A framework for next‑gen connectivity: Wi‑Fi 8 and agentic AI

What you should know:

• Wi-Fi 8 emerges to offer a new and well-timed benchmark for wire-like stability and ultra-reliable connectivity for the edge AI era. It represents the next leap in wireless connectivity, promising to be smarter, faster and more reliable where it matters most.
• Next-generation smartphones and devices powered by AI agents will require uninterrupted, context-rich connectivity to sense, decide and act in real time. This will translate to peak Wi-Fi speeds significantly exceeding today’s benchmarks, over 10 Gbps.
• Devices will need to leverage Wi-Fi 8 for stability and to offer significantly longer range across Wi-Fi and other connectivity technologies. It offers a sophisticated proximity stack integrating Ultra-Wideband, Bluetooth channel sounding and Wi-Fi Ranging in highly integrated, single-chip solutions.

Wireless performance demand has followed a steady upward trajectory for decades, driven by richer applications and a growing number of connected devices. Today, that trend is amplified as AI enters the picture. While cloud-based AI has powered much of the recent progress, it’s now being augmented by the emergence of edge AI, bringing intelligence closer to where it’s needed. And now, with Agentic AI emerging as a new interface paradigm, a surge in demand for wireless performance is coming quickly into focus.

Both wireless networks and devices need to race ahead to adopt smarter, faster and more adaptable technology than ever. For Qualcomm Technologies, this understanding is foundational for defining our wireless connectivity product plans, which we’ll unveil soon. 

Profiling the wireless innovation demand curve

Even before considering the impact of AI, the demand profile for wireless connectivity continues to accelerate. Today, the average U.S. household has 17–21 connected devices,¹ with 1.4 billion smart home device shipments expected this year.² The relentless growth of users' most favored, data intensive applications continues unabated. Video streaming is projected to grow more than fivefold by 2034, driven by 4K and 8K formats, and an insatiable demand for live streamed sports.³ Cloud gaming will triple by 2028 as AAA titles and real-time multiplayer gaming become mainstream.⁴ Modern work environments feature near-universal video calls and collaboration tools, while AR/VR/XR push wireless performance limits from home to enterprise. VR headsets, as an example, often require over 2 Gbps speed with latency under 10 milliseconds.⁵ 

Agentic AI: A multiplier of connectivity demand requirements

The next wave of wireless innovation, however, will be responding to more than just today’s accelerating demand. By 2030, AI-related traffic is estimated to reach 500–600 EB per month globally, or roughly 15–20% of total internet traffic. By 2033, it is projected to account for 38% of all global consumer traffic.⁶

Increasingly, this traffic looks to be in service of AI agents. Agentic AI will act independently, collaborate and learn in real time. Agents won’t just consume bandwidth, they’ll orchestrate ecosystems, making connectivity the foundation of user experience, exhibiting as unpredictable, high-volume, latency-sensitive traffic. 

Multi-modal interactions integrating video, audio and sensor data in real time, will demand deterministic low latency and wire-like stability for time-sensitive tasks (robotics, voice assistance, security, health monitoring). Even brief interruptions can have serious consequences. 

This latency sensitivity will be mirrored by increased bandwidth demand beyond today’s existing surge. Sustained, high aggregate throughput is required to support concurrent, data-rich streams. Upstream traffic will climb sharply, as well, as continuous video feeds, sensor telemetry and device-to-device and device-to-cloud exchanges become routine. 

Defining the next-gen wireless construct

Meeting this advanced connectivity profile demands a fundamental rethink of how wireless networks and devices deliver performance, reliability and intelligence. 

For wireless networks, integrating powerful edge AI compute capabilities directly into the gateway or access point is essential. Placing inference capabilities where data is generated and consumed reduces latency and enables real-time responsiveness, privacy and security. 

Equally vital is the implementation of Wi-Fi 8, just emerging to offer a new and well-timed benchmark for wire-like stability and ultra-reliable connectivity for the edge AI era. You can learn more about Wi-Fi 8 and its underlying features at our Wi-Fi 8 Hub.

High-speed broadband access technologies like Fiber and 5G FWA play an indispensable role in delivering multi-gigabit speeds and consistent performance.⁷ These access technologies are vital to ensure next-gen wireless experiences are not bottlenecked by broadband limitations.

Next generation smartphones and devices powered by AI agents will require uninterrupted, context-rich connectivity to sense, decide and act in real time. This will translate to peak Wi-Fi speeds significantly exceeding today’s benchmarks, over 10 Gbps. They will need to leverage Wi-Fi 8 for stability and offer significantly longer range across Wi-Fi and other connectivity technologies, and offer a sophisticated proximity stack integrating Ultra-Wideband, Bluetooth channel sounding and Wi-Fi Ranging in highly integrated, single-chip solutions.

What comes next

At MWC-Barcelona 2026, Qualcomm Technologies will unveil a complete Wi-Fi 8 generation platform portfolio aligned to this vision and informed by our understanding of the requirements of a new age in wireless connectivity. We can’t wait to share more with you soon.