Fire, Smoke & Wildfire Detection
Prevent Fire Disasters with Intelligent Fire, Smoke & Wildfire Detection with AI
From refineries to remote worksites, viAct AI-driven Fire, Smoke & Wildfire Detection turns CCTV into a proactive hazard prevention tool for spotting early signs of smoke or flame and sending real-time alerts by enabling swift emergency response and safeguard lives and assets in high-flammability zones.
Fire, Smoke & Wildfire Detection is an AI-driven video analytics solution that enables real-time identification of smoke plumes, flame signatures, and wildfire threats across high-risk industrial environments. From remote energy plants to chemical storage yards and flammable material zones, fire hazards can escalate quickly posing critical risks to life, assets, and operational continuity.
Built on proprietary computer vision technology by viAct, the solution integrates with existing CCTV or IP camera networks to continuously monitor for visual fire indicators. Unlike conventional smoke alarms that rely on delayed chemical detection or line-of-sight limitations, viAct's AI detects threats early—often before full ignition—and delivers automated alerts for immediate action.
With 24/7 surveillance, event logging, and seamless deployment into fire safety protocols, the system empowers safety teams to respond faster, prevent spread, and ensure compliance. It also supports insurance, environmental, and regulatory requirements while helping companies establish a proactive, zero-delay fire safety culture.
Why Traditional Fire Detection Falls Short in Dynamic Worksites?
Fire outbreaks and wildfire threats often begin with subtle, easily-missed indicators, especially in high-risk industries like oil & gas, forestry, logistics, and heavy manufacturing. These environments are prone to combustible materials, machinery heat, and volatile weather but despite stringent protocols, early-stage fire cues frequently go unnoticed. That’s because traditional fire detection relies on delayed triggers not real-time visual context.
Commonly overlooked fire or wildfire warning signs include:
● Thin smoke trails or vapor plumes mistaken for dust or steam
● Heat shimmer distortions near flammable surfaces or engines
● Small ignition sparks during welding or equipment friction
● Sudden movement of birds/animals fleeing remote zones
● Glowing embers or scorched foliage near perimeter fencing
● Fluctuations in ambient lighting caused by flame flicker
● Dry vegetation buildup in wind corridors or near exhaust vents
● Workers ignoring minor flare-ups due to task pressure or visual fatigue
What begins as an unnoticeable visual cue can quickly escalate into a full-scale fire or uncontrolled wildfire event, especially in open or unmanned locations.
Even with drills, audits, and sensor-based fire systems, EHS teams face visibility gaps across vast or layered worksites. Fires can ignite and spread between inspection intervals. This is where viAct AI-powered Fire, Smoke & Wildfire Detection steps in, transforming conventional CCTV into an intelligent safety net capable of spotting subtle threats and triggering immediate response.
Where Is Fire, Smoke & Wildfire Detection Needed Most?
Fire hazards aren’t limited to any single sector. From industrial yards and warehouses to energy facilities and remote construction sites, jobsites can turn catastrophic within minutes if early warning signs go unnoticed.
Oil & Gas Facilities, Refineries, and Petrochemical Plants
Refineries and processing plants operate around volatile fuels, pressurized gases, and intense heat, making early fire detection critical. viAct video analytics system analyzes CCTV feeds to identify ignition sources before alarms trigger, enabling immediate intervention to prevent large-scale incidents, asset losses, and downtime.
Warehouses and Logistics Centers with Flammable Inventory
Warehouses storing chemicals, packaging materials, or bulk goods face high fire risks from equipment sparks and spontaneous ignition. AI-powered detection continuously monitors for smoke and flame flicker, providing real-time alerts and automated compliance records to protect personnel and inventory.
Construction Sites with Remote Work Zones
Temporary setups with welding, generators, and flammable materials are prone to unnoticed ignition points. The computer vision based detection by viAct scans open areas continuously, identifying thin smoke trails or sparks in dynamic environments where traditional sensors may lag, enabling proactive safety.
Forestry Operations and Wildfire-Prone Areas
Timber yards, plantations, and remote facilities in dry regions are vulnerable to wildfires. The AI system detects early smoke plumes and thermal anomalies beyond fence lines, supporting rapid response to stop the spread before it endangers workers and assets, helping swift operations.
Manufacturing Plants with High-Heat Processes
Factories using furnaces, cutting equipment, or drying machinery often face undetected fire hazards due to the nature of work they undergo. AI-enabled video analytics monitors production zones around the clock, pinpointing small flames or heat distortions and notifying EHS teams instantly to mitigate escalation.
How AI detects Fire, Smoke & Wildfire?
1
Choose
Safety teams start by selecting the Fire, Smoke & Wildfire Detection module within viAct viHUB, which offers over 100 AI-powered video analytics tools. This module is purpose-built to identify early fire hazards and smoke signatures in real time across industrial and remote sites.
2
Connect
The module connects seamlessly to existing cameras—AI CCTV, thermal cameras, or standard IP streams using RTSP integration, so no new equipment is needed to start monitoring fire risks immediately.
3
Capture
Once enabled, the AI inspects live video to track designated hazard zones like fuel storage, machinery areas, or perimeter fencing. Computer vision algorithms are trained to detect:
● Smoke plumes or vapor clouds rising from equipment
● Visible flames or glowing embers, even in low light
● Heat shimmer distortions near flammable surfaces and materials
4
Control
When fire indicators are detected, the system sends real-time alerts onsite (alarms, strobes) and offsite (SMS, mobile app, dashboards). EHS personnel can review incidents through detailed daily, weekly, and monthly reports to support compliance, training, investigations, and timely action across all operational areas.
Case Study: Australian Energy Leader Averts Major Wildfire Using viAct Fire, Smoke & Wildfire Detection
Industry :
Energy & Utilities
Location :
Australia
Module :
Fire, Smoke & Wildfire Detection
The Problem:
A major renewable energy provider in Australia, operating a large-scale solar farm adjacent to bushland, faced repeated fire threats. During the dry season, grass and debris often accumulated around inverters and panel arrays, creating combustible fuel loads. Traditional heat sensors and manual inspections failed to catch smoldering ignition points between scheduled patrols, increasing the risk of wildfires.
The Solution:
To address this, the company deployed viAct Fire, Smoke & Wildfire Detection module across all perimeter and facility cameras detecting smoke plumes and heat shimmer signatures before flames became visible and sends alerts to onsite emergency responders.
The viAct impAct:
● Within three months of implementation, the system identified a small ignition caused by overheated cabling, triggering intervention that prevented a full-scale wildfire.
● The solution helped the company align with Australian Bushfire Management standards and strengthened ESG commitments to safeguard communities and critical infrastructure.
Why Choose viAct Fire, Smoke & Wildfire Detection Over Conventional Systems?
Beyond basic flame detection, viAct empowers EHS teams with advanced AI capabilities that dramatically improve wildfire preparedness and response:
01
Detects smoke and thermal anomalies up to 15 minutes earlier than conventional camera systems, enabling faster deployment of suppression resources.
02
52% reduction in false alarms, by differentiating between dust, fog, and genuine fire signatures.
03
Automatic escalation workflows notify site teams, regional fire authorities, and corporate EHS within 30 seconds, no manual call chains required.
04
3x faster incident reporting, with real-time annotated footage and analytics automatically compiled for compliance.
05
Predictive maintenance alerts reduce ignition risk by 40%, flagging overheating machinery or electrical faults before combustion.
06
28% reduction in insurance premiums over time due to proven early-detection capability and incident mitigation.
07
Integrates seamlessly with SCADA and building management systems, so fire alerts trigger automated shutdowns, ventilation controls, and suppression equipment in under 45 seconds.