Edgewater Wireless Systems Inc. (TSXV: YFI) (OTC: KPIFF) announced on March 31, 2026, that it has signed a Memorandum of Understanding (MOU) with AirMetal Robotics, an advanced robotics and unmanned systems group, to explore collaboration on dual-use wireless applications requiring high reliability and interference tolerance. The partnership aims to integrate Edgewater's Spectrum Slicing™ technology into radios for unmanned aerial vehicles (UAVs), robotics, defense, security, public safety, and critical infrastructure, where resilient connectivity is increasingly vital.
Under the MOU, the companies will evaluate technical and commercial opportunities to embed Edgewater's interference-tolerant wireless technology into AirMetal's platforms. This initiative is part of Edgewater's broader strategy to expand its PrismIQ™ silicon and Spectrum Slicing architecture beyond traditional Wi-Fi into high-value next-generation communications. Andrew Skafel, President & CEO of Edgewater Wireless, stated, "AirMetal brings deep, real-world operational insight into how UAVs are deployed at scale - and where today's RF links break down. This MOU creates a structured, commercially grounded path to explore next-generation, multi-channel communications designed for high-reliability performance."
The timing aligns with increased Canadian federal support for domestic semiconductor, aerospace, and defense innovation, including new defense industrial programs and drone initiatives. Edgewater views these developments as strengthening the commercial backdrop for sovereign, high-performance communications technologies. Industry analysts project the global drone market to grow from approximately US$73.06B in 2024 to US$163.60B by 2030, with the drone communications segment valued at US$3.6B in 2024 and expected to reach US$11.6B by 2030, according to Grand View Research and Research and Markets.
Kevin Toderel, CEO of AirMetal Robotics, noted, "We believe the combination of AirMetal's platform and deployment insight with Edgewater's Spectrum Slicing innovation creates a highly differentiated position in the market. Together, we have the potential to advance a new class of sovereign dual-use radios designed to perform where conventional wireless links fall short." The MOU is non-binding and serves as a framework for evaluating integration, product planning, and customer engagement strategies, with no assurance of a definitive agreement or revenue generation. However, management sees it as reflecting accelerating interest in Edgewater's technology for dual-use markets.
Edgewater's Spectrum Slicing technology enables multiple concurrent channels within a single band, improving capacity and reliability in high-density environments. The company holds 26 granted patents and three AI-related patents pending, operating a fabless model. This partnership follows Edgewater's broader push into dual-use applications, as interference resilience and deterministic performance become critical design requirements across connected systems.
