Fiber Broadband Association Paper Highlights Role of Fielding, Base Mapping in Reducing Risk and Accelerating Fiber Deployments

Fiber Broadband Association Paper Highlights Role of Fielding, Base Mapping in Reducing Risk and Accelerating Fiber Deployments 

New guidance shared in second chapter of Fiber Network Engineering Best Practices series 

WASHINGTON, D.C.— (April 27, 2026)—The Fiber Broadband Association (FBA) today released the second installment of its engineering best practices white paper series, Building Better Broadband: Accelerating Design & Securing Permit Approvals, providing essential guidance on Fielding and Base Mapping—two foundational steps that ensure fiber networks are designed with real-world accuracy and built to successfully leverage emerging AI and Quantum technologies.  

This latest chapter focuses on Outside Plant (OSP) site surveys and base map development, detailing how broadband providers and engineering teams can validate planning assumptions, capture accurate field data, and create reliable design inputs that streamline downstream engineering, permitting, and construction. 

Developed by FBA’s Engineering Working Group within the Deployment Specialists Committee, the chapter draws on extensive, real-world deployment experience to help teams reduce uncertainty, avoid costly redesigns, and improve overall project timelines.  

“As fiber deployment accelerates nationwide, the margin for error continues to shrink,” said Alli Bone, Project Manager at Horrocks and Chair of the Deployment Specialists Committee. “Accurate field data and well-constructed base maps are essential to ensuring networks are not only designed efficiently, but are also feasible, constructible, and resilient. This chapter provides practical guidance teams can apply immediately to improve outcomes and stay on schedule.” 

The Fielding and Base Mapping chapter covers: 

• The role of site surveys as the validation layer between high-level and low-level design 

• Best practices for pre-survey planning, stakeholder coordination, and data collection 

• Key considerations for aerial and underground field data capture 

• Strategies for integrating multiple data sources—including geospatial datasets, utility records, and LiDAR—into accurate base maps 

• Approaches to improving data quality, consistency, and reuse across engineering and permitting workflows 

• How to align survey methods and tools with project scope, risk, and regulatory requirements 

The paper also emphasized the importance of treating survey data as a long-term asset, ensuring it can be reused across design, permitting, construction, and network management without repeated collection or rework. 

Chapter 2 builds on the series’ first installment, Planning and High-Level Design, and continues the five-part roadmap leading up to Fiber Connect 2026, taking place May 17-20. Upcoming chapters will cover Low-Level Design, Permitting Approvals, and Construction Readiness. The series will be the topic of a Research Read Out on Monday, May 18th from 1:00pm-1:40pm. To learn more and register to attend visit: https://fiberconnect.fiberbroadband.org/.  

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