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Fire & Smoke Detection

AI fire detection that spots a smoke plume anywhere in a warehouse or yard, not only in the small radius a ceiling sensor can reach.

The advantage is coverage plus a record. A camera watching an open yard or warehouse floor does not need to sit near where a fire starts, unlike a heat or particulate sensor mounted at fixed points on the ceiling. Once smoke is detected, a timer starts and runs until fire trucks enter the frame, producing response analytics a facility can use to tighten its emergency plan. Early smoke alerting across substations and yards belongs to critical infrastructure security planning.

Key facts:

Response analytics record how long first responders took to arrive after detection: a timer starts the moment smoke or fire becomes visible and stops when fire trucks enter frame, the mechanism already described above.
Camera-based monitoring is positioned as a complement to a facility's NFPA 72 fire alarm and detection system, not a replacement for a code-required point or aspirating detector.
Coverage runs over standard RTSP or ONVIF Profile S/T/G camera feeds at 1080p–4K resolution, 15–30 fps, across the whole volume a camera can see rather than a single fixed sensor radius.
Outdoor yard and warehouse-perimeter cameras are typically housed to an IP66 or IP67 rating under IEC 60529, suited to dust and weather exposure in a storage yard.
A documented, time-stamped detection-to-arrival record is the kind of data NFPA 101 life-safety planning uses to review evacuation and response timing after an incident.
No new sensor network is required; the agent runs on the cameras a facility already has watching its warehouse floors and yards.

Terminal operators fold early smoke alerting into a wider port security programme alongside the utilities coverage referenced above, and both fall under Argu's broader critical infrastructure security approach. Facilities that also want to understand how often a monitoring system fires unnecessarily can review Argu's notes on false alarm rate.

Axis	Ceiling-mounted point / particulate sensor	Argu camera-based ai fire detection
What raises the alert	Smoke or heat physically reaching the sensor's fixed position	A visible smoke plume or flame detected anywhere in the camera's field of view
What a human must watch	An alarm-panel zone indicator only	A boxed detection on the live feed plus a running response timer
Integration path	New point or aspirating detector wiring per zone, spaced per NFPA 72	Existing RTSP or ONVIF Profile S/T/G camera feeds already installed
Applicable standards context	Installed and spaced to meet NFPA 72 detector-placement requirements	Positioned as a complement to the facility's NFPA 72 system, adding coverage in the open volume between fixed detectors
Camera / feed required	None; a dedicated heat or particulate sensor	Standard 1080p–4K, 15–30 fps feeds, with outdoor units typically IP66/IP67-rated under IEC 60529
What gets retained	An alarm-panel event log	A response timer plus the video record, from detection to fire trucks entering frame

What is Fire & Smoke Detection

A ceiling mounted heat or particulate sensor only knows what happens directly beneath it, and in a large warehouse or open yard that leaves most of the space unwatched. Argu's ai fire detection agent uses cameras that already see the whole volume, so a smoke plume in a far corner is boxed the moment it appears. Response analytics then record exactly how long first responders took to arrive after detection, giving a facility real data to sharpen its emergency protocols and reduce liability.

Key Takeaways

These are the core principles that define how Argu approaches every deployment. Our solutions are built to work on your existing infrastructure, require no engineering overhead, and deliver measurable results from day one. Every feature is designed with one goal: giving your team the intelligence to act faster, with more confidence, and without adding complexity.

See it in Action

Smoke plume boxed the instant it appears

Response timer starts on detection

Timer stops when fire trucks enter frame

How It Works

Describe what counts as smoke or fire on camera

A facility lead sets the agent's watch across warehouse floors, storage yards, and loading areas where a ceiling sensor would sit too far from the source. That coverage is scoped to complement, not replace, the facility's NFPA 72 fire alarm and detection system.

The agent watches every connected camera live

Live feeds are reviewed continuously for a visible smoke plume or flame, across the whole frame rather than one fixed detection radius. Feeds run at standard 1080p-4K resolution and 15-30 fps over RTSP or ONVIF Profile S/T/G.

A detected plume is boxed and timed

The moment smoke or fire becomes visible, the agent boxes it on the live feed and starts a timer that runs until fire trucks enter frame. The same timer runs until fire trucks enter the frame, the mechanism already described above.

Response data feeds back into the emergency plan

The recorded time to arrival becomes part of the facility's response analytics, used to sharpen protocols and support liability review after an incident. That documented record is the kind of data NFPA 101 life-safety planning uses when reviewing evacuation and response timing.

Product Advantages

Frequently Asked Questions

How is this different from a smoke alarm or heat sensor?

A heat or particulate sensor only reacts once smoke or heat physically reaches its fixed position. A camera already sees the whole warehouse floor or yard, so it can flag a plume anywhere in frame the moment it becomes visible. The camera-based agent is positioned to complement a facility's NFPA 72 fire alarm and detection system, adding coverage in the open volume between fixed detector positions rather than replacing code-required point or aspirating detectors.

What does the response timer measure?

It starts the moment smoke or fire is detected and stops when fire trucks enter the camera frame, giving a facility a real record of arrival time for every incident.

Does this work in large open spaces like warehouses and yards?

Yes. Coverage across an open volume is the core advantage over a ceiling mounted sensor, which only knows what happens directly beneath it. Outdoor yard and perimeter cameras used for this coverage are typically housed to an IP66 or IP67 rating under IEC 60529, suited to dust and weather exposure.

Will this work with the cameras we already have installed?

It deploys over RTSP, IP cameras, and NVR systems already on site, so there is no new sensor network to install before it can start watching for smoke.

How is the response data used afterward?

The recorded time to first responder arrival becomes part of Argu's response analytics report, which teams use to tighten emergency protocols and support liability review.

Does this replace our code-required fire alarm system?

No. It is positioned as a complement to a facility's NFPA 72 fire alarm and detection system, adding camera coverage across open volumes a fixed point or aspirating detector cannot reach on its own.

What camera specification does this need?

It runs on standard RTSP or ONVIF Profile S/T/G feeds at 1080p-4K resolution and 15-30 fps, the same range used across Argu's other capabilities, with outdoor units typically rated IP66 or IP67 under IEC 60529.

What should AI fire and smoke detection from CCTV do in warehouses and factories?

It should spot a smoke plume anywhere a camera can see, not only beneath a ceiling sensor, and it should work alongside the code-required fire alarm rather than replace it. Argu's agent boxes smoke the moment it appears in a warehouse or yard, then times the response from detection until fire trucks enter the frame. It is positioned as a complement to an NFPA 72 detection system and runs on RTSP or ONVIF Profile S/T/G cameras at 1080p to 4K and 15 to 30 fps.