RMX Showcases its Advanced VAST™ Technology at Tough Stump Rodeo

RMX Showcases VAST™ Technology at Tough Stump Rodeo

In an impressive display of technological prowess, RMX Industries, Inc. demonstrated its VAST™ (Video Adaptive Systems Technology) platform during the Tough Stump Rodeo, held from June 2-6, 2025, in Alder, Montana. This year’s event served as a unique proving ground for communication technologies under rugged and adverse conditions, where real-world performance is paramount.

VAST™ is touted as a revolutionary software-based video encoder designed to sustain video quality and utility even in areas with weak network signals and limited bandwidth. According to RMX, it effectively maintains the integrity of the edge-to-core data flow, ensuring that both human operators and AI systems can access high-quality video streams crucial for mission success.

Groundbreaking Demonstrations

Streaming Capabilities

During the rodeo, RMX showcased the ground-breaking capabilities of VAST™, which successfully transmitted five simultaneous HD video streams acquired from drones and ground cameras. This was managed over a single L-band Mobile Ad-hoc Network (MANET) with a data rate of approximately 350–500 kbps per stream. Notably, the platform enabled long-distance relay of live drone feeds to the operations center via a 1.25 MHz, multi-hop, beyond-line-of-sight (BLOS) TrellisWare MANET. This functionality is critical in scenarios such as search-and-rescue (SAR), where reliable and timely video information is needed to coordinate operations effectively.

John Dames, the Chief Technology Officer of RMX, emphasized the advantage VAST™ offers in challenging network environments. He noted, "Over the toughest networks, VAST™ carries mission-ready video, freeing airtime while keeping streams usable for operators and analytics."

Technical Specifications

The VAST™ platform is distinguished by its real-time AV1 encoding capabilities, designed to function solely on CPU with a hardware-agnostic setup. This means it can efficiently operate on low-power devices like the Raspberry Pi 5. Moreover, it integrates seamlessly with TAK, including AV1 RTP playback in the latest version (v5.5), allowing for versatile streaming options via UDP multicast or RTSP across various tactical communication bands such as HF, SINCGARS, MUOS, UHF TACSAT, LTAC, and others. RMX’s collaborations with prominent drone manufacturers and MANET/SATCOM providers further enhance VAST™’s resilience and capability, ensuring that video quality is preserved while minimizing bandwidth and power consumption.

About Tough Stump Rodeo

The Tough Stump Rodeo stands apart from traditional expos by offering a hands-on platform where technology vendors, military and public-safety operators, and industry enthusiasts can assess tactical communication systems, drones, and other operational technologies in challenging real-world environments. This year's event focused on bridging connectivity gaps, complex UAS integrations, and maintaining communication across vast distances and multi-hop links. The robust demonstrations carried out during the rodeo offered participants invaluable insights into the capabilities and limitations of their technologies.

About RMX Industries, Inc.

RMX Industries (OTCQB: RMXI) is a leading technology firm specializing in sophisticated data compression and video optimization solutions. With a focus on improving how organizations capture, transmit, store, and share visual data, RMX’s proprietary technology has shown remarkable performance in demanding environments. Originally tailored for military applications, RMX’s solutions promise to reduce video bandwidth and storage needs by up to 50%, all while preserving quality and functionality. As data becomes increasingly central to diverse sectors including defense and AI, RMX is poised to lead the way in intelligent data compression innovations.

In conclusion, RMX's groundbreaking VAST™ technology marks a significant advancement in video transmission systems, particularly within the tactical communications space, where reliable, real-time data can make all the difference in critical operations.