Army Tactical Command & Control Hardware & Software

The Army Tactical Command & Control Hardware & Software program is designed to enhance the Army's command and control capabilities through various projects. One of the key initiatives, Project EK9, focuses on Tactical Network Operations Management, supporting the development of Unified Network Operations (UNO). This effort seeks to modernize network security, resiliency, and data exchange by integrating enterprise and tactical networks. UNO aims to replace existing Network Operations tools with integrated software-based solutions that provide planning, management, monitoring, configuring, and securing capabilities for tactical users. The project emphasizes an iterative software development approach that incorporates cybersecurity and information dissemination management.

Another significant component is Project EQ8, the Mobile/Handheld Computing Environment (M/HHCE), which supports the Nett Warrior system. This initiative leverages commercial smart devices and secure Army tactical radios to provide dismounted leaders with real-time mission command and situational awareness capabilities during combat operations. The M/HHCE seeks to integrate various applications onto a common platform, reducing the need for duplicate hardware and enhancing interoperability with other computing environments. The project aligns with the Army's Network Modernization Strategy by supporting unified network efforts and enabling operations across multiple domains.

Project ER9 focuses on the Expeditionary Army Command Post by developing mobile command post nodes that integrate mission command solutions into vehicle platforms. This effort aims to improve the survivability and mobility of command post formations at all echelons by replacing legacy systems with more agile and scalable solutions. The project involves designing, prototyping, and testing Mission Command Platforms (MCP) and Command Post Support Vehicles (CPSV) on platforms such as Stryker, AMPV, and JLTV. These developments are intended to address challenges related to setup time, survivability, mobility, suitability, and footprint of command posts.

Lastly, Project DD1 highlights Unified Network Technology Transition & Integration (UNTTI), which supports high-capacity tactical communications for expeditionary operations. This initiative focuses on integrating transport-agnostic technologies that enhance network resiliency while reducing size, weight, and power requirements. UNTTI efforts include developing prototypes for Pathway Diversity and Line of Sight networking solutions that improve communication capabilities in challenging environments. The project also emphasizes collaboration with key stakeholders to prioritize technology demonstrations that inform future requirements and deliver new capabilities aligned with Army modernization priorities.