Simulation Software

Developed over five years of dedicated research and engineering, RadTeamSim is shaped by continuous feedback from the radiological emergency response community — including US national conferences, multi-state and international exercises, and direct input from the responders who use it in the field.

RadTeamSim.Route

An open-world ground-based radiation disaster simulator. Drive the same roads as physical reality while receiving scientifically modeled radiation readings built for each scenario. Features second-by-second dose rate tracking, health impact assessment, and integration with CBRNResponder and Mission Edge.

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RadTeamSim.Flight

An open-world aerial monitoring simulator for mapping radioactive contamination following a radiological or nuclear disaster. Fly survey patterns, collect airborne readings, and generate radiation maps for each second of flight. Built for Concrete Shield 24.01 Romania and proven in international exercises.

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RadTeamSim.Meter

A mobile application that puts radiation detection simulation in your hands. Switch between Dosimeter, Beta Survey, Alpha Survey, and Gamma Survey instruments while your phone’s GPS drives the simulation. Use RadTeamSim.Meter as a standalone training tool or as a companion to Route and Flight SaaS sessions.

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Exercise Proven

Concrete Shield 24.01 — Romania (January 2024)

Joint Romanian-USAID exercise simulating a fictional Ukrainian nuclear power plant disaster. RadTeamSim.Flight was rolled out for this exercise, and the DART team used RadTeamSim.Route to conduct field missions. The exercise involved WHO, EU, OCHA, Romanian nuclear regulatory agencies.

Cobalt Magnet 2025 (March 2025)

DOE-led nuclear power plant scenario based in Michigan with multi-state and Canadian impacts. RadTeamSim supported ghost teams with spiked samples. Over 100 organizations and 3,000+ participants across MI, IN, OH, and Ontario. Field team data from both physical and virtual teams was combined and leveraged to inform the common operating picture.

Project STORRM (September 2025)

A five-day virtual nuclear detonation exercise organized by Radiation Emergency Services and QRS, with participants from 15 U.S. states. Project STORRM was the first full deployment of RadTeamSim as a cloud-hosted SaaS platform. Approximately 40 field team members ran simulated monitoring missions across diverse jurisdictional roles — from blast zone response to nationwide ingestion support.

Interoperability

RadTeamSim integrates with the operational tools emergency responders already use, so training mirrors real-world data workflows.

CBRNResponder

https://www.radresponder.net/

For CBRNResponder users, field surveys from RadTeamSim missions can be transmitted to CBRNResponder with second-by-second latitude, longitude, and dose rate data. Teams can practice the same data review, reporting, and incident management workflows they would use during an actual response.

Mission Edge

https://ops.missionedge.com/

For Mission Edge users, field team data from RadTeamSim missions can be transmitted to Mission Edge with second-by-second latitude, longitude, and dose rate data. Teams can practice real-time field team tracking, coordination, and mission management in a realistic operational environment.

3 Ways to Access RadTeamSim

1

Purchase a custom training package

Contact us to design a tailored training package for your organization, including scenario development, exercise coordination, and RadTeamSim platform access.

2

SaaS Subscription

Access RadTeamSim.Route and RadTeamSim.Flight through our cloud-hosted platform. Log in through the RadTeamSim website and connect to AWS-hosted simulation environments via your browser. SaaS subscriptions include RadTeamSim.Meter mobile access at no additional cost. Teams of up to 4 can share a session for collaborative field training.

3

RadTeamSim.Meter (Mobile)

Use RadTeamSim.Meter as a standalone mobile training tool — no SaaS subscription required. Practice radiation detection instrument workflows and field survey procedures from your phone with GPS-driven simulation.