Critical Infrastructure · Environmental Threat Intelligence
Detect the unseen.Protect the mission.
BioFence transforms distributed environmental sensors into a continuously aware intelligence network capable of detecting, modeling and responding to radiological, chemical and airborne threats before exposure becomes widespread.
Section 01
Invisible threats require intelligent detection.
Most environmental hazards cannot be seen, heard or smelled until exposure has already occurred. BioFence monitors continuously across every hazard class — and rather than generating isolated alarms, AIREZ fuses every environmental signal into one operational picture.
Radiation
Gamma and dose-rate monitoring across the perimeter and interior.
Chemical Releases
VOC, toxin and agent-class detection at fixed and mobile nodes.
Airborne Contaminants
Particulate monitoring at intakes, rooftops and entry points.
Wind
Speed and bearing that turn a reading into a direction of travel.
Weather
Temperature, humidity and pressure that shape how a release behaves.
Atmospheric Conditions
Stability and inversion layers that govern dispersion.
One Operational Picture
Every signal resolved into a single modelled situation.
Section 02
A layered environmental sensor grid.
Four overlapping layers, from the fence line to the air handler to the vehicle in motion. All of them feed local AIREZ Edge AI.
Fence line
Perimeter Layer
Radiation sensors, chemical detectors, gamma sensors and VOC sensors establish the first line of environmental awareness before a hazard reaches the facility.
Section 03
Sensor fusion changes everything.
BioFence does not rely on one detector. It reasons across many sensor types, in sequence, before it produces a recommendation.
- 01
Environmental Sensors report an anomaly
Radiation, chemical or particulate above baseline.
- 02
Weather frames the conditions
Stability, temperature and humidity at the moment of release.
- 03
Airflow gives it a direction
Wind vectors and terrain-shaped movement.
- 04
Camera confirms the scene
Visual context at the reporting node.
- 05
Thermal adds signature detail
Heat plumes, fires and equipment failure.
- 06
AIREZ Sense detects physical disturbance
FoRi fiber sensing at the source infrastructure.
- 07
AI Fusion Engine resolves one event
Corroboration, classification and confidence scoring.
- 08
GSOC produces intelligence
Affected zones, exposure estimates and timelines.
- 09
Response is recommended
Containment, shelter-in-place or evacuation.
Section 04
Edge AI and dispersion modeling.
Compute sits at the facility, not in a distant cloud queue. Modelling runs continuously so the picture is already current when a reading changes.
Sensor Cross-Correlation
Independent detector classes corroborate before anything escalates.
Atmospheric Modeling
Live weather state applied to every candidate release.
Dispersion Prediction
Plume geometry projected forward in time, not reported after.
Terrain-Aware Airflow
Buildings, elevation and channels shape the modelled path.
False-Positive Suppression
Baselines and cross-class agreement remove nuisance alarms.
Threat Classification
Radiological, chemical or particulate, with a confidence value.
Section 05
The multi-modal advantage.
Every additional modality raises confidence and shortens the time between a first reading and a defensible decision.
AIREZ Sense
Patented FoRi fiber sensing detects the physical event behind a release.
Sky Watch
Aerial overwatch observes the affected area without sending people into it.
Fleet Watch
Vehicle-mounted sensing samples the plume as it moves.
Covert Kits
Rapidly emplaced monitoring where no infrastructure exists.
PTZ Cameras
Visual confirmation and evidence at the reporting node.
Thermal Imaging
Heat signatures that distinguish fire, venting and equipment failure.
Radar
Movement of people and vehicles inside modelled exposure zones.
FlowSense
Fluid and airflow telemetry from the facility's own systems.
Section 06
Key capabilities.
What BioFence delivers operationally, once the grid is live.
Early Warning Detection
- Radiation spikes.
- Chemical releases.
- Airborne contamination.
- HVAC ingestion risks.
- Mobile plume tracking.
Predictive Plume Modeling
- Downwind prediction.
- Exposure estimates.
- Shelter-in-place recommendations.
- Evacuation planning.
- Asset prioritization.
GSOC Coordination
- Incident timelines.
- Alert escalation.
- Multi-agency collaboration.
- Executive dashboards.
- Compliance reporting.
Hardened Infrastructure
- Air-gapped options.
- Encrypted telemetry.
- Redundant power.
- EMP resilient deployments.
- Classified network compatibility.
Section 07
Deployment scenarios.
Select an environment to see how the grid is configured for it.
Deployment scenario
Military Installations
Base-wide environmental defense with air-gapped operation and classified network compatibility.
Section 08
Commercial deployment.
BioFence is delivered as a programme, scoped per facility and per regulatory environment.
Environmental Sensor Grid
Survey, placement and commissioning across every layer.
Edge Compute
Hardened on-site nodes running fusion and dispersion modelling.
AI Analytics
Continuous model improvement across facilities and hazard classes.
GSOC Monitoring
Operational surface, escalation paths and multi-agency coordination.
Maintenance
Sustainment for distributed detectors in demanding environments.
Calibration Services
Scheduled calibration and verification for regulated detector classes.
Federal Programs
Programme-level engagement, compliance and accreditation support.
Section 09
Future roadmap.
The grid compounds. Each stage adds reach without replacing what is already deployed.
Today
Fixed and mobile environmental sensing with predictive dispersion modelling.
Drone Sampling
Aerial nodes dispatched into the modelled plume instead of people.
Autonomous Ground Robots
Quadrupeds sampling interior and contaminated spaces on their own.
Biological Detection
Pathogen and bio-aerosol classes added to the same fusion engine.
Satellite Weather Integration
Regional atmospheric data sharpening local dispersion models.
AI Evacuation Automation
Routing, HVAC isolation and access control driven from the model.
National Sensor Networks
Facility grids federated into regional environmental awareness.
Section 10
Why BioFence.
A detector reports a number. BioFence produces a decision.
Traditional Environmental Monitoring
AIREZ BioFence
Reactive
Predictive
Independent sensors
Sensor fusion
Threshold alarms
Contextual intelligence
Manual interpretation
AI reasoning
Historical reports
Real-time decision support
Related resources
Take the detail with you.
Briefs, guides and analyses covering this solution and the environments it operates in.
Protect critical infrastructure before exposure occurs.
BioFence gives organizations continuous environmental awareness by combining radiation detection, chemical sensing, weather intelligence and AI-powered reasoning into one operational picture. From military installations to energy infrastructure, BioFence helps organizations detect invisible threats, understand their impact and coordinate rapid response.
- Defense & Military
- Nuclear & Energy
- Water Utilities
- Government & Federal Programs
- Ports & Border Checkpoints