Industry
Construction Technology
Connectivity for sites that didn't exist last month
A construction company runs its office out of places that weren't addresses last quarter. The project management platform, the plan room, timekeeping, safety reporting, equipment telematics — all of it assumes a connection, and the 'office' is a trailer on a graded lot where the nearest fiber is a mile away and the job ends in fourteen months. Wired carriers quote construction timelines measured in months and build costs measured in five figures, for a site you'll demobilize before the invoice is paid.
The stakes are schedule stakes. When the trailer's connection drops, supers can't pull the current drawing set, daily reports don't file, and the PM back at the office is working from yesterday's information. Meanwhile the fleet is scattered across a dozen sites, cameras are guarding copper and equipment from theft, and every project has its own ad-hoc mix of hotspots and personal phones. The good news: cellular and fixed wireless have made the temporary-site problem very solvable. The trick is building a standard kit that deploys fast, survives the job, and moves to the next one.
Getting real internet to a site that didn't exist last month
New jobs rarely sit on a wired carrier's network, and even when they do, trenching and construction make no sense for a temporary address. 5G and fixed wireless have become the default primary connection for jobsites: serviceable in days at most locations, no build costs, and speeds that handle plan downloads, video calls, and cloud project platforms. We check carrier coverage at the actual site address — signal maps lie, especially in new developments — before the trailer shows up.
Trailer Wi-Fi that reaches the whole site
One hotspot in the trailer window isn't a jobsite network. The trailer needs a business-grade router with proper Wi-Fi, and larger jobs need coverage out to the laydown yard, the crane operator, and the gate. A ruggedized cellular router with external antennas, mounted high, usually covers the compound; long-running sites can add point-to-point links between trailers and containers. This is standard, shippable kit — the same hardware goes from job to job in a Pelican case.
Temporary voice that still sounds like the company
Every project has a phone number on the fence banner and the subcontractor list — and someone has to answer it. Personal cell phones mean the number walks away when the super rotates off the job. A cloud phone system gives each site a real number with an auto-attendant and ring groups that cascade from the trailer to the PM's mobile to the main office, and the number retires or rolls to the next project when the job closes. No PBX hardware, nothing to rip out at demob.
Fleet, equipment, and the 'where is it?' problem
Trucks, trailers, skid steers, and generators spread across a dozen sites have a way of being everywhere except where the next crew needs them. GPS fleet tracking covers vehicles, and cellular-connected asset tags cover the equipment that doesn't have its own power — utilization data usually pays for the service by finding underused machines before someone rents another one. Driver safety and dash cam options sit on the same platform if you want them.
Cameras watching a site with no power and no wires
Jobsite theft — copper, tools, fuel, equipment — is a schedule problem as much as a dollar problem, and the sites most worth watching are the ones with no infrastructure. Cellular-connected cameras and trailer-mounted units solve it: they upload over 4G/5G, need no trenching, and move when the site layout changes. The constraint is data: streaming video over cellular burns through pooled data fast, so camera plans need to be sized for the upload pattern, not just the monthly price.
Mobilization and demobilization without a telecom project
If every new job starts with six weeks of carrier orders and every closeout ends with early-termination fees, connectivity is a bottleneck on your own schedule. The fix is standardization: a pre-configured jobsite kit — cellular router, antennas, Wi-Fi, phone, cameras — that ships to the site and is live the day it's plugged in, on contract terms that match project durations. Teardown is unplugging the case. The goal is that IT stops being a line item in the mobilization checklist.
One standard across the main office and every active job
A GC running fifteen jobs on nine carriers has fifteen bills, fifteen support numbers, and no idea which site is down until the super calls. Pulling sites under one managed umbrella — one provider strategy, one dashboard, one number to call — turns connectivity from per-project improvisation into infrastructure. SD-WAN can link the main office, the yard, and longer-running jobs into one managed network, with traffic prioritized so voice and the project platform get what they need.
Field devices on one bill, with real account control
Between supers' phones, tablet-carrying foremen, hotspots, and connected equipment, the wireless line count grows faster than anyone tracks. Consumer-style family plans mean no pooled data, no central management, and departing employees taking numbers with them. Business wireless plans with pooled data, proper account ownership, and device management keep the field connected without the monthly billing archaeology.
Frequently asked questions
Can 5G really be the primary connection for a jobsite?
At most sites, yes — modern 5G handles plan downloads, video calls, cloud project platforms, and even camera upload comfortably, and it's serviceable in days with no build costs. Coverage varies by exact address and carrier, so we check signal at the actual site before recommending it as primary. Where cellular is weak, fixed wireless or a hybrid setup fills the gap.
How fast can a new site get connected?
With a standardized cellular kit, the day the trailer is powered. There are no carrier orders, no construction, and no site survey required for a basic deployment. Wired services, where they make sense for long jobs, take weeks to months — which is exactly why most contractors have moved to cellular-first for temporary sites.
What happens to the gear and the phone number when the job ends?
The kit — router, antennas, Wi-Fi, phones, cameras — is designed to demobilize: unplug it and it ships to the next project. Site phone numbers can roll to the next job or retire while calls forward to the main office. We structure terms to match project timelines so closeout doesn't trigger early-termination surprises.
Won't cameras and telematics blow through our data plan?
They can if the plan isn't sized for it — continuous video upload is the heavy user, not telematics. Camera systems can be tuned (motion-triggered clips, scheduled snapshots, local recording with cloud sync) to fit reasonable data pools. We size the pooled plan around the actual device mix per site so overages don't ambush the bill.
We run jobs across several states. Can this be standardized?
That's a standard engagement for us. We inventory your current carriers and contracts, then build one jobsite connectivity standard — hardware kit, carrier strategy per region, pooled wireless plan, and one support path. You keep the flexibility to use whichever carrier is strongest at a given site; you lose the fifteen-bills-and-fifteen-phone-numbers part.