Eric Bethras: From Fiber to Fabric, the Next Evolution of BEAD

Why It Matters

Coordinated, multi‑use infrastructure multiplies ROI, speeds deployment and prepares the nation for AI‑driven services, while unlocking private investment. If BEAD policy adopts this model, states can close the digital divide more efficiently.

Key Takeaways

• Maryland’s DIG aligns routes, towers, facilities under one digital‑fabric strategy
• “Single View” geospatial platform inventories assets to guide coordinated investments
• Goldilocks approach targets right‑sized, multi‑use infrastructure, avoiding over/under‑building
• Integrated planning can unlock private capital and accelerate broadband deployment
• BEAD residual funds should support shared‑use, middle‑mile projects

Pulse Analysis

The Broadband Equity, Access, and Deployment (BEAD) program was launched to close gaps in America’s last‑mile connectivity, yet its traditional focus on single‑purpose fiber projects has left many corridors underutilized. As AI applications, smart‑city services and tele‑health expand, the demand for a resilient middle‑mile backbone grows faster than isolated deployments can satisfy. Industry analysts now view fragmentation as a cost‑inefficient blind spot, where duplicated routes inflate public spending and deter private partners. A shift toward shared‑use infrastructure promises to transform these silos into a scalable digital fabric that supports multiple sectors simultaneously.

Maryland’s Digital Infrastructure Group (DIG) illustrates how a coordinated approach can deliver that transformation. By mapping transportation routes, utility poles, municipal facilities and underserved neighborhoods on the in‑house “Single View” geospatial platform, the state creates a real‑time inventory that guides investment decisions. The “Goldilocks” methodology deliberately sizes projects to meet current demand while preserving capacity for future growth, avoiding both overbuilding and underbuilding. This multi‑use model turns a single fiber conduit into a conduit for broadband, public‑safety communications, intelligent transportation and AI‑driven analytics, reducing duplication and accelerating rollout timelines.

Policymakers have a narrow window to embed these lessons into the remaining BEAD allocations. Allowing states to channel residual funds into middle‑mile networks, shared‑use assets and corridor‑based strategies would align federal dollars with the economics of multi‑tenant infrastructure, attracting private capital that would otherwise stay on the sidelines. Such flexibility could also standardize data‑driven planning across jurisdictions, fostering a national digital fabric capable of supporting emerging technologies. If the NTIA adopts explicit guidance for integrated deployments, the United States could achieve a more resilient, cost‑effective broadband ecosystem that fuels the next wave of AI‑enabled innovation.