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Product Director C4ISR and Network Modernization (PD C4ISR & NetMod) is an Army capital investment that provides a “test/assess-analyze-fix” environment that evaluates technical applications and maturity for emerging networking, sensors and C4ISR-enabling platforms on a year-round basis. Activities conducted at PD C4ISR & NetMod's ...
United States Army Network Enterprise Technology Command (NETCOM) is a US Military unit subordinate to United States Army Cyber Command. NETCOM's mission is to operate and defend the computer networks of the United States Army. The numerical command for NETCOM was 9th Army Signal Command, though this distinction was removed on 1 October 2011 ...
[4] It conducts and sponsors scientific research in areas important to the Army, develops scientific discoveries into new technologies, engineers technologies into new equipment and capabilities, and works with the U.S. Army Training and Doctrine Command to help requirements writers define the future needs of the Army.
Over his tenure as Army Secretary, Esper led a process known as "night court", working with other top service officials, to free up and shift billions of dollars into modernization programs and based the new command in Austin, Texas, an area known for its innovative, technology-focused workforce.
U.S. Army GVSC is the Department of Defense's lead agency for automated, driver-optional, and driver-assist technology development for ground vehicles. Developed within its Ground Vehicle Robotics portfolio, these technologies apply through the common, open-source Robotics Operating System-Military to tactical and combat vehicle platforms and ...
Army Analytics Group [13] (AAG): The Army Analytics Group delivers analytical services to the Army for a broad cross-section of organizational operations and functions, with expertise in cybersecurity, information technology, machine learning, deep learning, natural language processing, and artificial intelligence modeling. The AAG was ...
Once the user has developed a model, it can be run to predict the probability of mission success (e.g., accomplishment of certain objectives or completion of tasks within a given time frame), time to complete the mission, workload experienced by the operators, and the sequence of tasks (and timeline) throughout the mission.
Military comms include command, control and communications and intelligence and were known as the C3I model before computers were fully integrated. The U.S. Army expanded the model to C4I when it recognized the vital role played by automated computer equipment to send and receive large, bulky amounts of data.