Welcome to our dedicated page for RMX Industries news (Ticker: RMXI), a resource for investors and traders seeking the latest updates and insights on RMX Industries stock.
RMX Industries, Inc. (OTCQB: RMXI) generates news centered on its role in advanced data compression, video optimization, and mission-focused software for constrained networks. Company updates frequently highlight the VAST™ (Video Adaptive Systems Technology) platform, a software-based AV1 video encoder designed for real-time, high-definition streaming at ultra-low bitrates in demanding environments.
News items for RMX often cover defense and security developments, such as initial and follow-on orders from the U.S. Army’s Program Executive Office Soldier and deployments tied to the Transformation in Contact initiatives at the Joint Readiness Training Center. These stories describe how VAST™ supports tactical video for soldier-worn systems, unmanned assets, and edge-to-core data flows over contested and constrained military radio networks.
Investors and observers can also expect coverage of technology integrations and demonstrations. RMX has reported native support for VAST™ AV1 streams in the U.S. Government’s Tactical Assault Kit (TAK) 5.5 core video player, as well as demonstrations at events like Tough Stump Rodeo, where multiple simultaneous HD feeds were streamed over mobile ad hoc networks in rugged, low-coverage terrain.
Additional RMXI news includes capital and corporate milestones, such as a securities purchase agreement for an up to $50 million contingent financing facility and the company’s name change from Reticulate Micro, Inc. to RMX Industries, Inc. Coverage may also reference patent application filings for VAST™ technology and partnerships like The Apollo Group’s selection of RMX’s platform as a key enabler of operational AI. For readers tracking RMXI, the news feed offers a focused view into how RMX’s software is being adopted, tested, and integrated in real-world, mission-critical contexts.
RMX Industries (OTCQB: RMXI) has filed a patent application with the USPTO to protect its proprietary VAST™ technology innovations in video compression and data optimization. The technology focuses on preserving video quality at low bitrates, adapting to bandwidth-constrained networks, and ensuring reliable data transmission across diverse networks.
The patent filing covers methods specifically designed for real-time workflows in defense, public safety, telecommunications, and data-center operations. CEO Karl Kit emphasized this milestone's importance for protecting their core technology, while CTO John Dames highlighted its relevance for expansion in drones and tactical radio networks.
RMX Industries (OTCQB: RMXI) successfully demonstrated its VAST™ (Video Adaptive Systems Technology) platform at the Tough Stump Rodeo 2025 event in Montana. The technology showcased impressive capabilities, streaming five simultaneous HD video feeds from drones and ground cameras over a single L-band MANET at 350-500 kbps per stream.
VAST™, a software-based video encoder, maintains video quality even under weak network conditions and limited bandwidth. The system demonstrated long-distance relay capabilities for search-and-rescue operations using TrellisWare MANET. The platform runs on low-power devices and integrates with various tactical communication systems, offering advantages over satellite-dependent solutions.
RMX Industries (OTCQB: RMXI) announced that its VAST™ video platform is now natively supported in the U.S. Government's Tactical Assault Kit (TAK) 5.5 platform. The integration was presented by CTO John Dames at TAK Offsite 2025, demonstrating how VAST™ enables multiple simultaneous HD streams over MANET and real-time video streaming over constrained RF networks.
The native integration in TAK 5.5 includes features such as automatic discovery of VAST™ video streams, TAK Video Announcements for real-time notifications, and seamless integration with UAS Tool. The platform's efficiency allows users to double or triple video streaming capabilities through existing networks, enhancing ISR options and decision-making in mission-critical environments.
RMX Industries (OTCQB: RMXI) has secured a follow-on order from the U.S. Army's PEO Soldier for 30 additional units of its VAST™ software-based video compression platform. This order follows the successful initial deployment within the Army's Transformation in Contact (TIC) initiative.
The VAST™ platform delivers real-time, high-definition video at ultra-low bitrates across constrained networks. Its software-based architecture enables operation on lightweight, low-power devices without specialized hardware, making it particularly suitable for soldier-worn systems and unmanned assets.
RMX Industries (RMXI), formerly known as Reticulate Micro, has announced a corporate rebranding that reflects its expanded vision in the technology sector. The company, which specializes in advanced data compression and video optimization, maintains its focus on two key platforms: VAST™ for efficient video streaming and CRISP for advanced data compression.
The rebranding includes the launch of a new website at www.rmx.io, showcasing the company's technology platforms and strategic vision. CEO Karl Kit emphasized that the name change represents the company's broader ambitions in delivering intelligent infrastructure solutions.
Reticulate Micro (OTCQB: RMXI) has secured an initial order from the U.S. Army's PEO Soldier for its VAST™ video compression software. The order, valued at $135,000, includes 30 VAST™ units for deployment in the Transformation in Contact initiative at the Joint Readiness Training Center.
VAST™ is a software-based video encoder delivering high-definition video at ultra-low bitrates, compatible with low-power devices like Raspberry Pi 5. The technology will be integrated into the Tactical Assault Kit software suite, with potential deployment of up to 10,000 units across the Army's operational footprint.
Reticulate Micro (RMXI) has been selected to participate in a grant-funded initiative focused on advancing semi-autonomous mining operations. The company will leverage its proprietary CRISP platform to enhance tele-remote video capabilities in underground environments.
The proof of concept (PoC) project, branded as RMX Mining, will test ISM band radio frequencies for video transmission supporting Remote Loader technology. The initiative aims to validate the benefits of the five-meter cycle, a mining method designed to improve efficiency, safety, and productivity in underground operations through real-time video streaming capabilities.
Reticulate Micro (OTCQB: RMXI) has announced that its VAST™ (Video Adaptive Systems Technology) product line is now available on the GSA Multiple Award Schedule through a partnership with Dfuse Technologies. This strategic placement enables government agencies to procure RMX's video compression solutions at pre-negotiated terms, significantly streamlining the acquisition process.
The GSA Schedule placement offers RMX substantial advantages, including expedited procurement processes, enhanced credibility among government buyers, and potential contract terms of up to 20 years. The partnership with Dfuse Technologies positions RMX to access a broad network of federal, state, and local agencies, creating opportunities for sustained revenue growth through long-term government contracts.
Reticulate Micro (OTCQB: RMXI) announced its participation in a live tactical video demonstration at SOF Week 2025 in Tampa, Florida. The demonstration will showcase the company's VAST platform, highlighting its advanced video compression technology capabilities across tactical networks. The demonstration involves collaboration with multiple partners including Rebel Systems, Curtiss-Wright, IBM oLabs, and Persistent Systems.
The demonstration will feature an end-to-end tactical video chain across the show floor, demonstrating real-time video capture, encoding, transmission, and analytics. According to CTO John Dames, VAST enhances video capacity on critical networks like L-Band while minimizing computing resource usage, operating without specialized hardware such as GPUs.