CORE PROGRAMS

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Automated Tactical Ammunition Classification System (ATACS)

ATACS can inspect up to 100,000 rounds of 5.56 mm, 7.62 mm, 9 mm, .45 caliber and .50 caliber per day, detecting defects such as dents, perforations and corrosion. This system, currently in use at Camp Arifjan, Kuwait in support of Operation Iraqi Freedom, significantly reduces the manpower required to handle loose, broken lot ammunition and provides faster, more consistent inspection.

Intent Detection System

Cybernet’s Intent Detection System enables detection of suspicious individuals or behavior and the notification of appropriate security personnel. The system also allows for automated recognition of individuals based on visual cues, and stores/fuses data between multiple cameras at a single location as well as between multiple systems in multi-location installations. This system is ideal for surveillance, security, threat detection, situation assessment or response management.

Supportability Wireless Mobile Assistant (SWMA)

SWMA is a mobile computing solution with fingertip control of the graphical interface, built-in diagnostic and logistics tools, and access to legacy applications and data. This advanced system allows multiple technicians to collaborate on a common problem, regardless of their physical location, using a handheld device with video, audio, text and applications shared over a secure network. SWMA provides access to faster and more efficient resolutions to technical problems as they arise.

Urban Challenge/Autonomous Vehicle

Team Cybernet, during the 2007 Urban Challenge, converted an 11-year-old minivan into an autonomous ground vehicle with technology capable of removing troops from dangerous situations. The Urban Challenge is intended to accelerate the development of autonomous vehicles that will someday perform hazardous tasks on the battlefield with limited human involvement. Teams’ robots must perform like cars with drivers and safely conduct simulated battlefield supply missions on a 60-mile urban area course.

Virtual Systems Integration Laboratory (VSIL)

VSIL leverages commercial virtual-design technology created for the automotive industry to develop a virtual-design environment capable of simulating Army vehicles to allow for rapid trade-off analyses for soldier safety and operation effectiveness. VSIL improves soldier safety, tests subsystems in new designs, and is easily maintained because it reuses existing subsystems.