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FCBR-100 Pro is a continuous hazardous threat monitoring system for highly populated areas and events. A multi-sensor array monitors the air for chemical warfare agents, toxic industrial chemicals, biological hazard factors, early fire smoke and radiation, operating as a permanent round-the-clock surveillance unit.

Protecting a station, venue or public space is not an inspection task - nothing arrives at a checkpoint. The threat is airborne and the only useful posture is to watch the air continuously, which is what FCBR-100 Pro is built to do, running 24/7 rather than being deployed once there is a reason.
Its multi-sensor array collects real-time data and samples across the range of airborne hazards at once. Crucially, those readings are not interpreted in isolation: the system integrates data from its hazardous-factor detectors with environmental sensors for wind and temperature, then processes the combination with machine-learning algorithms. That is what allows a reading to be assessed dynamically, in the context of conditions that determine where a release would actually travel.
Sample collection can be dispersed to cover a large territory from one system. The unit requires no consumables and is straightforward to maintain, which is what makes permanent installation practical, and it integrates readily with other systems.

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Integrated detector of CWAs, TICs, biological harmful substances, nuclear and radioactive threats and early fire smoke alarms

Explore the related operating environment
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Explore the related operating environment
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Explore the related operating environment
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Explore the related operating environment
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Explore the related operating environment
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Explore the related operating environment
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Explore the related operating environment
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An illustrative operating scenario for layered CBRNE screening, monitoring and coordination at a major international event. HT-Nova equipment has supported detection operations associated with major events in China.
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Protection of important locations combines site-specific risk assessment, layered sensing, trained response and sustained readiness across critical infrastructure and high-consequence venues.
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An illustrative scenario for continuous bioaerosol monitoring that establishes a baseline, detects abnormal changes and supports targeted sampling for laboratory identification.
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A national-security monitoring architecture combines fixed, mobile and unmanned sensing with baselines, alarm investigation and a shared operating picture.
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