, end‑to‑end platform that fuses hardened hardware with cloud‑enabled software to provide responders with continuous, real‑time intelligence. The system combines high‑precision GNSS (including RTK) for sub‑meter navigation, a resilient mesh networking layer that routes voice, data, and video over satellite, cellular, and ad‑hoc links, and an AI‑driven situational‑awareness dashboard that aggregates sensor feeds, GIS layers, and crowd‑sourced reports. All communications are encrypted and comply with relevant government standards, while the modular architecture lets operators add mission‑specific sensors or payloads without redesign. Data are streamed to a secure edge‑cloud where analytics run locally to reduce latency, then synchronized to central command centers for coordinated decision‑making.
Target Audience
Primary customers are government civil‑protection agencies, NGOs, and private disaster‑response firms that field multi‑disciplinary teams for rapid relief operations. The platform is also suited for specialized units such as search‑and‑rescue squads and humanitarian logistics teams.
Features
- Ruggedized field tablet and wearable hub rated to IP68, with shock‑resistant enclosure for extreme weather and debris exposure
- Multi‑modal mesh network (satellite, LTE, 900 MHz ISM) with automatic link‑selection and self‑healing routing for uninterrupted connectivity
- Real‑time GNSS/RTK engine delivering sub‑meter positioning and dynamic waypoint routing on degraded maps
- Edge‑cloud analytics pipeline that fuses UAV video, IoT sensor streams, and crowdsourced reports into a unified situational‑awareness map
- End‑to‑end AES‑256 encryption and role‑based access control, meeting NIST and IEC 62443 compliance levels
- Plug‑and‑play sensor interface (thermal cameras, gas detectors, LiDAR) via standardized CAN/USB ports and API‑first integration framework
- Offline‑first operation mode with local data caching and deferred sync when backhaul is restored
- Centralized command console with web‑based GIS overlay, mission tasking, and automated alert generation