3% of North American Job Sites Have Reliable Connectivity. The Other 97% Pay for It Every Day.

Three percent. That’s the estimate from Trackunit on how many North American construction sites have a properly configured, reliable network in place. In Europe the figure is 5 percent. In South America, 1.5 percent. The overwhelming majority of construction projects, in other words, are running on an IT foundation that wouldn’t be acceptable in a coffee shop.

The cost of that connectivity gap doesn’t show up as a line item on a project P&L. It’s buried in labor overruns when a crew waits for updated drawings that won’t load. It’s in the equipment idle time when the project management system is unreachable from the trailer. It’s in the liquidated damages when a milestone gets missed because the RFI sat unanswered for three days while the network was down. A Spokane construction IT services provider sees the same pattern across every project: the digital tools the office bought work great in the office. They just don’t work on site.

McKinsey’s construction productivity data shows projects take 20 percent longer than scheduled on average, and up to 80 percent run over budget. A widely cited 2020 industry analysis pegged the global cost of information loss in construction, bad data, outdated drawings, miscommunication between the field and the office, at $1.8 trillion. That number hasn’t gone down. Software has improved. The gap between what the software can do and what the job site network can support has widened.

Procore and Quickbase published survey data in 2025 confirming what every project manager already knows: 95 percent of construction projects experience unexpected or increased costs, and 91 percent of firms still use paper-based processes for portions of their workflow. They’re not doing it by choice. They’re doing it because the trailer can’t maintain a stable connection to the cloud, the tablet the foreman is supposed to use for daily reports drops the Wi-Fi every forty minutes, and the cellular hotspot someone brought from home works fine until the concrete trucks show up and block the signal.

For a Spokane contractor running projects across the Inland Northwest, the geography makes it harder, not easier. Job sites are spread across a region where cellular coverage is inconsistent once you leave the Interstate. A site in Spokane Valley might have gigabit fiber available at the street. A site twenty miles out might have no wired option at all. A contractor running three projects simultaneously might have one site on fiber, one on a cellular connection that works half the time, and one on a satellite link with latency that makes cloud-based project management unusable. Every site needs the same access to drawings, submittals, RFIs, daily reports, and project communication. The network is the only thing that delivers it. It’s also the thing nobody budgeted for.

The math of a disconnected job site

When the site supervisor can’t pull the current drawing set, the crew that clocks $1,500 an hour in combined labor is waiting. Not working. Waiting. When the project management system is unreachable, the RFI that needs an architect’s answer sits in a queue while the work it affects moves forward without the answer, creating rework that will cost ten times as much to fix later. When the daily report can’t be uploaded, the project owner sees a gap in documentation that will be cited in the next progress meeting and used to justify withholding payment.

These are not hypothetical scenarios. They’re the daily reality of construction projects everywhere, and they’re caused by a single point of failure: the assumption that the job site will have the same connectivity as the office. It won’t. It never does. And the cost of that assumption compounds across the life of the project.

The fix isn’t running fiber to every pad site. It’s designing the job site network the same way the project schedule is designed: with the specific conditions of the site in mind, with redundancy built in, and with someone responsible for keeping it running. A properly configured site network includes equipment rated for the environment, not consumer-grade routers from the electronics store. It includes cellular failover for when the primary connection drops, because it will. It includes structured wireless coverage across the site, not a single access point in the trailer that can’t reach the far end of the building. And it includes someone monitoring the network who can tell the difference between a dead access point and a dead internet connection, ideally before the site supervisor notices that nothing is loading.

The same sites that have network problems have data protection problems. Project files, submittals, RFI logs, daily reports, progress photos, lien waivers, insurance certificates. It’s all on a server in the trailer or, more likely, scattered across laptops belonging to project engineers, superintendents, and subcontractors. When the trailer gets broken into, or the server dies, or the laptop walks off, or the ransomware hits, the project loses every piece of documentation it’s accumulated. The backup, if there is one, is a USB drive in someone’s desk drawer that hasn’t been updated since the foundations were poured.

Ransomware specifically targets construction for the same reason it targets manufacturing. Downtime is not an inconvenience. It’s a project delay that triggers contract penalties, liquidated damages, and insurance claims. A Spokane contractor who loses access to project data on a Friday doesn’t have until Monday to figure it out. The concrete pour scheduled for Saturday morning needs the current structural drawings. The framing crew arriving Monday needs the approved submittals. The owner’s rep who’s been asking for the updated schedule since Wednesday needs an answer. A weekend of downtime on a construction project doesn’t cost a weekend. It costs the schedule float the project didn’t have in the first place.

The controls that prevent this aren’t mysterious. Automated daily backup of all project data to an offsite location, tested quarterly to make sure the files actually restore. Endpoint protection on every device that connects to the site network. Multi-factor authentication on the project management system, the cloud file share, and the email accounts of anyone who sends or receives project documents. Network equipment that’s monitored 24/7 and configured to alert someone who can fix a problem, not just log it.

These things cost money. They cost less than one day of a crew waiting for drawings that won’t load. For a Spokane contractor, managed IT services that cover construction job sites are not a technology expense competing against equipment costs and material prices. They’re the infrastructure that makes every other investment on the project perform. The question isn’t whether the network matters. It’s whether it matters enough to build it right before the project starts, rather than after it’s already late.