Special Forces Complete Sensory Telemetry Demonstration
Overview
Special Forces Group hosted an advanced technology demonstration at Fort Carson in Colorado Springs, CO. The demonstration deployed a team of hyper-enabled operators equipped with expanded situational awareness through a range of technology solutions spanning personnel, vehicle, and asset data. It was conducted in a limited-to-no-connectivity environment alongside a real-time digital twin of the operational environment. A Plum Case was deployed as part of the solution to provide connectivity to a private LTE network.
About
Wes Drake served in the United States Army for over twenty years, twelve of which were spent on Special Operations assignments. During his military career, he served as a Telecommunications Chief focused on deploying various types of communications. Now in the public sector, he works as a Department of Defense Solutions Architect. With an extensive background in implementing mission-critical communications, if there is a communication challenge, Wes is the person who will find a solution.
Challenge
Special operations teams often move into environments where existing network connectivity is limited or absent, yet the mission depends on having a clear picture of the target before anyone steps inside. Delivering that picture means moving large volumes of sensor, personnel, vehicle, and asset data in real time, and no single vendor provides every piece. The needed capabilities sit across several complementary companies. The demonstration set out to answer a direct question: could a private cellular network stand up in a disconnected environment and carry complete sensory telemetry to a command center, so operators could rehearse an extraction before executing it?
Solution
We designed an exercise to provide complete sensory telemetry capability across a private cellular network. The demonstration was for a Special Forces Group out of Fort Carson where operatives, using VR goggles, were able to practice an extraction mission. To map the environment, we used LIDAR-equipped drones to create a real-time 3D digital twin of the target location. The data was transmitted through Plum Cases to a mobile command center where the operatives could virtually walk through the building and virtually execute the extraction plan.
These operatives, about to embark on the operation for the first time, had full situational awareness. They had walked through the target building and knew the locations of the stairs, windows, and doors. In this demonstration, we simulated the extraction by placing 12 people in a subterranean tunnel. We were able to map out those people and show the assault force exactly where they were located for the operation. These edge-computing capabilities are becoming increasingly important in the modern battlespace to survive and maintain decisive overmatch against increasingly tech-savvy adversaries.
Outcome
In the span of two days, we demonstrated a complete sensory telemetry capability in a “cellular bubble” and transmitted vital personnel, vehicle, and asset data to an overarching Hybrid C2 Integration and Management Platform, both static and mobile, for comprehensive situational awareness with full ATAK compatibility. Key highlights included creating a real-time digital twin of the environment, allowing the operators to virtually run through the target objective. The Plum Cases were an integral part of the network topology needed to make the operation successful.