Joint Use 101: How Pole Sharing Works and Where It Breaks Down

At many utilities, the joint use department is two people. Sometimes it's one. That small team fields attachment applications from every ISP, telecom, and cable provider building in the service territory, keeps records accurate across tens of thousands of poles, and answers for grid safety when something goes wrong. Meanwhile, the attachers on the other side of those applications are watching project deadlines slip while they wait for approvals.

Both sides are doing their jobs. The process between them is where things get messy, and with federal and state broadband funding pushing more attachment requests onto poles than ever before, that mess has real consequences: stalled deployments, strained relationships, and infrastructure decisions made on bad data.

This guide covers what joint use is, how the pole attachment process actually works, why it breaks down, and what utilities and attachers can do to build something healthier. If you manage attachments for a pole owner, you can also see how joint use management software supports the workflows we describe here.

What Is Joint Use?

Joint use is the sharing of infrastructure, most commonly utility poles, between electric utilities, telecommunications companies, and internet providers. One entity owns the pole, and multiple companies rent space on it for their cables and equipment. Think of it as one landlord with several tenants, all occupying the same forty feet of wood or steel.

Pole owners, usually electric utilities, are generally required to share their assets with telecom providers under Section 224 of the Communications Act and the FCC's pole attachment rules (or state equivalents, in states that have opted out of FCC jurisdiction). In exchange, attachers pay rental rates and follow the owner's engineering and safety standards.

Sharing infrastructure makes sense for everyone. There isn't enough right-of-way for every communications company to build its own pole lines, and the cost of trying would push internet and service prices far higher than they are today. A single corridor of shared poles serves the neighborhood better than five parallel lines of them, both economically and visually. The telecom industry has worked this way for over a century, going back to the earliest days of telephone infrastructure, and the arrangement holds up because both sides need it to.

The catch is coordination. Every attachment on a shared pole affects the loading, clearances, and safety of everything else on it. Pole owners and attachers have to stay in close communication to make sure poles aren't overloaded, attachments meet NESC clearance requirements, and the grid stays reliable while new services reach homes and businesses.

Why Joint Use Matters More Than Ever

Joint use has always had friction. The rise of telephone service, then cable, then fiber each accelerated the race for pole space. But two forces in the last several years have raised the stakes considerably.

The first was the pandemic. When everyone suddenly needed to work, attend school, see a doctor, and stay connected from home, the gaps in American broadband coverage became impossible to ignore. The response was a surge of public and private investment, headlined by the federal BEAD program, that is now funding fiber construction across rural and underserved areas at a scale the industry has never seen. Nearly all of that fiber wants to ride on existing utility poles, which means attachment application volume has climbed sharply and is expected to keep climbing.

The second is regulatory. The FCC has been steadily tightening the rules around pole attachments to keep broadband deployment moving. The Commission's Fifth Report and Order, adopted in July 2025 with rules effective May 7, 2026, establishes defined timelines for larger pole attachment orders, requires attachers to give utilities advance written notice of forthcoming large orders followed by a meet-and-confer process, requires utilities to respond to contractor approval requests within 30 days, and gives attachers a self-help remedy when make ready estimates run late.

For pole owners, that combination means more applications arriving on stricter clocks, with regulators watching how the process performs. For attachers, it means the rules are increasingly on their side, but only if their applications and field data are clean enough to move through the process without disputes. Either way, the era of managing joint use through spreadsheets and email threads is running out of road.

How the Pole Attachment Process Works

From the attacher's perspective, getting on a pole follows a sequence that looks straightforward on paper and rarely feels that way in practice.

1. Application. The attacher submits an application to the pole owner identifying the poles they want to attach to, along with design details about the proposed attachment. Application quality varies widely between attachers, which matters more than most attachers realize, because incomplete or inaccurate applications are one of the most common causes of delay.

2. Review and survey. The pole owner reviews the application and surveys the affected poles to determine whether each one can safely accommodate the new attachment. This typically involves field data collection to verify what's actually on the pole, followed by pole loading analysis to confirm the structure can handle the additional load.

3. Make ready engineering and estimates. If existing attachments need to move, or the pole needs reinforcement or replacement, the owner develops make ready engineering and provides the attacher with a cost estimate. The attacher pays for the work required to make room.

4. Make ready construction. The pole owner performs any electric make ready in the power space, and then each existing attacher relocates its own facilities in the communications space to create room for the newcomer. This is often the slowest stretch of the timeline, because the new attacher is waiting on companies who are, in many markets, also their competitors.

5. Attachment and post-construction inspection. Once make ready is complete, the new attacher builds. The pole owner can then inspect the construction to confirm it matches the approved design.

The whole sequence can take months, and on contested or high-volume projects it can stretch past a year. New attachers often feel like they're fighting to get on the pole, jumping through procedural hoops and waiting on incumbents who have little incentive to hurry. One-touch make ready, where a single approved contractor moves everyone's attachments in one visit, was designed to relieve exactly that bottleneck, though many teams are still working out how to make it function smoothly in practice.

Pole owners experience the same process from the opposite side, and their list starts with safety and reliability. A pole that fails because it was overloaded, or because an attachment violated clearance requirements, is a utility problem regardless of whose cable caused it. Neither side is trying to create problems for the other, but their priorities naturally pull in different directions: attachers want speed and low cost, owners want certainty and control. We've written more about how that relationship can become a virtuous cycle instead of an adversarial one, because with a healthy joint use program, fast deployment and grid reliability are both achievable.

Managing attachments through inboxes and spreadsheets? Katapult Pro gives joint use teams one system for applications, field data, make ready, and records, so every pole has a verified, photo-documented history your whole team can see. Book a joint use workflow walkthrough or explore joint use management in Katapult Pro.

The Biggest Joint Use Challenges for Pole Owners

Joint use becomes genuinely difficult when you consider the volume moving through a very small department. A utility with hundreds of thousands of poles might route every application, audit finding, and attacher dispute through a handful of staff. Four problems come up again and again.

Application volume and inconsistency. Joint use departments sort through a steady flood of application requests that arrive in different formats, with different levels of completeness, from attachers with very different engineering standards. Each inconsistent application costs review time, and the volume is only expected to grow as BEAD-funded construction ramps up. Without a standard intake process, the department's capacity becomes the bottleneck for every broadband project in the territory.

Inaccurate data. Many utilities' joint use records were built over decades of paper files, system migrations, and undocumented field changes. When the database says a pole has three attachers and the field shows five, every downstream decision is compromised: loading analysis, billing, make ready design, and storm response all inherit the error. Unverified data also fuels tension between owners and attachers, because nobody trusts numbers they can't see the source of. Records anchored to photos captured at the pole give both sides something concrete to agree on.

Unauthorized attachments. Attachments that were never permitted, sometimes called illegal or bootleg attachments, put grid reliability at risk and create real unfairness for attachers who follow the process. They also represent uncaptured rental revenue, often years of it. Most utilities discover the scale of the problem only when they run a system-wide attachment audit, and the findings routinely surprise even experienced joint use managers.

Construction backlog. Make ready construction depends on crew availability, material lead times, and coordination across multiple companies, all of which are strained right now. Pole replacements are the worst case: a single red-tagged pole can hold up an entire attachment route while the replacement works through engineering, permitting, and construction queues.

These challenges compound each other. Bad data slows application review, slow review backs up construction, and backlogs invite attachers to skip the process entirely, which creates more unauthorized attachments and worse data. All of it lands on a small team doing public-facing work, where a missed deadline can become a regulatory complaint rather than just an internal headache.

What Healthy Joint Use Looks Like

There's no plan that erases every joint use problem, because the underlying tension between speed and safety is structural. But utilities that run healthy programs tend to share a few practices, and each one is achievable for a small team with the right support.

A standard, attacher-facing intake process. Attachment portals give attachers one front door: a defined application format, visible status, and a shared view of the data. That consistency saves staff time on every application and removes the "where does my application stand" calls that eat a joint use manager's week. Transparency also defuses tension, since attachers who can see their status have less reason to assume the worst.

Verified field data as the system of record. Healthy programs treat the pole itself as the source of truth and the database as a reflection of it. Photo-documented data collection means every measurement and every attachment is backed by an image anyone can check, which makes records defensible in billing disputes, make ready disagreements, and regulatory proceedings.

Routine attachment audits. Periodic system-wide audits surface unauthorized attachments, correct record drift, and recapture rental revenue. Utilities that audit on a cycle, rather than once a decade under duress, keep the gap between records and reality small enough to manage.

Consistent post-construction inspection. PCI confirms that construction actually followed the approved engineering, which is the moment errors are cheapest to fix. An attachment installed out of spec and caught at inspection is a punch list item; the same attachment discovered three years later during storm restoration is a liability.

None of these practices requires heroics. They require workflows that don't depend on any single person's memory, and tooling that keeps applications, photos, engineering, and records connected instead of scattered across systems.

How Software Supports Joint Use Management

The right software doesn't replace a joint use team's judgment. It removes the redundant work that keeps the team from using that judgment, and it gives every decision a verifiable record to stand on.

In practice, that means a few specific capabilities working together. Application intake and tracking keep every request in one queue with visible status for both staff and attachers. Photo-based field data collection ties every record to evidence captured at the pole. Make ready engineering and pole loading workflows run on that same verified data rather than on a separate system's copy of it. And audit and inspection tools feed their findings back into the system of record instead of into another spreadsheet.

This is the problem Katapult Pro was built around. We're an engineering firm before we're a software company, and our own teams use the platform daily on utility projects, including full joint use program support for utilities that want help running audits, processing applications, or standing up new workflows. The platform exists because we needed it to do this work ourselves, and it handles third party attachments the way the controlling problem demands: it takes the mess and turns it into a clean, organized process.

Teams that make this shift describe the same change. The pressure on the department drops, because the routine work runs on rails. The relationship with attachers improves, because both sides see the same data. And the staff's expertise goes toward the genuinely hard problems, the contested poles and creative routing decisions, instead of toward chasing paperwork. That's better for the department, and it's better for the families and businesses waiting on reliable power and broadband at the end of those lines.

Frequently Asked Questions About Joint Use

What is joint use of utility poles? Joint use is the practice of multiple companies sharing space on the same utility poles. One entity owns each pole, typically an electric utility, and other companies such as telephone, cable, and fiber internet providers attach their equipment to it under a joint use or pole attachment agreement, paying rental rates and following the owner's safety standards.

Who owns utility poles? Most utility poles are owned by electric utilities, though telephone companies, municipalities, and cooperatives also own poles in many areas. In some territories, ownership alternates along the same street, which is part of why accurate records matter so much for attachment work.

What is a pole attachment? A pole attachment is any piece of equipment a company installs on a pole it doesn't own: fiber or coaxial cable, telephone lines, wireless antennas, and associated hardware. In the US, attachment rights and rates are governed by Section 224 of the Communications Act and FCC rules, or by state rules in states that have opted to regulate attachments themselves.

How long does the pole attachment process take? It varies with order size, application quality, and the pole owner's workload, but the full sequence from application through make ready to construction commonly takes several months, and complex or high-volume projects can run longer. FCC rules set timelines for each stage of the process, and the Fifth Report and Order extended defined timelines to larger orders beginning in May 2026.

What is make ready work? Make ready is the work required to prepare a pole for a new attachment: moving existing cables to create proper clearances, reinforcing the pole, or replacing it entirely if it can't safely carry the additional load. The new attacher typically pays for make ready, and it's often the longest and most contentious stage of the attachment process.

What is a joint use agreement? A joint use agreement is the contract between a pole owner and an attacher that sets the terms of attachment: rental rates, engineering standards, application procedures, liability, and how disputes get resolved. These agreements, alongside FCC or state rules, define how the relationship operates day to day.

Why do unauthorized attachments matter? Unauthorized attachments were installed without an approved application, which means no one verified that the pole could safely carry them. They put grid reliability at risk, undermine the attachers who follow the process, and represent unbilled rental revenue for the pole owner. Routine attachment audits are the standard way utilities find and resolve them.

Build a Joint Use Program That Scales

Joint use sits at the intersection of two things the country needs more of: reliable power and universal broadband. The companies doing this work aren't the problem; the fragmented, manual processes between them are. And with application volumes rising and federal timelines tightening, the cost of running joint use on scattered spreadsheets grows every quarter.

The encouraging part is that the fix is well understood. Standard intake, verified field data, routine audits, and consistent inspection turn joint use from a constant fire drill into a program that scales with demand. Small teams run large territories this way every day.

If you're ready to see what that looks like for your poles, get started with our team or contact us with questions about your joint use program. We'll show you how utilities are managing more attachments with the staff they already have.