Use advanced camera technology to visually detect fire and smoke in real-time, prevent disasters, and ensure regulatory adherence. Trusted by 10,000+ organizations.
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Critical Flaws in Traditional Detection
For decades, ceiling-mounted smoke detectors have been the standard. But in modern commercial and industrial environments, this technology has critical, often dangerous, flaws.
Traditional sensors must wait for smoke to rise, accumulate, and physically travel to the ceiling to trigger an alarm. In warehouses with 40-foot ceilings or outdoor facilities, this can take critical minutes—time during which a small incident erupts into disaster.
Sensors are notoriously unreliable in dusty manufacturing plants, humid processing facilities, or outdoor storage yards. They're prone to failure or constant false alarms. Wind can dissipate smoke before it ever reaches a sensor, leaving valuable assets completely unprotected.
When an alarm is triggered by dust, steam, or vehicle exhaust for the tenth time, teams become complacent. Responses are delayed. The system meant to protect you becomes a source of disruption—and is eventually ignored. This alarm fatigue is one of the greatest threats to workplace safety.
Tentosft offers a fundamental shift in fire and smoke detection. We turn your passive security infrastructure into a proactive, intelligent life safety network.
Our powerful, software‑driven solution integrates seamlessly with the ONVIF‑compliant CCTV cameras and Video Management Systems (VMS) you already own. No costly hardware replacement needed.
Our AI doesn’t wait for fire or smoke to reach a sensor. It actively analyzes video streams to detect the visual signatures of smoke and flame at the moment of ignition, giving you a priceless head start.
We don’t just create another alarm; we deliver actionable, visually‑verified intelligence to your team when it matters most—eliminating false alarms and alarm fatigue.
We've simplified complex technology into a seamless, four-step process that provides unparalleled protection and peace of mind.
Your existing network of security cameras provides a 24/7, real-time video stream to our powerful AI engine. This engine can be deployed on‑premise, on an edge appliance, or in the cloud to fit your specific IT and security requirements.
When a potential threat is identified, a high‑priority alert is sent to your operations team or designated devices—complete with a short video clip and high‑resolution snapshot—so your team can verify the event in seconds.
Our advanced neural networks analyze every frame for unique visual signatures of fire and smoke—recognizing subtle characteristics like flicker rate, color profile, and opacity to distinguish real threats from environmental noise.
With a visually confirmed threat, your team can initiate emergency protocols or notify first responders with certainty and zero hesitation—delivering the power of verified intelligence.
Our platform is built on four pillars to deliver superior protection, operational efficiency, and a clear return on investment.
Detect and verify in under 30 seconds
In a fire, every second matters. While traditional systems can take minutes, our AI-powered platform detects, analyzes, and alerts your team in a fraction of the time— helping prevent minor incidents from becoming catastrophic losses.
Eliminate >98% of false alarms
Purpose-built computer vision distinguishes real threats from dust, steam, welding arcs, reflections, or exhaust. By filtering noise, you reduce disruptions, avoid costly call-outs, and eliminate alarm fatigue.
Protection where sensors fail
Built for complex spaces—high ceilings, outdoor areas, and harsh industrial settings—our vision-based analytics thrive where conventional sensors are overwhelmed by dust, humidity, heat, and airflow.
Enhance, don’t replace
Our open platform works with what you already have. Integrate via ONVIF‑compliant cameras and leading VMS platforms to protect your investment while gaining the flexibility and avoid vendor lock‑in.
High-ceiling warehouses, aircraft hangars, and convention centers where smoke stratification renders ceiling detectors ineffective.
Construction sites, lumber yards, and waste recycling facilities where wind and weather make traditional detection impossible.
Manufacturing floors and processing plants with high levels of dust, humidity, and airflow that would overwhelm conventional sensors.
Our solution is not one-size-fits-all. It’s a flexible platform that can be precisely configured to meet the unique challenges of your industry.
In high-ceiling warehouses and busy lines, our system provides early incident detection for machinery faults, electrical issues, or flammable materials—overcoming dust and airflow challenges that hinder traditional sensors.
Monitor large piles of combustible materials 24/7. Detect early signs of spontaneous combustion at recycling or transfer sites to enable rapid intervention before escalation.
Provide constant, automated oversight for substations, generation facilities, and utility assets—reducing outage risks and safeguarding public services with continuous remote monitoring.
Secure dynamic and hazardous worksites with flexible, reliable coverage—including areas with temporary power or hot work—where fixed detectors aren’t feasible.
Enable long-range surveillance across forests and the WUI. Detect ignitions early to give fire services and land agencies a crucial head start in response efforts.
Protect refineries, storage tanks, and pipelines by detecting vapor leaks or flare stack anomalies in harsh, high-temperature environments.
Enhance safety in tunnels, airports, and rail depots by identifying smoke or overheating in vehicles, baggage systems, and fuel storage areas.
Detect heat and smoke in chemical storage zones to prevent chain reactions and mitigate toxic releases during early stages of combustion.
Ensure fire protection in low-temperature and high-humidity facilities where condensation disables standard smoke detectors.
Monitor large indoor spaces like malls, data centers, and parking areas to detect electrical fires before sprinkler activation.
Offer real-time smoke detection on ships, container yards, and docks to reduce cargo loss and protect fuel storage zones.
Continuously monitor photovoltaic arrays and inverters for overheating, preventing costly damage and downtime.
Detect early sparks or bearing overheating within nacelles or transformers to prevent turbine fires in remote areas.
Detect fires in underground tunnels, conveyor belts, and fuel storage areas to protect workers and maintain production continuity.
Identify heat build-up or smoke in compacted waste areas to prevent large-scale fires and air pollution incidents.
Detect smoke or overheating in server racks to prevent downtime and equipment loss before sprinkler activation.
Protect critical infrastructure like oxygen storage, ICUs, and labs with precise thermal detection and fast alerts to prevent catastrophic loss.
Provide full-area thermal coverage for aircraft hangars, maintenance zones, and fuel bays where rapid fire spread is a major risk.
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It uses cameras and AI to visually identify fire flames and smoke patterns for early warnings and faster response times.
Yes, designed to meet NFPA, EN 54, and other standards with verifiable detection and logging features.
Absolutely, connects with fire panels, sprinklers, HVAC, and emergency notification platforms via APIs.
Yes, advanced AI filters out false positives like steam or dust, focusing on true fire-related smoke.