The Wireless Broadband Alliance (WBA) has released its 2026 Industry Report, presenting results from its annual survey of the Wi‑Fi and cellular ecosystem at the enterprise level. This summary highlights seven key takeaways and offers practical action points for decision-makers planning network and connectivity strategies for 2026 and beyond.
The full WBA report is available as a PDF on the original publisher’s site.
1. Wi‑Fi is infrastructure, not just connectivity
The report frames Wi‑Fi as essential digital infrastructure that underpins enterprise operations, public services, and much of everyday life. Users increasingly expect consistent, deterministic performance — not only higher throughput, but reliable latency and predictable behaviour.
Industry momentum toward Wi‑Fi 7 and the roadmap to future generations reflects this shift. Wi‑Fi 8’s emphasis on reliability and multi‑access point coordination positions it as a potential alternative to wired Ethernet or private cellular in many use cases. This may prompt organisations to reassess past assumptions about which technologies best suit industrial automation, healthcare, and any environment that requires real‑time analytics.
Because Wi‑Fi decisions are long‑term infrastructure choices, network refresh cycles should factor reliability metrics alongside throughput. CIOs and network architects should evaluate Wi‑Fi 8 in parallel with Wi‑Fi 7, particularly where robotics, extended reality (XR), or time‑sensitive operations are in play.
2. Accelerating adoption of Wi‑Fi 7/8 and the 6 GHz band
The WBA documents rapid uptake of Wi‑Fi 7 across enterprise and consumer markets, driven by demand for higher throughput, lower latency, and greater spectrum efficiency. The 6 GHz band promises to relieve congestion and enable new applications, with chipset and access point shipments continuing to increase.
As Wi‑Fi 7 and 8 reach production readiness, enterprises can expect performance gaps between legacy and modern infrastructure. Regulatory inconsistencies—particularly around Standard Power 6 GHz and automated frequency coordination—may cause uneven deployments across regions, complicating global network planning.
To mitigate these risks, organisations should adopt spectrum‑aware designs and consider tri‑band architectures where available. Staying informed about regulatory developments worldwide will be essential to avoid capacity bottlenecks as Wi‑Fi 7 devices proliferate.
3. Convergence of Wi‑Fi, 5G, and satellite networks
The report stresses “convergence, not competition” between Wi‑Fi, 5G, and non‑terrestrial networks. Its model positions Wi‑Fi as the primary solution for high‑capacity local access, 5G for mobility and guaranteed service levels, and satellite for extended coverage in underserved or remote areas.
Expanding satellite backhaul and direct‑to‑device services are set to reshape connectivity economics in transport, rural broadband, and disaster recovery. Neutral host models, private networks, and established operators’ roles will increasingly overlap as hybrid architectures emerge.
Enterprises should adopt a technology‑agnostic mindset, focusing on fit for purpose rather than vendor allegiance. Hybrid networks that combine Wi‑Fi, private cellular, and satellite backhaul will become common across metropolitan campuses, logistics hubs, and similar environments.
4. OpenRoaming for secure access
OpenRoaming is highlighted as a key enabler for next‑generation Wi‑Fi access, facilitating seamless authentication and roaming. While challenges remain around privacy, monetisation, and integration with existing systems, city and venue deployments have shown that OpenRoaming can scale beyond niche use cases.
Identity is central to network access, and the report anticipates tighter integration between OpenRoaming and cellular identity frameworks. Unified authentication across Wi‑Fi and mobile networks will improve security, compliance, and user experience.
For enterprises, OpenRoaming offers potential new business models—carrier offload, richer analytics, and monetisation opportunities for early adopters—so it should be considered as part of access strategy planning.
5. AI in wireless networking
The WBA positions artificial intelligence as a foundational enabler for wireless networks rather than a mere enhancement. Use cases include intelligent radio resource management, self‑healing networks, predictive maintenance, and automated optimisation of performance.
More autonomous AI systems could significantly boost operational efficiency, but they will also raise governance, trust, and oversight concerns. AI-driven capabilities require high‑capacity, low‑latency Wi‑Fi infrastructure and robust data observability to ensure data quality across layers.
Network modernisation should therefore be integrated into broader AI strategies. The report recommends investment in observability, data governance, and human oversight mechanisms as AI takes on more active roles in network control.
6. Wi‑Fi in industry: IoT, sensing, devices, and attenuation
Wi‑Fi is expanding into industrial IoT, with technologies such as Wi‑Fi HaLow and Wi‑Fi sensing being applied in smart cities, healthcare, manufacturing, and residential settings. These approaches can lower deployment costs compared to specialised alternatives and broaden access to sensing and analytics capabilities.
However, greater use of Wi‑Fi for IoT increases the demands on network security and device management. Organisations should include Wi‑Fi‑based IoT in their strategic options while ensuring strong security frameworks, lifecycle device management, and comprehensive data governance.
7. Security, privacy, trust
Security, privacy, and trust remain central themes in the WBA report. Topics covered include MAC address randomisation, identity management systems, and the imperative of regulatory compliance. The report highlights technical standards and frameworks that can help address specific vulnerabilities.
As networks converge and leverage multiple access technologies, organisations’ attack surfaces expand. Trust frameworks like OpenRoaming and zero‑trust security architectures will be important differentiators for service providers and essential protections for enterprise networks.
The report calls for security‑by‑design in next‑generation networks and recommends retrofitting legacy systems where necessary. Standards‑based solutions, continuous monitoring, and identity‑centric security models will be critical to preserving resilience and meeting compliance requirements.
(Image source: ““軍用與民用電信形之別 Contrast of Telecommunication Forms: Military vs Civil” / USS Peleliu (LHA‑5) in Hong Kong / SML.20130418.6D.01910.BW” by See‑ming Lee (SML) is licensed under CC BY‑NC 2.0.)
Discover how IoT is transforming telecoms and connectivity: industry events such as IoT Tech Expo explore innovations in 5G, edge computing, and connected devices that are shaping future networks and services. Attending these events can help technology leaders stay current on trends, partnerships, and use cases that matter for enterprise deployments.
This summary is based on the WBA 2026 Industry Report and is intended to help enterprise decision‑makers prioritise investments in Wi‑Fi, spectrum planning, AI, IoT, and security as they plan for modern, resilient connectivity.