Real-time biosensor IBAC 2

Overview
The IBAC 2 is a fully automated airborne bio-detection sensor designed for continuous 24/7 air monitoring or configured for targeted sampling windows aligned to operational hours. The system issues an alarm in less than 60 seconds when a biological threat is detected. IBAC 2 can trigger automated aerosol sample collection on alarm or according to a scheduled sampling frequency. Deployed globally, IBAC 2 detects aerosolized agents across four biological threat classes with a low false alarm rate.

Key Features

• Real-time warning capability: autonomous 24/7 operation; detection algorithms for indoor and outdoor environments.
• Alarm-triggered sample collection: collector activates only on high-probability bio-agent events, reducing consumables and samples to process.
• Network and mobile deployment: operates in networked "first-tier" building protection systems or via battery for mobile use.
• Fast alarm response: alarms in less than 60 seconds upon detection of a bio-threat.
• Configurable automated aerosol sampling: triggered by alarms or scheduled at set intervals.
• Detects four threat classes: spores, viruses, cellular agents, and protein toxins.
• Proven low false alarm rate in wide global service.

Applications

• Pharmaceutical facilities
• Biotechnology operations
• Research laboratories
• Disease surveillance and monitoring
• Homeland security
• Defense installations

Product Support Materials

• IBAC 2 Datasheet - A4 (available)
• IBAC 2 Datasheet - LTR (available)
• 2025 Teledyne FLIR Threat Detection Brochure (available)

Export Restrictions
This product may be subject to the International Traffic in Arms Regulations (ITAR) (22 C.F.R. Sections 120-130) or the Export Administration Regulations (EAR) (15 C.F.R. Sections 730-774) depending on final product specifications.

Technical specifications

• Operation modes: continuous 24/7 air monitoring or targeted sampling windows.
• Alarm response time: alarms in less than 60 seconds upon detection.
• Automated aerosol sampling: supports collector activation on alarm or scheduled sampling at defined frequencies.
• Detectable threat classes: spores, viral agents, cellular agents, and protein toxins.
• Deployment: networked "first-tier" building protection or mobile battery-operated deployments.
• Consumables: designed to minimize consumables by triggering collection only on high-probability events; supports autonomous operation with no consumables in some configurations.
• Use environment: indoor and outdoor detection algorithms.
• Operational performance: designed for low false alarm rate across global deployments.