Edgewater Wireless Systems Inc. (TSXV: YFI) (OTC: KPIFF) has detailed its PrismIQ development and customer demonstration program, which includes planned engineering support from Fidus Systems and backing from the Ontario Vehicle Innovation Network (OVIN) Semiconductor Voucher Program. The announcement, reported by NEWMEDIAWIRE, highlights the company's efforts to bring its next-generation Wi-Fi technology to market.
Edgewater's patented Spectrum Slicing architecture enables multiple concurrent channels within a single Wi-Fi band, increasing usable capacity and improving latency and reliability in congested environments. Building on proven silicon and prior testing with a Tier 1 service provider, the company is developing the PrismIQ product family to address emerging Wi-Fi 8 requirements. A common core architecture supports opportunities across residential, enterprise, industrial, and selected mission-critical applications.
The FPGA-based platform will provide a programmable hardware environment for validating selected PrismIQ functions and preparing for customer evaluation ahead of production silicon. Fidus Systems, a custom embedded systems design and services company with over 4,000 completed projects, will augment Edgewater's engineering program with specialized FPGA implementation and system-validation expertise. As noted on fidus.com, Fidus covers the full development cycle, from system architecture to mechanical and thermal design.
The planned work includes implementing and validating selected next-generation PrismIQ functions in programmable hardware, integrating Edgewater's Spectrum Slicing multi-channel software and driver environment, and enabling over-the-air testing and technical demonstrations for customers and strategic partners. This platform is intended to help prospective customers assess capabilities and integration requirements, supporting potential product design-in and IP licensing decisions. Testing key functionality before production silicon also allows Edgewater to identify and address engineering issues earlier in development.
"Our focus is on giving customers a practical way to evaluate the next generation of Spectrum Slicing and advance integration discussions," said Andrew Skafel, President and CEO of Edgewater Wireless. "OVIN and Fidus help us build on our existing technology, validate key PrismIQ capabilities and offset eligible development costs with this non-dilutive program. Alongside the backing of Silicon Catalyst Angels, this strengthens our ability to move customer engagement toward commercial opportunities."
As disclosed on August 28, 2026, Edgewater was approved for a voucher of up to C$20,000 for eligible technical services related to its FPGA-based prototype program, subject to completion and acceptance of defined project milestones. The voucher offsets eligible costs within Edgewater's broader development program. The FPGA work supports Edgewater's previously disclosed objective of an initial product release in the first half of 2027. Planned milestones include hardware and software integration, over-the-air validation, and customer demonstrations. Edgewater expects to provide updates as these milestones are achieved.
The OVIN Semiconductor Voucher Program is delivered through the Ottawa Regional Technology Development Site by the Kanata North Business Association in collaboration with Invest Ottawa and Area X.O. OVIN is an initiative of the Government of Ontario led by the Ontario Centre of Innovation.
This news matters because it signals progress in commercializing Spectrum Slicing technology, which promises significant improvements in Wi-Fi performance. For service providers, OEMs, and enterprises, the validation of PrismIQ could lead to more efficient and reliable wireless networks, especially in high-density environments. The collaboration with Fidus and support from OVIN also demonstrate confidence in Edgewater's technology, potentially accelerating its adoption. As Wi-Fi 8 approaches, Edgewater's advancements could position it as a key player in the next generation of wireless connectivity, impacting industries from telecommunications to IoT.
