How can Wi-Fi deliver consistently high performance in the complex environments where it is actually used? The answer is not a single new technology. It is a new architectural approach.

This ecosystem map is based on publicly available information, including official vendor documentation, regulatory filings, product announcements, and industry sources, as of July 2026.

This vendor capabilities map is based on publicly available information, including vendor websites, product documentation, technical presentations, regulatory filings, press releases, and industry announcements, as of July 2026. Capability classifications reflect products and solutions that have been publicly announced or are commercially available at the time of publication.

Wi-Fi HaLow is the long-range, low-power member of the Wi-Fi family, designed specifically for Internet of Things (IoT) applications. Standardised as IEEE 802.11ah, Wi-Fi HaLow operates in licence-exempt sub-1 GHz spectrum instead of the traditional 2.4 GHz, 5 GHz and 6 GHz Wi-Fi bands.

For years Wi-Fi HaLow has been described as “the future of long-range Wi-Fi.” The industry’s focus is no longer simply proving that Wi-Fi HaLow works – It is now demonstrating where it delivers unique value.

Europe’s debate over the future of the upper 6 GHz band is often framed as a choice between Wi-Fi and future mobile services. According to Alex Roytblat, Vice President of Regulatory Affairs at the Wi-Fi Alliance, that framing misses the real issue.

Modern enterprise networks have become the digital nervous system of organisations. Europe’s decisions on the future of the upper 6 GHz band will help determine how quickly enterprises can embrace the next generation of digital innovation.

Europe is approaching one of the most consequential wireless policy decisions of the decade. The debate surrounding the upper half of the 6 GHz band (6425–7125 MHz) is no longer simply about spectrum allocation. It is about how Europe intends to build its digital infrastructure of the future.

Ultra-Wideband has entered a new phase of maturity. The discussion has shifted away from whether UWB works and towards how rapidly it will become embedded into enterprise Wi-Fi infrastructure, smartphones, industrial automation, and intelligent AI systems.

The wireless industry has spent more than two decades measuring progress in terms of faster Wi-Fi. According to Qualcomm, that era is coming to an end. Wi-Fi 8 represents something fundamentally different: The emergence of networking infrastructure designed specifically for the AI era.

For many users, the push towards new standard naturally raises the question: If Wi-Fi is already this fast, why do we need Wi-Fi 8? The answer lies in the changing nature of wireless networking. The industry’s biggest challenge has shifted from speed to consistency.

Wi-Fi 8 is the first generation of Wi-Fi designed for coordinated wireless networking rather than independent access points. Many of the standard’s new mechanisms enable APs to exchange information, coordinate transmissions, make intelligent use of shared spectrum, and work together to improve the overall performance of the wireless network.

The 2026 OpenWiFi/OpenLan Global Summit 2026 marked an important milestone in the evolution of the Telecom Infra Project’s OpenWiFi initiative. What began several years ago as an open-source Wi-Fi access point project has now expanded into a much broader vision encompassing complete enterprise networking.

The prpl Foundation is an open-source industry alliance focused on software for broadband CPEs, including residential gateways, Wi-Fi routers, fibre gateways, cable gateways, and other broadband access devices. Its objective is to decouple software from hardware, enabling broadband service providers to deploy common software.

Our vendor / ecosystem / deployment maps and trackers show what companies constitute the OpenWiFi/OpenLAN ecosystem and also lists active network deployments across the world.

OpenLAN/OpenWiFi has matured into the broader OpenLAN architecture, comprising cloud software, access point firmware, Ethernet switch firmware, and validated white-box hardware. This makes OpenLAN one of the industry’s most comprehensive open networking initiatives.