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Over two full days last month, ExCeL London became the buzzing hub for Connected Britain 2025, where industry insiders, innovators, and policy voices converged to wrestle with the challenges and opportunities of UK connectivity. As someone who walked the floor and listened to various panels sessions, here are my key takeaways.
From Broadband Equity, Access, and Deployment (BEAD) milestones in the United States to permitting reform at the Federal Communications Commission (FCC), September’s headlines point to accelerating deployment and the infrastructure needed to power AI. The U.S. National Telecommunications and Information Administration (NTIA) reported strong progress on Final Proposals, while the FCC teed up rulemakings to cut red tape. At the same time, operators announced fresh construction, grants, and platform moves across both the United States and the United Kingdom.
August underscored the push-and-pull between rapid digital infrastructure growth and the constraints of existing systems. M&A momentum remained strong with regional and national fiber consolidation, while operators like Lumen and T-Mobile expanded their reach into data centers and broadband markets. At the same time, the U.S. grid is feeling the pressure of skyrocketing demand from AI-driven data centers, and advocacy groups are urging regulators to scrutinize big wireless spectrum reshuffling. Across the Atlantic, Openreach is piloting new ways to turn fiber into a multi-purpose sensor grid.
The National Underground Asset Register (NUAR) promises a potentially significant step forward for asset owners, utility providers, and network operators across the UK. Designed as a centralised platform for underground asset data, NUAR is poised to enhance safety, reduce project delays, and improve coordination across industries involved in digging and construction.1 Although infrastructure mapping has typically occurred in silos, NUAR introduces a new opportunity for greater integration and cooperation among asset stakeholders.
When the National Telecommunications and Information Administration (NTIA) released its BEAD Restructuring Policy Notice in June 2025, most attention focused on changes to funding priorities and fiber-first policies. But buried deeper in the guidance is something with real operational weight: a new federal requirement for environmental permitting coordination.
As of now, every BEAD awardee must use the NTIA’s Environmental Screening and Permitting Tracking Tool (ESAPTT) for any project requiring review under the National Environmental Policy Act (NEPA).1 According to NTIA, this move will “significantly reduce the time and effort required for broadband permitting.”2 That could mean cutting 3–6 months off approval timelines—if awardees have their network data ready.
June was anything but quiet for telecom. Policy shakeups from NTIA are reshaping how $42.5 billion in BEAD funding can be used, fiber expansion continues in rural markets, and new AI-related bills are tying broadband dollars to regulation. Add in growing sentiment for fiber in underserved areas and a big acquisition in Virginia—and it’s clear the landscape is shifting fast.
In a world increasingly defined by speed, connectivity, and digital equity, building faster broadband infrastructure is a national and social imperative. Governments across the globe are pushing for widespread fibre deployment to close the digital divide and supercharge economic development.1 But as telcos race to deliver, one big question looms: How do we scale quickly, affordably, and sustainably?
The answer, in part, lies in better collaboration, specifically in smarter ways of managing shared fibre infrastructure. But here’s the catch: sharing infrastructure only works if the systems that underpin it are modern, live, and interoperable. Too often, they’re not. And the consequences can be surprisingly disruptive.
The past month has seen significant developments across the telecom space. Major broadband expansions into rural and agricultural areas, industry consolidation through a surprise cable merger, and strategic partnerships in cloud services. Meanwhile, consumer broadband speeds continue to climb, with 500 Mbps now emerging as the new baseline for residential internet service.
