Unclassified // Public Release · Effect-level only — techniques are export-controlled and are not described
Mission domain · CBRN Detection & Identification

Detected and identified. Not modeled.

CBRN Detection & Identification on DaggerOS is corroborated chemical, biological, radiological and nuclear detection and identification — with no dispersion modeling.

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POSTURE DETECT & IDENTIFY ONLY · FUSED TO PICTURE
DOCTRINE DoDD 3000.09
GATE ONE HUMAN AUTHORIZATION
What DaggerOS does

One fused picture. One human gate.

DaggerOS corroborates detector readings across independent modalities before an alarm becomes a warning, cutting the nuisance-alarm rate a single uncorroborated sensor produces, and lands each hazard indicator on the same fused operating picture as any air, ground, or maritime contact. Confirmed hazards generate standardized coalition hazard warnings and map the measured contamination. The domain is deliberately scoped to detection and identification only, with a hard architectural stop before dispersion, plume, or casualty modeling.

Capabilities
  • Cross-modality corroboration — independent detector modalities must agree before a reading becomes a warning.
  • Identification across classes: radiological, nuclear, chemical, biological and narcotic indicators across vendor-agnostic detector families.
  • Standardized coalition hazard warnings composed from confirmed readings, with measured contamination mapped.
  • Response and decontamination/exposure-reference support, with a hard stop before dispersion, plume, or casualty modeling.
  • Every detection and warning held on the same tamper-evident chain as the rest of the picture.
Posture & standards

Aligned to the standards your office evaluates against.

Alignment is a governance and interoperability posture, not a certification. This page stays at the capability level — techniques, parameters and sensor internals are export-controlled and are deliberately not described.

Detect & identify only · fused to pictureDoDD 3000.09NATO ATP-45(E)ANSI/IEEE N42OPCW CWCNIST 800-53
Straight answers

CBRN Detection & Identification — common questions.

Does DaggerOS model plume dispersion or predict casualties?
No. DaggerOS does not perform agent-dispersion modeling, plume prediction, or casualty-consequence estimation — that boundary is enforced in the platform's architecture, scoped deliberately to detection and identification alone.
How does corroboration reduce nuisance alarms?
Independent detection modalities must agree before a reading becomes a warning, cutting the nuisance-alarm rate that a single uncorroborated sensor — radiological portal monitors reacting to naturally occurring radioactive material are a well-documented example — can otherwise produce.
Can DaggerOS's CBRN domain work with detectors I already own?
Yes. Radiological, nuclear, chemical, biological and narcotic indicators are correlated across vendor-agnostic detector families rather than requiring a single proprietary sensor line.
Do CBRN warnings federate with coalition partners?
Warnings are formatted to recognized coalition hazard-warning conventions such as NATO's ATP-45(E) so they federate cleanly with partner systems rather than requiring manual translation.
How does CBRN relate to the other nine DaggerOS domains?
A hazard indicator lands on the same fused operating picture as an air, ground or maritime contact — the same operator, the same gate, the same sealed record.
Maritime →Cyber Defense →Counter-UAS →

One operator should hold it.

Bring the mission. We'll show you this domain fused into one picture, behind one gate.

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