IRT's Modeling and Simulation capabilities provide organizations and teams the ability to analyze sensor architectures, modifications and operational tactics prior to design and implementation activities. Our modeling and simulation applications use multiple phenomenologies to model all orbit regimes (LEO, MEO, GEO & Cislunar) and predict sensor architecture performance. 

IRT's high-fidelity M&S applications support terrestrial sensors, on-orbit sensors and surrogates. These applications serve a range of customer needs for depth, confidence, and time-to-market in determining modifications or new sensors to be developed and deployed. Our applications help decision-makers reduce risks and costs without sacrificing missions capabilities or warfighter needs. Furthermore, our experts will help configure, execute and analyze outputs to ensure customers understand the results and make informed decisions.

All of our M&S applications are industry adopted and operationally deployed.

IRTSAT. Architecture Assessment Tool

IRTSAT M&S Results

IRTSAT, a derivative of ATSAT, is a medium-fidelity Modeling and Simulation (M&S) software package that supports architecture trades, aperture trades, camera sensitivity trades, single sensor modeling and EO sensor simulations. 

Key features include: simultaneous modeling of ground and space based sensors, aperture size and camera sensitivity analysis (including FOV), link budget analysis, and radar/EO data fusion with analysis.

Contact [email protected] for product details and pricing information.

Cronos. Radar SW and subsystem M&S

Cronos is a high-fidelity M&S software package that supports subsystem and link budget analysis, single and multi-sensor modeling, and I/Q radar simulations. Cronos, in conjunction with MatLab, can be configured to produce power models and simulations in support of various SDA missions, including Radar and Electro-Optical. 

​Key features include: I/Q radar simulations, subsystem processing chains, EO training capabilities, and multi-sensor phenomenologies. 

​Contact [email protected] for product details and pricing information.

Ares. HWIL Modeling and Simulations

Ares is a high-fidelity M&S application that combines proven software with full Hardware-In-The-Loop (HWIL) to evaluate performance of system and subsystem modifications without impacting operational systems.  

Key features include: radar and EO simulations, system and subsystem design validation, full HWIL modeling and simulations (transmit/receive/channel), multi-sensor modeling and verification simulations. 
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Contact [email protected] for product details and pricing information.