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C5ISR Center's mission is to enable the networked Warfighter by identifying, developing, and rapidly integrating innovative technologies that enable decisive lethality through information dominance in Multi-Domain Operations.
The U.S. Army Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance and Reconnaissance (C5ISR) Center strives to make a positive impact for Soldiers. We serve a unique purpose of developing technologies the U.S. Army uses on platforms: from Soldier to ground vehicle, and from Air to Space. The C5ISR Center ensures our forces have the capability to see, sense, communicate, and move faster than our adversaries.
C5ISR Center’s diverse technical expertise enables us to develop, engineer and foresee essential Army needs in mission command, intelligence technologies, applications and network designed to connect and protect the Soldier. These areas include:
NETWORKING
CYBER
ELECTRO-OPTIC INFRARED
KNOWLEDGE MANAGEMENT & AUTOMATION
POWER
RADIO FREQUENCY
LIFECYCLE ENGINEERING
Success in multidomain operations depends on developing an integrated set of capabilities that work together and enable decision-making at greater speeds than ever before. To ensure the Army is postured for success, the Center optimizes contributions to multidomain operations and the Army’s vision. We accomplish this by:
that enable information dominance and tactical overmatch for joint forces.
across a wide variety of capability areas that support all six Army modernization priorities.
providing more than three decades of night-vision technology development.
on the battlefield with work in tactical radios, satellite communications and mission-command capabilities.
The Army concluded its annual Network Modernization Experiment, known as NetModX, as scientists and engineers assessed about 60 technologies over nine weeks in support of the service’s top continuous transformation priority.
Foteini Argiropoulos did not take a typical path to get to where she is now.
Originally from Greece, she did not start postsecondary schooling until she was 32 and living in the United States.
David Arty’s parents started bringing computers home in the late 1980s, allowing him to experiment with early generation machines at a time much earlier than others in his neighborhood.