Wildfire early warning · AI + remote sensing
NuraGaze connects AI video analysis with proven large-area monitoring infrastructure, turning potential fire detections into precise, actionable information for response teams.
BSDS® certified by the European Space Agency*Performance depends on weather, terrain, visibility, system configuration and other circumstances.
Two deployment paths
NuraGaze brings software, sensing and operational integration together around your terrain, risk profile and response workflow.
Add AI-assisted smoke and fire detection to compatible video feeds without replacing serviceable camera infrastructure.
Design, installation and configuration of purpose-built large-area monitoring systems, delivered with our partner EPG SRL.
Important: Every site is assessed before deployment. Camera suitability, detection range, coverage and location accuracy depend on image quality, terrain, visibility, connectivity and system design.
From landscape to response
Technology is useful when it helps people make better decisions sooner. NuraGaze is designed around the operators who verify events and the teams who respond.
Compatible cameras or dedicated remote stations monitor the landscape continuously.
AI-assisted analysis looks for visual smoke, fire or thermal indicators.
Operators inspect the event, use PTZ cameras where available and confirm what is happening.
Authorised teams receive event imagery, coordinates and the information needed to act.
Technology that fits the mission
NuraGaze EWS analyses compatible camera streams for early visual indicators of smoke and fire. It can enhance an existing monitoring estate or sit within a new BSDS® network.
BSDS® stations combine high-resolution visible panoramas, thermal imaging, PTZ verification and environmental sensing. Multiple remote stations can connect to one browser-based command platform.
Complete BSDS® deployments are offered by NuraGaze in partnership with EPG SRL.
Visit EPG’s BSDS® product pageReported BSDS® specifications
These are BSDS® system specifications reported by EPG. Actual performance depends on terrain, visibility, intervisibility, camera configuration and installation design.
Built for high-consequence environments
Early detection matters anywhere a small ignition can become a large operational, environmental or economic loss.
Four decades in the field
The technology behind BSDS® has evolved through continuous field use, from an early infrared prototype to integrated visible, thermal and AI-assisted monitoring.
Infrared sensing, image processing, remote communication and automated alarms combine in a system that detects a test fire roughly seven kilometres away.
BSDS® moves into continuous operation and expands into regional protection networks.
Environmental conditions, vegetation, wind, incident history and human activity begin informing preventative risk mapping.
An ESA-funded project advances visible and infrared sensing, AI smoke detection, risk mapping and automated control-room alerts.
Evidence & deployment record
BSDS® reports certification by the European Space Agency and the National Institute for Aerospace Research, alongside deployments across Italian regions, national parks and infrastructure environments.
Reported certification bodies
Selected reported deployment references
Names and marks identify reported BSDS® certifications and historical deployments. They do not imply current endorsement of NuraGaze.
Practical questions
Often, yes. We first assess image quality, field of view, positioning, stream format, connectivity and access. Where the network is suitable, NuraGaze EWS can add automated detection without replacing serviceable equipment.
BSDS® can trigger audible and on-screen alarms and send authorised personnel an event image, identifier and coordinates through configured messaging services. Integrations for NuraGaze EWS are defined around the customer’s operational systems.
No. The system identifies potential events for investigation. An operator should verify the imagery and available sensor evidence before escalation.
Reported BSDS® coverage ranges from approximately 20,000–35,000 hectares for infrared sensing and 20,000–280,000 hectares for visible optics. Terrain and installation design can materially change the result.
We begin with site, risk and infrastructure assessment. A software-first project focuses on compatible feeds and integrations; a complete BSDS® project can include station design, communications, installation, control-room configuration and operator workflow.
Email us with your location, environment, existing camera coverage and approximate area of interest. We will arrange a focused demonstration around your site and operational needs.
Articles
Coverage & planning
A camera’s advertised range tells only part of the story. The land it can usefully monitor depends on its view, the conditions and how the system operates.
Read the articlePhoto: National Park Service. Public domain, via Wikimedia Commons.
Fire & climate
Billions of tonnes enter the atmosphere through vegetation fires each year. Understanding their climate impact means looking at what burns—and what grows back.
Read the articlePhoto: Lauren Dauphin / NASA Earth Observatory, using MODIS data from NASA EOSDIS LANCE and GIBS/Worldview. Public domain, via Wikimedia Commons.
Start with your landscape
Tell us what you need to protect, the coverage you already have and how your response team works. We’ll help identify the right starting point.
