All-in-one System
Models the full spectrum of Weapons of Mass Destruction (WMD) and Toxic Industrial Chemical releases.
Easy to Use
The MIDAS-AT Graphical User Interface was developed for the user to allow easy scenario input by prompting for incident characteristics using a top-down event tree approach. Many users are first responders, emergency officials and military personnel who need to build a scenario quickly to obtain a quantitative, visual representation of the situation at hand.
Scalable and Flexible
MIDAS-AT can be configured to meet many different user requirements. All versions feature an innovative field-tested, interactive graphical user interface. Live displays of hazardous areas on local maps based on real-time data are one of MIDAS-AT's key features.
Dispersion Models  

Results are based on atmospheric dispersion models tailored for the release conditions, whether they are in open flat terrain, in an urban area with tall buildings, or inside a building.

Quick Running Plume Model
Urban Dispersion Model
Inside Building Model

Real time Updates with Fast, Visible Results

MIDAS-AT can model, in real time, the effects of changing weather patterns during the course of an incident. MIDAS-AT can display the effects of a toxic release as the incident unfolds.

Our customizable output display provides the HAZMAT Team or early responder with more than just plume hazard prediction area information. MIDAS-AT enables the user to view current weather conditions, surface contamination, and hazard projection areas. The user has the ability to vary the parameters of the incident by applying foam, stopping evaporation, opening windows, and shutting off air conditioning (for inside building applications) - and all of this is updated every five minutes!

Data Collection and Internet Capabilities

MIDAS-AT automatically collects, stores and uses real-time data from meteorological instruments, Internet weather sites (such as NOAA), and chemical and biological sensors.

MIDAS-AT has extensive communication capabilities, including the ability to send E-mail messages with attached .jpg or .bmp hazard prediction files.

 

 

 

 



Copyright 2008 ABSG Consulting Inc.