Wi-Fi 7 adoption continues to expand and is on track to hit $22.9 billion by 2030, driven by the connectivity speed demands of IoT, smart cities, and Wi-Fi-as-a-service. However, the rapid development of technologies that require unprecedented levels of powerful networking and compute power – such as AI and quantum computing – has created new demand for wireless connectivity that is not only faster, but more dependable than ever before. We are nearing the era of Wi-Fi 8. 

While that may sound premature to some, I predict that Wi-Fi 8 will come to market as early as 2028, and the time to start talking about it is now. Wi-Fi has become ubiquitous in everyday life, but there is still a reluctance to rely entirely on Wi-Fi in some industries because of persistent latency issues.

Luckily, the boost in experience that we’ll see from the jump to Wi-Fi 8 will be significantly more impactful than what we’re seeing in the transition from 6E to 7 in terms of latency. We have speed; now, it’s time to focus on reliability. 

Multi-access point coordination powers Wi-Fi 8’s ultra-high reliability 

Just as Wi-Fi 7’s defining breakthrough is multilink operation (MLO), Wi-Fi 8 builds on that progress with multi-access point coordination (MAPC), a new approach that helps access points (APs) work together more intelligently. Instead of acting like isolated radios competing for airtime, Wi-Fi 8 access points can coordinate aspects of spectrum use, manage interference, and allocate resources. This coordinated behavior strengthens the wireless environment, enabling the reliability and low-latency performance that next-generation enterprise and consumer applications increasingly depend on.

At its core, Wi-Fi 8 is the first generation built explicitly for ultra-high reliability. Through MAPC-enabled coordination, access points can manage interference more intelligently and maintain steadier performance even when many users, sensors, and machines share the same airspace. This level of predictability is crucial in environments like manufacturing facilities where robots and autonomous vehicles rely on uninterrupted control signals; in hospitals where clinician voice devices and patient monitors must remain stable; and in dense homes and multidwelling units (MDUs) where dozens of cameras, sensors, and appliances compete for airtime. Wi-Fi 8 provides a more resilient and dependable foundation that keeps these critical applications running smoothly, even during the network’s busiest moments.

This coordinated foundation also unlocks major improvements in latency, which is exactly what emerging immersive applications demand. With MAPC helping to reduce delays and smooth out congestion, Wi-Fi 8 can deliver consistently low – often sub-10-millisecond – responsiveness for augmented reality (AR)-assisted workflows on factory floors, extended reality (XR) training for health care and skilled trades, mixed-reality collaboration, immersive virtual classrooms, and next-generation virtual reality (VR) gaming. These experiences depend on fast, fluid reactions to movement and input, and Wi-Fi 8 provides the responsiveness needed to make them feel natural, stable, and truly real-time.

Once these foundations of reliability and low latency are in place, Wi-Fi 8 can deliver another important outcome: more consistent mobility. Today’s roaming remains inherently reactive, often leading to brief disruptions as devices jump from one AP to the next. Wi-Fi 8’s more predictable airtime, reduced contention, and coordinated channel behavior create an environment where transitions feel smoother and less noticeable. It’s the difference between stepping across scattered stones versus walking across a well-built bridge: the path forward stays continuous, even as you move. APs can make more informed decisions about how to manage devices at the edge of coverage, reducing packet loss and maintaining continuity for voice, video, collaboration tools, and immersive applications.

In short, Wi-Fi 8 brings a fundamental shift: rock-solid reliability first, lower latency second, and smoother roaming as the natural byproduct of a more coordinated and predictable Wi-Fi architecture.

AI and Wi-Fi 8: A match made for the edge

AI will play an integral role in the rollout of Wi-Fi 8 – not only because Wi-Fi 8 will help power AI-driven applications, but because AI will increasingly operate alongside and within the Wi-Fi network itself.

Wi-Fi 8 access points are expected to incorporate embedded AI neural processors, enabling real-time inference directly at the network edge. This allows tasks such as anomaly detection, security threat classification, radio-frequency (RF) optimization, location-based insights, and application-aware traffic prioritization to run locally on the AP rather than relying solely on cloud processing. The result is improved responsiveness, enhanced privacy, and more autonomous network behavior.

Looking ahead, the onboard AI processors inside Wi-Fi 8 access points could evolve into a distributed edge-compute fabric where each AP acts as a localized intelligence node. Instead of simply forwarding traffic, future APs may be capable of running small-language models (SLMs) or other compact generative models to deliver context-aware insights directly where data is created. This shift – bringing compute, inference, and decision-making closer to the user – could transform environments like health care, industrial automation, smart buildings, and smart cities.

Wi-Fi 8 doesn’t just improve connectivity; it positions the access point as a smarter, more capable edge device that can participate directly in the AI ecosystem.

Looking ahead: Building a seamless, always-connected future

Wi-Fi 8 will not just power our society in the background, it will enable entirely new ways of living, working, and interacting with the world around us. Just as earlier Wi-Fi generations democratized connectivity, Wi-Fi 8 will democratize performance, bringing ultra-reliable, low-latency wireless experiences to everyone. In an AI-driven world where real-time applications, immersive environments, and intelligent automation are becoming the norm, Wi-Fi 8 will serve as the responsive, adaptive backbone that makes these experiences possible. The networks of the future won’t simply keep pace with innovation. They’ll anticipate it, amplify it, and accelerate what comes next.