ARAM (Adaptable Radiation Area Monitor) is a joint development project that includes proprietary identification algorithms from IST-Textron and detector electronics from Lawrence Livermore National Laboratory. By leveraging the adaptable nature of the product into several platforms, it serves as a critical component to a larger program of radiation detection, incident mitigation, protocol development and user training.. For example, the systems can be easily set up to monitor for radioactive materials in highway vehicle traffic, packages in mail and parcel facilities, bulk cargo, small water-borne vessels, and vehicles moving through roadside checkpoints. The portal can also be configured as a discreet fixed mount detection system to monitor slow moving, packages, luggage, or pedestrians. Digital video cameras can be easily integrated to further document and record alarm events. The ARAM system is currently deployed at numerous U.S. border checkpoints, wet ports, and critical infrastructure facilities.
Ruggedly mounted in an SUV, the ARAM (see image #3) provides a mobile WMD monitoring solution of unparalleled performance. This configuration, called the Textron-IST "RadTruck” by system integrators, is in use on the East and West Coast, has been tested by the DOE. Exterior vehicle lighting and siren controls are also integrated into the RadTruck. Although we recommend installation in a Chevy Suburban SUV, we can accommodate most vehicles at the time of installation. (Vehicle purchase is optional, and special fleet pricing is passed through to the customer).