Video Compression Powers Visual Intelligence Flow as DoD Allocates $3.1 Billion to Counter-UAS Capabilities
DALLAS, Feb. 17, 2026 /PRNewswire/ — RMX Industries, Inc. (“RMX” or the “Company”) (OTCQB: RMXI) today detailed how its VAST™ video compression technology functions as the foundational transport layer for next-generation Counter-Unmanned Aircraft Systems (C-UAS) networks, as the U.S. military expedites deployment of systems designed to detect, monitor, and neutralize increasingly sophisticated small drone threats.
With the Department of Defense requesting $3.1 billion for C-UAS initiatives in FY2026, Congress approving an additional $184.8 million for C-UAS interceptors, and the FY2025 NDAA creating a dedicated C-UAS Task Force, defense officials are urgently working to deploy integrated sensor networks capable of safeguarding military forces and facilities. Recent significant contracts including the Marine Corps’ $642 million Installation C-UAS program awarded to Anduril and the Army’s procurement requirement for 6,000 Coyote interceptors between FY2025-FY2029, demonstrate the enormous scale of sensor and effector deployment, all requiring communication across bandwidth-limited infrastructure.
Further emphasizing this acceleration, the DoD announced on February 3, 2026, the vendors selected to compete in Phase I of the Drone Dominance Program (DDP), a $1.1 billion, four-phase initiative to rapidly deploy hundreds of thousands of low-cost, unmanned one-way attack drones by 2027, beginning with evaluations at Fort Benning on February 18. This offensive drone strategy complements defensive C-UAS approaches by advancing comprehensive drone superiority, where VAST™’s bandwidth-efficient video optimization facilitates seamless integration of sensor data across both offensive and defensive operations.
The Network Bottleneck
Contemporary C-UAS architectures rely on expanding networks of sensors, fixed cameras, electro-optical/infrared turrets, radars, small UAS, and passive radio frequency (RF) detectors feeding fusion engines and operators in real time. However, legacy military networks were not engineered for the volume and quality of video these systems generate, particularly in contested, bandwidth-constrained, or tactical edge environments where C-UAS operations prove most critical.
“Every Counter-UAS system eventually encounters the same obstacle: the network,” stated Karl Kit, CEO of RMX. “If you cannot transmit clean, reliable video from edge sensors to the fusion engines and operators who require it, even the most advanced detection systems become ineffective. VAST™ transforms existing tactical and installation infrastructure into a viable backbone for modern C-UAS operations, enabling more sensors to share more intelligence across the same constrained networks without degrading picture quality or overwhelming bandwidth.”