Our team provided design/development work for integrated command-and-control (C2) software, training and support to the joint land component warfighter for sustain advanced digital and electronic systems that support various mission areas in the tactical environment, including digital battle command, platforms, and hardware support; C4 support to air and missile defense; C4 support to network operations; C4 support to intelligence operations; and C4 support to fires and effects, sensors and sensor systems, current force unattended sensors, night-vision sensors, radios, and communications systems. Project Manager Battle Command produces and deploys current and future Army battle command system software. Battle command sustainment support system fuses sustainment information from multiple sources into a single mission-focused and tailored, map-centric visual display.

For strategic battle command of the Army battle command system component, we provided Army joint and coalition commanders with readiness reporting, force projection, and situational awareness through the Global Command and Control System-Army (GCCS-A) and the Defense Readiness Reporting System-Army (DRRS-A).

For tactical battle command, we combined multiple complex capabilities into an integrated tool set, allowing warfighters to visualize the battlespace and synchronize the elements of combat power while simultaneously collaborating and sharing data in near-real time. The Maneuver Control System provides maneuver functional and battle staff tools to commanders and staffs from battalion to Army service component command. The command post of the future serves as a decision support system, providing real-time situational awareness and collaborative tools for tactical decision making, planning, rehearsal and execution management for commanders and staffs from battalion to command.

BANC3 is extensively involved in developing, training, and supporting these systems for the Army in order to deliver high-quality capability, enhances warfighter performance and reduces system complexity.