Running a BEAD Aerial Build Across Multiple Pole Owners and Vendors

A single BEAD-funded fiber route can cross a dozen pole owners before the first splice. Each owner has its own permit process, its own format, and its own clock. The engineering work gets spread across multiple vendors, each collecting field data to its own standard. And every one of those threads has to come back together cleanly enough to defend the build at a federal funding audit.

If you run engineering for a regional ISP, a co-op, or a municipal provider, you carry the schedule risk for all of it. The team you have was not sized for a build this size, and adding headcount alone does not close the gap, because the bottleneck is rarely the number of people. It is how the work moves between them.

Where a multi-utility build breaks down

The trouble usually starts upstream, in design. Routes get drawn in one tool, handed to an engineering firm, and returned as deliverables that do not connect back to anything. Change a route after that handoff and you restart half the process, because the design, the field data, and the permit package were never living in the same place.

Then there is the vendor question. The firms collecting your field data each bring their own tools and their own QC standards, so you receive finished deliverables you cannot easily audit, aggregate, or correct. That means problems get baked in before you ever see them.

Permits add another layer. Every pole owner runs its own process on its own timeline, so without a system that holds them together you are managing a separate workflow for each one, with no portfolio-level view of where anything stands. This is not a knock on the utilities. They are coordinating their own safety and reliability obligations. It is a structural reality of building across territory you do not own.

When those threads slip, the cost is not abstract. Idle crews and equipment can run $50,000 to $200,000 a month while pole access clears, and a missed deployment milestone can put the funding behind the whole build at risk.

The record has to start before construction does

The part that tends to get budgeted last is the one BEAD ties funding to: the as-built record. When compliance documentation gets assembled from scattered data after construction is done, you are reconstructing the truth instead of capturing it, and a record stitched together at the end is hard to defend.

There is a lot of attention right now on construction tracking and living asset records, and that visibility matters. But a construction dashboard is only as good as the field record underneath it, and that record has to exist before the first crew shows up. A timestamped photo confirms something was there, but it does not show what changed, and confirming that what got built matches what was permitted takes a baseline captured at the pole, before construction, to compare against.

That is the difference between photo documentation and a verified record. A timestamped photo shows you took a picture; a verified record shows the pole matches the permitted design at every location, which is the standard a BEAD audit actually holds you to.

One environment for the whole aerial lifecycle

We built Katapult Pro Broadband Deployment to hold the entire aerial pole attachment lifecycle in one place, from desktop pre-design through post-construction as-built verification. It is not a separate product or a new build. It runs on the same Katapult Pro infrastructure that has been in production since 2017 and became the make ready engineering standard in 2019, with more than 400 subscribing companies across all 50 states and Canada. In practical terms, the contractors you need to run your build are very likely already working on this platform.

The lifecycle is not a straight line. One fiber project spawns multiple permits across multiple pole owners, each moving through its own states independently, while construction gets sequenced against permit clearances in real time. Katapult Pro Broadband Deployment is built to manage that as parallel coordination rather than a single pipeline: native route design or KMZ ingestion from your engineering firms, field collection to your defined standards, office processing tied to your data model, multi-utility permit tracking with portfolio-level status, and construction sequencing that releases jobs as permits clear, down to the individual pole.

The post-construction phase is where verification earns its keep. The workflow freezes a named snapshot of each job at the moment construction starts, marks the existing field photos as the pre-construction baseline, and then calibrates post-construction photos against that baseline pole by pole.

TrueNet Communications configured this approach for BEAD compliance documentation on their own, and the as-built verification step is being packaged as a default going forward.

Your build, your data

The piece that matters most over the life of a BEAD program is who owns the record. When a contractor holds the platform subscription, you are a guest in someone else's environment, and the data can leave with the relationship. Katapult Pro Broadband Deployment runs on a private instance that you own. You define the data model and the field collection standards, and your vendors collect inside your instance, to your standards. That keeps the design data, the permit history, and the as-built record yours, from pre-design through closeout and into the next decade of operational decisions.

What this looks like in practice

When TrueNet rebuilt their as-built compliance process inside Katapult Pro, a four-step workflow that had taken six to nine months was completed in under a month, photo documentation coverage went from roughly 5% to 100% of locations, and a two-person field team moved from 20 to 30 poles a day to around 200.

On the setup side, Project Setup delivers a configured environment within 90 days of a subscription start. Our first customer stood up in 30 days and within the first few months had already grown past the user count they started with, which is the kind of adoption you see when a team starts running real projects in a system that fits how they actually work.

Where to start

If you are scoping a BEAD-funded aerial build, the best first step is a conversation about how your specific program runs: your pole owners, your vendors, your reporting and audit requirements, and where a single environment would take the most pressure off your team. We will walk through what setup looks like for a build like yours and where Katapult Pro Broadband Deployment fits against the work you already have underway.

Talk to our team about your BEAD deployment plan.