Spirent: 6G Is Coming Sooner Than Expected, Podcast, Pre-commercial 6G trials could begin in 2028, with commercial deployments arriving as early as 2029 “Six G leaders are now going to be judged on how resilient the network is, how adaptive, how quickly it can recover from an issue,” says Stephen Douglas of Spirent, a Keysight company. In this Technology Reseller News podcast, Doug Green speaks with Douglas about the accelerating 6G timeline and why service providers may need to begin planning for 6G business models sooner than many expected. For years, 2030 was widely viewed as the point when the industry would begin looking seriously at 6G. Douglas says that assumption is changing. Pre-commercial 6G demonstration systems are now being discussed for 2028, with the first commercial 6G equipment and operator deployments potentially emerging in the mid-to-late 2029 timeframe. The shift is being driven by rapid movement in standards, including 3GPP work on 6G radio, core network architecture, security, APIs, application enablement, management, orchestration and AI-based operational support. Douglas says this creates a compressed window for operators, vendors and ecosystem partners to test, validate and prepare for a new network generation that may arrive sooner than expected. The podcast also looks at how 6G may differ from previous mobile generations. Rather than treating AI as an add-on, Douglas describes 6G as an AI-native network architecture, where AI is built into operations, orchestration, security, APIs and even the radio layer itself. “What you’re seeing is a big shift, and AI is at the heart of that,” Douglas says. “That big shift is moving from an AI-assisted network to an AI-native network.” That could allow networks to predict congestion, reconfigure network slices, detect threats, expose capabilities to third parties in real time and support new AI-driven services at the edge. A major theme of the discussion is monetization. The 5G era delivered important technology advances, but many operators struggled to translate those advances into new revenue. Douglas argues that 6G gives service providers an opportunity to avoid repeating that pattern by developing new services, ecosystems and pricing models during the deployment phase, rather than waiting until after the network is built. The conversation highlights several emerging 6G opportunity areas, including AI and communication, integrated sensing and communication, ubiquitous connectivity, immersive communication, massive communication and hyper-reliable low-latency communications. Douglas points in particular to integrated sensing, where the network could support services that use radio infrastructure to understand objects, environments and movement while also carrying traditional communications traffic. Douglas also discusses the growing role of edge AI. As more AI inference moves from centralized data centers toward edge locations, devices and regional infrastructure, operators may have an opportunity to participate more directly in the AI economy. Instead of acting only as transport providers for AI traffic, service providers could support sovereign AI, low-latency inference, industrial computer vision and other AI-as-a-service models. The key message for operators is that they do not need to wait for 6G to begin preparing. Douglas says 5G Advanced can serve as a bridge, allowing operators to test business models around sensing, edge compute, AI services and network-based awareness today, while building a roadmap toward 6G. The winners in the 6G era, Douglas says, may not simply be the providers with the fastest networks. Success may be defined by intelligence, sensing and resilience — and by the ability to turn 6G capabilities into services that customers are willing to pay for from day one. Learn more at keysight.com.
