Viasat Inc. has introduced its latest innovation, Tactical Mission Fabric (TMF), to transform how modern military networks operate across edge and cloud environments. With this launch, the company strengthens its position in advanced defense communications by enabling faster, more secure, and resilient data-driven decision-making in complex operational scenarios.
As military operations increasingly rely on sensors, autonomous systems, and multi-source intelligence, the need for seamless data processing has become critical. However, traditional networks often struggle with latency, fragmentation, and security challenges. Therefore, Viasat designed TMF as an edge-to-cloud networking overlay that enhances existing infrastructure without requiring a costly overhaul. Instead of replacing legacy systems, the platform integrates them into a unified, intelligent network fabric.
Moreover, TMF delivers assured multi-path connectivity and mesh networking capabilities, allowing warfighters to maintain uninterrupted communication even in contested or degraded environments. By combining distributed cloud computing with advanced networking, the solution ensures that mission-critical data flows efficiently from the edge to centralized systems and back in real time.
According to David Schmolke, Vice President of Mission Connections and Cybersecurity at Viasat Government, “Today’s missions shouldn’t be hampered by stovepiped networks or technologies that restrict the flow of information. TMF is built to help the Joint Force operate when communications links are disrupted or under attack closing the gap between abundant edge systems and the applications and cloud services needed to turn that edge data into real-time mission decisions.”
In addition, TMF introduces a software-defined, cloud-native orchestration layer that treats multiple communication channels such as SATCOM, 5G, MANET, and legacy radios as interchangeable. This approach enables automated failover and supports Autonomous Primary, Alternate, Contingency, and Emergency (A-PACE) strategies. As a result, military teams can maintain connectivity even during electronic warfare or cyberattacks.
Another key advantage lies in its ability to establish real-time secure cloud connections. TMF transforms tactical gateways into intra-theater cloud nodes, significantly reducing latency that typically limits AI and machine learning workloads. Consequently, defense teams can process intelligence faster and act with greater precision.
Furthermore, the platform supports zero-trust security frameworks through dual-layer encryption, continuous monitoring, and round-the-clock cybersecurity operations. It also integrates seamlessly with secure cloud environments such as AWS GovCloud, ensuring compliance with strict defense standards.
Schmolke added, “By overlaying a secure low-latency mission fabric, we are future-proofing the warfighter’s network and operationalizing data survivability. TMF supports this with an interoperable architecture that enables cross-domain data exchange and provides the edge-to-cloud mission fabric Joint Force operations require.”
Ultimately, as global defense strategies shift toward AI-enabled systems and real-time analytics, Viasat’s TMF positions itself as a critical enabler of next-generation military operations.
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