HUVI offers autonomous, edge‑AI powered early‑warning systems for wildfire detection. Its HUVI.GUARDIAN units combine 360° high‑resolution cameras, on‑device AI analysis, and solar‑based off‑grid power to monitor up to 300 km² and transmit real‑time alerts via satellite to the HUVI.FIREWATCH dashboard, enabling forest agencies and emergency services to detect smoke and fires within seconds in remote areas.
Funding
Funding not disclosed
Founders
Product
Problem
Forests and remote areas often lack reliable, real‑time monitoring infrastructure, making early detection of smoke and nascent wildfires difficult. Delays in spotting fires increase the risk of large‑scale damage to ecosystems, communities, and critical infrastructure.
Solution
HUVI.SWISS offers autonomous, edge‑AI powered early‑warning systems that continuously monitor large forested zones for smoke and fire signatures. The HUVI.GUARDIAN unit combines a 360° high‑resolution camera with on‑device image processing and AI‑based pattern recognition, enabling detection within seconds without reliance on cloud connectivity. Powered by integrated solar (and optional wind) panels and battery storage, each unit operates off‑grid and can cover over 300 km². Detected events, including GPS coordinates, timestamps, and imagery, are transmitted via satellite links to the HUVI.FIREWATCH web platform, where operators and emergency services receive real‑time alerts, status dashboards, and escalation tools. The solution includes full lifecycle support—from site analysis and installation to integration with existing command‑center workflows and long‑term maintenance.
Target Audience
Primary customers are forest management agencies, municipal emergency services, and operators of critical infrastructure who require autonomous, large‑area wildfire monitoring in remote or infrastructure‑limited regions.
Features
- 360° high‑resolution camera with on‑device edge AI for real‑time smoke and fire detection
- Multi‑stage verification algorithm reduces false alarms and enables detection at distances up to 10 km
- Fully energy‑autonomous design using solar panels, battery storage, and optional wind power for off‑grid operation
- Satellite communication ensures reliable alert transmission from remote locations
- HUVI.FIREWATCH web dashboard provides live system health, energy status, and geospatial visualization of alerts
- Open API and configurable alarm escalation integrate with existing GIS, dispatch, and emergency management systems
- Modular hardware architecture supports scalable deployment from single units to extensive monitoring networks