The challenges facing global defense at the tactical edge are highlighted by the increasing ability of near-peer adversaries to disrupt current command and control (C2) networks, which poses a critical vulnerability to U.S. and Allied military strategies. To address this, there is a pressing need for resilient and interoperable data-sharing capabilities that remain functional even in the absence of cloud or server connectivity. In potential future conflicts, where command posts may be spread across vast areas and subjected to sophisticated electronic warfare, traditional hub-and-spoke network architectures with single points of failure are insufficient. Instead, distributed database architectures offer a solution by ensuring data synchronization and sharing across multiple nodes, reducing network brittleness. Additionally, the "backhaul" challenge of efficiently transmitting critical data from the tactical edge to central command locations, without overwhelming existing infrastructure, requires specific data-type queries and mesh networking approaches to prioritize mission-critical information. Adopting these technologies ensures that military operations remain effective despite adversarial disruptions, enhancing the resilience and adaptability of C2 systems.