Tactical Mission Fabric (TMF) connects sensors, systems, and decision-makers across domains, without replacing existing infrastructure. It enables faster, smarter, and more coordinated mission execution.
TMF acts as a unifying layer that connects existing technologies, enabling seamless data flow across air, land, sea, space, and cyber domains.
It allows operators to access, share, and act on mission-critical data in real time, improving speed, coordination, and outcomes.
Links existing systems, sensors, and networks
Normalizes and shares data across domains
Enables real-time decisions and mission execution
Seamless Integration: Connects disparate systems without replacement
Resilient Connectivity: Operates in contested and denied environments
Real-Time Data Sharing: Delivers mission-critical insights instantly.
Scalable Architecture: Adapts to evolving mission needs.
Mobile mission command across Air, Land, and Sea requires a resilient distributed and cloud-connected environment. TMF augments existing mission networks to deliver scalable, adaptive command and control, enabling real-time decision-making across the modern battlespace.
As uncrewed systems expand across the battlespace, networks must scale to support high-volume, real-time coordination. TMF acts as a tactical orchestration layer, enabling command and control of drone swarms without overwhelming mission networks or degrading decision speed.
While GovCloud has increased capability and collaboration across mission systems, it remains heavily reliant on centralized infrastructure within CONUS. TMF extends cloud access to the tactical edge through distributed nodes, enabling local processing with global reach back to deliver faster, mission-critical decision advantage.
TMF enables coordination across air, land, sea, space, and cyber, supporting the Department of War’s vision for unified, multi-domain operations.
The appearance of U.S. Department of Defense (DoD) visual information does not imply or constitute DoD endorsement.