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Defentect Products
Defentect's DM3TM is the management, monitoring and messaging software central to Defentect's solutions. DM3TM enables customers to add radiation detection and other threat-event sensors to their security systems, controlling video surveillance cameras to document the location and nature of a threat. DM3TM is networked using IP and managed over the Web. When high-energy gamma rays from dirty bomb components interact with Defentect's GammatectTM sensors, DM3'sTM proprietary algorithms analyze the data and alert authorities to radiation that may pose a security threat. Communication features of DM3TM provide the ability to receive and process data over a network from the radiation sensor to the command center as well to PDAs, cellphones or pagers. The addition of strategically placed Gammatect PlusTM sensors enables Defentect to identify the isotope causing the radiation, providing control over innocent positive alarms.
Defentect's GammatectTM sensors detect gamma radiation above 20 mR/hr in less than one second and will detect a dirty bomb made with 60 curies of Cesium-137 at a distance of 29.5 meters, or about 100 feet. Sensors can be positioned adjacent to security cameras to provide visual identification of a threat. They can be hidden above ceilings or behind walls to prevent compromise by terrorists. GammatectTM has been validated at highly respected commercial radiation laboratories including Oak Ridge National Laboratories.
Defentect's Gammatect PlusTM is a scintillator-based gamma radiation sensor enabling real-time alerts and gamma radiation isotope identification in an unattended perimeter or portal network. If threat-level violations occur during a high gamma radiation count event, isotope ID and date are sent to a remote command center, triggering an alarm. System administrators can designate alerts to be triggered to PDAs, cell phones, pagers or other mobile clients. Gammatect PlusTM combines passive surveillance with active alarms and can be set to ignore medical or other benign environmental isotopes. Even high radiation areas may be monitored since the system automatically subtracts predictive background radiation. Set in 'patient mode,' individuals undergoing medical treatments pass without triggering innocent alarms.
