NARDA
NATO Reporting and Dispersion Algorithms
CBRN calculation engine that estimates hazard & contaminated areas from chemical, biological, radiological and nuclear incidents or toxic industrial hazards and accidents by calculating them in NATO ATP & AEP and ADatP-3 standards.
Serving Industries
NARDA identifies contaminated areas after CBRN incidents occur and provides warning and reporting capabilities to manage CBRN incidents in different CBRN commanding levels.
CBRN Incident Management with NATO CBRN W&R SYSTEM
NARDA supports CBRN Incident Management with the ability to calculate CBRN hazard estimation and calculation in NATO CBRN STANAGS standards, including 2D contamination dispersion and impact analysis of CBRN agents.
W&R
Warning & Reporting
Standards Used
- NATO STANAG 2103 ATP-45 F v.2 Warning and Reporting and Hazard Prediction of CBRN Incidents.
- NATO STANAG 5525 AEP-45 E Warning and Reporting and Hazard Prediction of CBRN Incidents.
- STANAG 5500 ADatP-03 A V 2 NATO Message Text Formatting System (ADatP-3 Baseline 16)
Supporting CBRN Messages
- 1-6, BIO / CHEM / RAD / NUC
- BWR (Basic Wind Report)
- CDR (Chemical Downwind Report)
- EDR (Effective Downwind Report)
- HAZWARN (Hazard Warning)
- MIR (Missile Interceptor Report)
- MWR (Missile Warning Report)
- SITREP (Situation Report)
- SUM (Summary)
- STRIKWARN (Nuclear Strike Warning)
CE
Calculation Engine
The NATO ATP & AEP approach mainly focuses on identifying contaminated areas caused by chemical, biological, radiological and nuclear agents using the optimum tolerance level. The engineering solution is helpful for emergencies, as it works quickly, and the contaminated area is estimated in seconds.
Depending on NATO ATP & AEP standards, NARDA produces solutions by taking into account the type or name of an agent, its volatile or permanent state, the way the agent is used (with a bomb, missile, etc.), the location of the explosion (in the air, on the surface, etc.), and meteorology parameters.
CAD
Contaminated Area Determination
• Clustering of Observation Messages
• Calculation of Evaluated Data / CBRN Incident
• CBRN Downwind Hazard Area Calculation
• Recalculate predicted downwind hazard areas after significant weather
• Hazard Area Calculation from Missile Interception
• Calculation of CBRN Downwind Hazard Area for Unobserved Incidents.
• Actual Contaminated Areas Calculation
RE
Rule Engine
According to NATO STANAG standards Rule Engine provides the validation & verification of CBRN Messages.
Supported NATO STANAG Standards:
• Adapt Baseline 16
• Adapt Baseline 15
• APP 11
• ATP 45 F v2 & v3 Validation Tables
• AEP 45 E System verifications
IAC
Impact Anaysis of CBRN Incident
The time it takes for CBRN substances used in CBRN incident to reach a designated point within the hazard area can be calculated using CBRN 3 messages calculated using the Meteorological Report.
After entering and calculating a CBRN report the operator can see which units have been affected and which are in the clear
Operational Level Abilities
Request a Demo
** We respect your privacy and do not tolerate spam and will never sell, rent, lease or give away your information to any third party.
