AI Fire Detection
Detect visible flames through CCTV.

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Detect Fire & Smoke Early with Intelligent CCTV Analytics
Uchit Technology’s AI-powered fire and smoke detection system analyzes CCTV footage to identify visible smoke and flame in real time. It helps factories, warehouses, commercial buildings and large facilities improve fire monitoring and response.
Our AI video analytics continuously analyzes camera feeds from your compatible CCTV cameras and generates alerts when visible smoke or flame is detected — so your team can verify the event on video and respond faster.
An additional layer of fire safety. The solution works alongside conventional fire detection and suppression systems — it does not replace them.
AI fire detection and AI smoke detection built on computer vision, designed for large and complex facilities.
Detect visible flames through CCTV.
Identify visible smoke patterns.
Automated video analysis, around the clock.
Get alerts when potential events are detected.
Suitable for factories, warehouses and yards.
Works with compatible IP cameras.
Monitor multiple camera zones from one system.
Review footage for faster incident verification.
From large industrial sites to busy commercial buildings, our video analytics adds an extra layer of fire monitoring wherever compatible CCTV cameras already watch.
Capture live video.
Analyze smoke and flame patterns.
Identify configured fire/smoke events.
Generate real-time notifications.
Teams verify and take appropriate action.
A Pune-based AI video analytics and smart safety company.
Yes, compatible IP cameras can often be used, depending on camera quality, positioning, lighting and video stream.
AI can identify visible smoke when it is clearly captured by the camera. Performance depends on camera placement and environmental conditions.
No. It should be used as an additional video-based detection and monitoring layer alongside required fire safety systems.
Yes, in suitable outdoor environments where camera visibility and environmental conditions support reliable detection.