The Next Generation Command and Control (NGC2) program's Findings Report from the Network Modernization Experiment (NetMod-X) details seven learning outcomes and subsequent actions taken to enhance tactical operations in challenging environments. The experiment, integrating NGC2 with DEVCOM C5ISR Center's annual field experiment, focused on optimizing the application, data, compute, and transport layers. Key outcomes include the need for leaner software for tactical networks, implementation of a hybrid computing environment that seamlessly transitions between edge and cloud, and a network architecture that dynamically adapts to external conditions. Additionally, the experiment highlighted the importance of microservices at each layer, low latency and diverse transport, data-centric waveforms, and real-time signature awareness for commanders. These findings informed updates to the NGC2 Characteristics of Need, refining requirements across the entire technical stack to prepare the Army for a data-rich future operating environment with agile, high-performance networks.

The Next Generation Command and Control (NGC2) program aims to enhance military operational effectiveness by addressing challenges posed by a congested electromagnetic spectrum and a data-rich environment. Based on findings from the 2024 Network Modernization Experiment (NetMod-X), seven learning outcomes (LOs) were identified concerning the program’s integrated technology stack across application, data, compute, and transport layers. Key insights included the necessity of optimizing software for tactical networks, transitioning to a hybrid computing architecture, and developing low-latency data-centric transport and waveforms. The experiment demonstrated that current legacy systems are insufficient to meet the robust data requirements of NGC2, highlighting the need for real-time signature awareness for commanders. The outcomes will refine the NGC2 Characteristics of Need to ensure commanders can maintain decision dominance with assured access to critical mission applications and services. The document underscores the Army's shift toward a data-centric operational model that prioritizes resilience and agility in a technologically advanced battlefield.