Fiber for Breakfast Week 21: Fiber’s Role in a Disruptive Era: AI, Video Proliferation, and Counter-Urbanization
Fiber for Breakfast Week 21: Fiber’s Role in a Disruptive Era: AI, Video Proliferation, and Counter-Urbanization
For most of the last decade, the broadband conversation centered on expansion. Build faster. Build farther. Connect more people. But this week’s Fiber for Breakfast pointed to something more nuanced emerging beneath the surface: the industry is entering a period where long-term competitiveness may depend less on pure expansion, and more on how operators navigate a much more complicated mix of technology shifts, consumer behavior, and economic uncertainty.
Drawing from new RVA/FBA consumer research across the U.S. and Canada, Gary and Mike Render, CEO of RVA, explored how several major transitions are starting to converge at once. AI adoption is accelerating, video consumption continues evolving into more interactive and multidirectional formats, and migration patterns are quietly reshaping where network demand is growing.
One of the most interesting themes throughout the conversation was that broadband demand is no longer being driven by a single application or trend. Instead, usage is becoming more layered and multidirectional. Video still dominates traffic today, particularly downstream, but upstream demand continues climbing as consumers create, upload, stream, collaborate, and increasingly interact with AI systems in real time.
That shift becomes even more important when paired with broader societal changes. Rural areas, which spent decades steadily losing population, are beginning to stabilize and in some cases grow again as people look for affordability, flexibility, and quality of life outside major urban centers. But those same areas often remain the least fiber-dense parts of the country. “We really need to finish the job,” Mike emphasized, particularly as demand for high-capacity connectivity expands well beyond entertainment.
AI sat at the center of much of the conversation, not simply as a technology trend but as a force reshaping how people work and interact with information. The research showed growing adoption across both personal and professional use cases, from writing assistance and search to coding, modeling, decision-making, and automation. And while concerns around job displacement and reliability remain very real, the productivity impact is already becoming difficult to ignore.
The discussion highlighted an estimated 36% productivity improvement from AI usage, though Mike questioned whether even that understates the shift already underway. “The AI is here,” he said. “We’ve got to jump on it and figure it out.”
What follows from that is a very different type of broadband demand profile. AI doesn’t just consume information; it continuously generates and exchanges it. As agent-based systems become more common, background traffic generated by automation, analysis, and machine-driven workflows could fundamentally change network utilization patterns. The internet increasingly moves from being something people actively use to something operating continuously around them.
The conversation also reinforced how quickly bandwidth-intensive technologies continue evolving beyond traditional streaming. Security cameras, cloud uploads, two-way video, AR/VR applications, automation systems, robotics, and future multi-sensory applications all push networks towards greater symmetry, lower latency, and more consistent reliability.
What emerged over the course of the discussion is that broadband is no longer simply supporting digital life; it is becoming foundational to how entire economic and societal systems evolve. AI, automation, distributed work, rural migration, and immersive technologies are all converging onto the network at the same time.
The technologies will continue evolving, but the underlying requirements remain remarkably consistent: scalable, reliable fiber infrastructure capable of supporting an increasingly AI-driven, data-intensive, and geographically distributed society.

