Telecom & IT Advisory for Construction & Contracting Firms

The unique telecom challenges of construction

Construction is one of the most telecom-intensive industries in terms of operational complexity, yet it's one that most technology advisors address with generic solutions. A general contractor running three simultaneous projects — one urban high-rise, one suburban commercial build, and one rural infrastructure project — is managing three completely different connectivity environments, a mobile fleet that spans all of them, and a corporate office where estimating, finance, and project coordination need reliable connections to cloud platforms.

The Pacific Northwest construction market is substantial. Skanska, Hoffman Construction, Lease Crutcher Lewis, and dozens of mid-size general contractors operate out of Portland. Walsh Construction, Andersen Construction, and Pacific Crest Construction are active across Oregon and Washington. Trade contractors — electrical, mechanical, plumbing, concrete — have their own telecom footprint: field supervisors on mobile devices, dispatch coordinated from a single office, and increasingly, connected equipment that generates telemetry data. We've worked with firms across this range, and the problems we find are consistent regardless of company size.

The specific challenges construction firms face: temporary versus permanent connectivity requirements that change with each project phase; mobile fleets that can number in the hundreds across field crews, supervisors, and project managers; IoT for equipment tracking, telematics, and environmental monitoring; security camera systems at job sites that require either cellular backhaul or temporary wired connectivity; cloud-based project management platforms like Procore, PlanGrid, and Autodesk BIM 360 that require consistent, reliable internet access wherever work is happening; estimating software that runs on central servers or in the cloud; and ERP systems like Viewpoint, Sage 300 Construction, or CMiC that tie financial and project data together across offices and sites.

Jobsite connectivity options

There is no single right answer for jobsite internet — the best solution depends on site location, project duration, crew size, and what the connection needs to support. Here's how we evaluate the options:

5G and LTE fixed wireless is the fastest-to-deploy option for most urban and suburban sites. T-Mobile Business Internet, Verizon's 5G Business Internet, and AT&T Fixed Wireless all offer devices that can be activated within days and generate enough bandwidth for a busy job trailer — typically 100–300 Mbps down on a strong 5G signal. The limitation is coverage: on sites with weak cellular signal, performance is unpredictable. We evaluate carrier coverage at the specific site address before recommending this path, because carrier coverage maps are optimistic.

Starlink for Business is the right answer for remote sites where cellular coverage is poor or absent — rural land development, highway and infrastructure projects outside population centers, mountain or coastal work. Starlink for Business delivers 100–300 Mbps down with low enough latency (25–50ms) to support VoIP and video conferencing reliably. Hardware is a one-time cost; the monthly service rate is higher than cellular fixed wireless but far lower than alternatives that existed three years ago. For a project that runs 12 months in a remote location, Starlink for Business is usually the clear winner.

Temporary fiber drops make sense for large, long-duration projects in urban markets where fiber infrastructure is nearby. Lead times are four to eight weeks, which means planning ahead matters — this isn't a day-one solution. The payoff is predictable, carrier-grade performance for the life of the project, at a cost that often competes favorably with cellular over a 12–24 month project timeline. We coordinate with carriers on temporary construction circuits and make sure the contract term aligns with the project schedule.

Carrier bonding — combining multiple cellular circuits from different carriers into a single bonded connection — is relevant for sites that need higher bandwidth or redundancy than any single carrier can provide. Equipment from Cradlepoint, Peplink, or Digi International can bond three or four cellular connections into a unified, load-balanced, fault-tolerant circuit. This is a more complex and expensive solution, but for a job trailer that's running live video feeds, Procore, and VoIP simultaneously, it's sometimes the only way to get adequate performance without a fiber drop.

Mobile fleet management

Construction mobile fleets are among the most challenging to manage: high turnover, devices operating in harsh physical environments, crews who aren't office workers, and a mix of company-owned and bring-your-own devices. The fleet management problem has three distinct components.

Carrier contract structure is the first lever. Most construction firms with more than 50 devices are not on rate structures that reflect their volume, because the account grew organically — a few phones added here, a new crew there — rather than through a formal negotiation. Data pooling plans that let the whole fleet share a large data bucket are almost always more cost-effective than individual unlimited plans at scale, but getting there requires a renegotiation most firms have never done. We audit the current carrier arrangement, identify what the volume should be worth, and run an RFP if the current carrier won't price competitively.

MDM (Mobile Device Management) is the second component. Platforms like Microsoft Intune, Jamf, or Cisco Meraki Systems Manager let IT set policies — required PINs, app restrictions, remote wipe capability, VPN enforcement — without requiring a field supervisor to act as tech support. For construction firms running Procore or field apps on company devices, MDM ensures those apps are consistently deployed and updated without requiring every device to be manually managed. We help select the MDM platform appropriate for the firm's IT resources (Intune is the right answer if you're already in Microsoft 365; Jamf if iOS-heavy) and make sure the carrier arrangement supports MDM enrollment.

Lifecycle process is the third. Construction crews turn over. Field supervisors move between projects. New hires need phones quickly; departing employees need to be deactivated just as quickly. Without a defined process, you end up paying for lines assigned to people who haven't worked for you in six months — which is one of the most common billing errors we find in construction audits. We help design a simple activate/deactivate workflow that your HR and project management teams can actually execute without IT involvement.

Managing telecom across multiple offices and projects

Construction firms grow their office footprint in a pattern that creates predictable telecom sprawl. The original Portland office has a Comcast Business circuit and a legacy phone system. When the Seattle office opened three years ago, the project manager got their own Comcast contract. When the Bend office opened for a regional project, someone set up a consumer-grade internet connection because it was faster than waiting for a business account. Now each location has a different carrier, a different contract, different pricing, and nobody has a complete picture of what the organization is paying.

This over-provisioning pattern — where each project manager or office manager solves their own connectivity problem independently — is nearly universal in construction firms between 50 and 500 employees. The result is not just overpayment; it's also fragmentation that makes it hard to support field staff remotely, difficult to extend VoIP services consistently across locations, and impossible to negotiate as a single enterprise with carriers.

The consolidation approach we use: audit every location and circuit, build a complete picture of what exists and what it costs, then design a unified architecture. For most construction firms this means SD-WAN linking all permanent offices back to headquarters or a cloud hub, with standardized internet circuits at each location that can be sourced competitively. SD-WAN allows the network to work as a coherent whole — IT can manage all locations from a single pane of glass, VoIP traffic gets prioritized across all sites, and Procore or Viewpoint traffic routes efficiently regardless of which office a user is in.

For field offices and project trailers that are genuinely temporary, the approach is different: standardized cellular hardware (typically Cradlepoint or Peplink) that IT can deploy, manage, and decommission consistently, rather than one-off solutions that create support burdens. We spec the hardware, negotiate the cellular service agreements, and design the provisioning process so that standing up a new jobsite connection takes hours, not weeks.

The recurring problems we find in construction telecom

• Mobile plans priced at retail, not volume: Construction firms routinely run 100–300 devices on plans that were negotiated when they had 20. Carriers don't proactively reprice as volume grows — the savings from a formal renegotiation are almost always material, often 20–30% on the mobile line item alone.
• Active billing for deactivated lines: Project crews turn over, projects end, and phone numbers get deactivated — but the associated lines often remain on the bill. We consistently find 5–15% of lines in construction mobile audits billing for devices that aren't in active use.
• Jobsite connectivity provisioned without IT involvement: Field supervisors and project managers solve their own internet problems because IT either doesn't have a standard solution or the provisioning process takes too long. The result is a mix of consumer-grade routers, personal hotspots, and ad hoc cellular plans that IT can't manage, monitor, or secure.
• Legacy phone systems at permanent offices: Construction firm headquarters and regional offices frequently run aging on-premise phone systems (Avaya, ShoreTel, or older Cisco gear) that haven't been evaluated for UCaaS migration. UCaaS platforms like RingCentral, Microsoft Teams Phone, or Zoom Phone typically offer lower per-seat costs and — critically for construction — mobile softphone apps that let field staff use their office extension from anywhere.
• IoT and telematics plans not consolidated with the mobile fleet: Equipment telematics, GPS trackers on vehicles and heavy equipment, and environmental monitoring sensors often run on separate cellular plans that were set up by the equipment vendor or a field operations team. These are almost never reviewed alongside the main mobile fleet, and the rates are usually worse.

How ITG works with construction clients

1. Full telecom inventory — We map every circuit at every permanent office, every active mobile line, and every IoT or telematics plan. Construction firms are often surprised by what exists in their carrier accounts.
2. Mobile fleet audit — We identify every line, what it costs, whether it's actively in use, and what rate tier the account should be on given its total volume.
3. Jobsite connectivity assessment — We evaluate your current approach to temporary site connectivity and design a standardized model that IT can deploy and manage consistently.
4. Carrier RFP — We run competitive RFPs for both the fixed-location circuits and the mobile fleet, with specifications appropriate for a construction operating environment.
5. SD-WAN design for multi-office environments — For firms with three or more permanent locations, we evaluate whether SD-WAN consolidation makes sense and design the architecture if it does.
6. Ongoing management — New offices, new project sites, new hires, and project closeouts all trigger telecom changes. We handle the carrier coordination so your team doesn't have to.

"Construction firms are managing a more complex telecom environment than most enterprise IT departments — except they usually don't have a dedicated telecom team to manage it. We fill that gap."

Frequently Asked Questions

What internet options exist for a temporary job trailer?

The most practical options for a job trailer in 2025 are 5G or LTE fixed wireless from Verizon, AT&T, or T-Mobile, or Starlink for Business where cellular coverage is marginal. 5G fixed wireless from Verizon or T-Mobile Business Internet is often the fastest-to-deploy choice and performs well on urban and suburban sites where strong 5G coverage exists. Starlink for Business is the right answer for remote sites — mountain projects, rural land development, infrastructure work far from population centers. For longer-duration projects, some contractors order a temporary business fiber drop, which takes four to eight weeks to provision but offers the most predictable performance for project management platforms like Procore. We can model the cost and timeline tradeoffs for your specific site.

How do we manage 200 mobile phones across multiple job sites?

A fleet of 200 devices needs three things working together: a carrier contract structured for a large fleet (data pooling or unlimited tiers with negotiated rates, not retail plans), a Mobile Device Management platform (Microsoft Intune, Jamf, or a carrier-provided MDM) that gives IT visibility and policy enforcement without requiring field supervisors to act as tech support, and a defined process for activating and deactivating lines as crews turn over. The carrier contract is often the biggest lever — most construction firms with 200+ devices are not on the rate tiers their volume justifies because the account has grown organically rather than through a formal negotiation. We audit the current carrier arrangement, run an RFP if warranted, and help implement the MDM structure your IT team can actually maintain.

Can we get cellular backup for our permanent office at a reasonable price?

Yes, and this has gotten significantly more affordable over the last three years as 5G fixed wireless has matured. A cellular failover circuit for a typical contractor office — handling VoIP, cloud project management, and general business traffic — can often be provisioned for $80 to $150 per month using T-Mobile Business Internet or Verizon's fixed wireless product as a secondary. The hardware (a failover router with dual WAN) runs $300 to $600 for a quality unit. Relative to the cost of an estimating team unable to submit a bid or a project manager unable to reach the field during a primary outage, this is usually an easy decision. We specify the hardware and carrier arrangement together so the failover actually works when the primary goes down.

How does telecom change when we open a new regional office?

Opening a regional office is a good trigger to review your entire telecom footprint, not just provision the new location. The new office needs its own internet circuit, phone system extension or separate UCaaS seats, and ideally a site-to-site connection back to headquarters for shared systems — ERP, project management, estimating software. If you already have SD-WAN at your existing locations, adding the new office to the fabric is straightforward. If you're still running legacy circuits, a new office is a natural point to evaluate whether SD-WAN would serve the whole organization better. We scope the new location alongside a review of existing sites so you don't solve the new office problem while leaving a bigger inefficiency in place.