Smoke and Fire Detection
The smoke and fire detection system identifies fires at their earliest stages and triggers alarms within seconds, enabling rapid response. This ensures the safety of lives while preventing the fire from spreading and causing significant damage.
What is Smoke and Fire Detection?
Every second counts during a fire emergency. Therefore, relying solely on your existing CCTV cameras for monitoring or standalone fire detectors for protection is not sufficient. Early fire warnings are far more critical than often assumed.
The advanced AI-powered Smoke and Fire Detection system identifies all early signs of fire in real time—before traditional fire alarms and smoke detectors are triggered. This AI-enabled solution, which can be integrated with your existing CCTV systems, continuously monitors industrial, commercial, and governmental facilities and instantly notifies you to enable rapid response.
IRIS+ provides early fire alerts, helping you safeguard lives on site and minimize potential material damage caused by fire. By detecting fires well before they fully develop, the Smoke and Fire Detection system significantly increases the available time for safe evacuation.
Every second counts during a fire emergency. Therefore, relying solely on your existing CCTV cameras for monitoring or standalone fire detectors for protection is not sufficient. Early fire warnings are far more critical than often assumed.
The advanced AI-powered Smoke and Fire Detection system identifies all early signs of fire in real time—before traditional fire alarms and smoke detectors are triggered. This AI-enabled solution, which can be integrated with your existing CCTV systems, continuously monitors industrial, commercial, and governmental facilities and instantly notifies you to enable rapid response.
IRIS+ provides early fire alerts, helping you safeguard lives on site and minimize potential material damage caused by fire. By detecting fires well before they fully develop, the Smoke and Fire Detection system significantly increases the available time for safe evacuation.
Every second counts during a fire emergency. Therefore, relying solely on your existing CCTV cameras for monitoring or standalone fire detectors for protection is not sufficient. Early fire warnings are far more critical than often assumed.
The advanced AI-powered Smoke and Fire Detection system identifies all early signs of fire in real time—before traditional fire alarms and smoke detectors are triggered. This AI-enabled solution, which can be integrated with your existing CCTV systems, continuously monitors industrial, commercial, and governmental facilities and instantly notifies you to enable rapid response.
IRIS+ provides early fire alerts, helping you safeguard lives on site and minimize potential material damage caused by fire. By detecting fires well before they fully develop, the Smoke and Fire Detection system significantly increases the available time for safe evacuation.
How Does Smoke and Fire Detection Work?
The IRIS+ smoke and fire detection system continuously analyzes real-time video streams from existing cameras. The system detects not only the presence of smoke or flames but also subtle fluctuations, color changes, and movement patterns indicative of fire, independent of environmental conditions.
This frame-by-frame analysis specifically identifies flame- and spark-like motions, intense colors in red, orange, and gray tones, as well as abnormal temperature variations to assess the likelihood of a fire. Upon detection, the system automatically generates an alarm and promptly notifies security personnel or relevant departments.
This early detection capability significantly reduces response times, thereby minimizing the risk to life and property through timely intervention.
The IRIS+ smoke and fire detection system continuously analyzes real-time video streams from existing cameras. The system detects not only the presence of smoke or flames but also subtle fluctuations, color changes, and movement patterns indicative of fire, independent of environmental conditions.
This frame-by-frame analysis specifically identifies flame- and spark-like motions, intense colors in red, orange, and gray tones, as well as abnormal temperature variations to assess the likelihood of a fire. Upon detection, the system automatically generates an alarm and promptly notifies security personnel or relevant departments.
This early detection capability significantly reduces response times, thereby minimizing the risk to life and property through timely intervention.
Superior Detection Powered by AI, Even in Dense and Dynamic Environments
Advanced artificial intelligence algorithms operate with high accuracy even in crowded, fast-moving settings. The system meticulously analyzes each video frame, focusing solely on fire-consistent colors and movement patterns—unaffected by human traffic or other moving objects. This ensures reliable detection of flames and smoke, providing timely alerts for rapid intervention.
IRIS+ is trained to minimize false alarms by distinguishing between fire indicators and non-threatening factors such as light reflections, steam without smoke, or reflective movements. This reduces false positives and delivers a more dependable and effective fire warning system.
One of the greatest advantages of the Smoke and Fire Detection system is its continuous learning capability. Over time, the system adapts to changing environmental conditions, enabling increasingly accurate detections and ongoing improvements in fire risk analysis.
Advanced artificial intelligence algorithms operate with high accuracy even in crowded, fast-moving settings. The system meticulously analyzes each video frame, focusing solely on fire-consistent colors and movement patterns—unaffected by human traffic or other moving objects. This ensures reliable detection of flames and smoke, providing timely alerts for rapid intervention.
IRIS+ is trained to minimize false alarms by distinguishing between fire indicators and non-threatening factors such as light reflections, steam without smoke, or reflective movements. This reduces false positives and delivers a more dependable and effective fire warning system.
One of the greatest advantages of the Smoke and Fire Detection system is its continuous learning capability. Over time, the system adapts to changing environmental conditions, enabling increasingly accurate detections and ongoing improvements in fire risk analysis.
Advanced artificial intelligence algorithms operate with high accuracy even in crowded, fast-moving settings. The system meticulously analyzes each video frame, focusing solely on fire-consistent colors and movement patterns—unaffected by human traffic or other moving objects. This ensures reliable detection of flames and smoke, providing timely alerts for rapid intervention.
IRIS+ is trained to minimize false alarms by distinguishing between fire indicators and non-threatening factors such as light reflections, steam without smoke, or reflective movements. This reduces false positives and delivers a more dependable and effective fire warning system.
One of the greatest advantages of the Smoke and Fire Detection system is its continuous learning capability. Over time, the system adapts to changing environmental conditions, enabling increasingly accurate detections and ongoing improvements in fire risk analysis.
Benefits of Smoke and Fire Detection
By detecting smoke and flames in the earliest moments of a fire, the system issues alerts within seconds. Early fire warnings enable rapid evacuation of personnel, minimizing the risk of loss of life. It prioritizes employee safety in compliance with Occupational Health and Safety (OHS) regulations.
Fires are identified before they escalate, triggering immediate emergency response protocols. This helps protect facilities, equipment, and inventory from damage, reducing operational downtime and ensuring workplace safety within the framework of OHS.
The system complies with the mandatory early warning requirements outlined in OHS regulations. Proactively managing fire risks is critical not only for safeguarding employee well-being but also for fulfilling legal obligations.
Operational Scope and Use Case Portfolio
Early smoke and fire detection is critical in environments with high levels of heat, smoke, and flammable materials. AI-powered fire detection integrated with CCTV cameras provides continuous monitoring without interrupting production. This helps prevent workplace accidents and fire-related operational shutdowns, ensuring employee safety.
Shopping Centers and Retail Stores
Despite heavy foot traffic, the system distinguishes smoke and flames from other movements, delivering accurate alerts without false alarms. It assists evacuation processes in crowded environments and supports the reliable execution of emergency plans. By responding faster than traditional smoke and fire detectors, it guarantees the safety of occupants.
In high-rise structures, camera-based monitoring enhances security and minimizes risk in areas beyond the reach of traditional fire alarm systems. It improves the safety of office personnel by enabling early intervention against fire hazards, thereby facilitating efficient emergency management.
Early smoke and fire detection is critical in environments with high levels of heat, smoke, and flammable materials. AI-powered fire detection integrated with CCTV cameras provides continuous monitoring without interrupting production. This helps prevent workplace accidents and fire-related operational shutdowns, ensuring employee safety.
Shopping Centers and Retail Stores
Despite heavy foot traffic, the system distinguishes smoke and flames from other movements, delivering accurate alerts without false alarms. It assists evacuation processes in crowded environments and supports the reliable execution of emergency plans. By responding faster than traditional smoke and fire detectors, it guarantees the safety of occupants.
In high-rise structures, camera-based monitoring enhances security and minimizes risk in areas beyond the reach of traditional fire alarm systems. It improves the safety of office personnel by enabling early intervention against fire hazards, thereby facilitating efficient emergency management.
Even the smallest risk must be swiftly mitigated to ensure patient safety. The smoke and fire detection system provides effective protection in patient rooms, corridors, and technical areas. In critical zones such as intensive care units, it minimizes evacuation risks related to fire, prioritizing the safety of both healthcare staff and patients.
Traditional smoke and fire detectors are often insufficient in open areas and temporary structures. Fire indicators are rapidly identified through video analytics in such environments. Early warnings from the smoke and fire detection system help prevent major hazards and contribute to protecting workers and equipment.
In large, crowded areas such as airports, metro stations, train stations, bus terminals, and parking lots, the system successfully distinguishes fire-related smoke and flames from other moving objects. This prevents mass hazards in public transit areas and supports the safety of passengers and personnel.
Even the smallest risk must be swiftly mitigated to ensure patient safety. The smoke and fire detection system provides effective protection in patient rooms, corridors, and technical areas. In critical zones such as intensive care units, it minimizes evacuation risks related to fire, prioritizing the safety of both healthcare staff and patients.
Traditional smoke and fire detectors are often insufficient in open areas and temporary structures. Fire indicators are rapidly identified through video analytics in such environments. Early warnings from the smoke and fire detection system help prevent major hazards and contribute to protecting workers and equipment.
In large, crowded areas such as airports, metro stations, train stations, bus terminals, and parking lots, the system successfully distinguishes fire-related smoke and flames from other moving objects. This prevents mass hazards in public transit areas and supports the safety of passengers and personnel.
In outdoor environments like solar power plants, substations, or facilities near forest boundaries, early smoke detection helps prevent extensive damage. The system reduces fire-related production interruptions and employee risks within energy infrastructures, ensuring full compliance with Occupational Health and Safety regulations.
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