CBRNE Decision Support System

HazMasterG3® is a next‑generation decision support system that helps incident commanders and front‑line teams rapidly identify chemical, biological, radiological and explosive (CBRE) agents, assess risk, and select safe, effective tactics. With a patented identification engine, a core of 167,000+ materials and trade names, and 1.5 million+ physical/symptom attributes, the system produces actionable answers in under three seconds on a phone, tablet or laptop, even when disconnected.

Why it matters

• Faster, better calls: Turn observations (signs/symptoms/physical properties) into a ranked list of probable agents with full response guidance.
• See outcomes before they happen: Virtually mix suspected precursors and model probable HMEs/CWAs and gas by‑products to keep teams ahead of the hazard.
• Covers more of the real world: Precursors for 32,000+ materials and trade names, plus four times more radioactive isotopes than legacy tools.
• Built for the field: Heat‑stress calculator, RCIED threat‑range estimator, detector‑suitability advice, and integrated neutralisation/decontamination guidance.

How it works

Enter what you see, colour, state, odour, symptoms, meter readings or sensor hits. The engine compares those inputs to its signature library and returns probable agents with properties, toxicology limits (e.g., AEGLs/MEGs/LOCs), standoff and decontamination options. The mixing function lets you test “what‑if” combinations of household/industrial chemicals to anticipate HME/CWA outcomes and by‑products before committing assets.

Key capabilities

• Rapid identification: Unknown material ID in <3 s using physical properties or symptoms.
• Precursor intelligence: Flags dual‑use precursors for CWAs/explosives/narcotics and typical industrial contexts.
• Isotope support: When paired with supported survey instruments, identifies a wide range of radioactive isotopes.
• Decision tools: Detector matching, RCIED threat‑range plots, and heat stress guidance for military or civilian assumptions.
• Any platform: Works across smartphones, tablets, laptops and net‑centric environments (online or offline).

Typical applications

HazMat and CBRN incidents, suspicious powders/liquids, HME and drug lab investigations, radiation surveys, and consequence management where speed and defensible judgement are crucial.

FAQs

Does it run in the field without data?

Yes, full functionality is available offline on supported devices.

Can we model mixed‑agent outcomes?

Yes, virtual mixing predicts likely products and gaseous by‑products to inform cordons, PPE and decon.