Industry
Logistics Technology
Warehouse, fleet, and dispatch connectivity
A warehouse is one of the worst places on earth to run a network. Forty-foot ceilings, metal rack walls that eat radio signals, freezer zones, dock doors open to the weather — and every RF gun, label printer, conveyor sensor, and tablet in the building expects the Wi-Fi to just work. When it doesn't, pick rates drop, trucks wait at the dock, and the WMS fills up with transactions nobody scanned.
Meanwhile the business outside the four walls runs on connectivity too: EDI feeds from customers, a TMS that dispatchers live in, ELD and telematics data streaming off every truck, and customers refreshing a tracking portal. None of it is optional anymore — shippers write EDI capability and real-time visibility into their contracts. The good news is that most logistics tech problems are connectivity problems in disguise, and those are solvable without a forklift upgrade to your whole stack.
Why do my scanners keep dropping in the warehouse?
Metal racking and moving inventory make RF coverage a science problem: the access point layout that worked in an empty building fails the moment the racks fill up. Dead zones near dock doors, mezzanines, and the freezer are classic. The fix starts with a proper wireless survey and warehouse-grade AP placement — but it ends at the wire: every AP needs a backhaul connection with enough capacity, and a flaky or undersized circuit will make even a perfect Wi-Fi design feel broken.
What happens when the WMS goes offline during a shift?
Everything stops being scan-verified. Teams fall back to paper pick sheets, inventory accuracy quietly decays, and outbound orders miss their carrier cutoffs. For a 3PL, that's not just a bad day — it's a service-level miss the customer sees on a scorecard. Automatic failover to a second connection on a different medium (typically cellular) keeps the WMS, the label printers, and the EDI feed alive through the outage, in seconds, without anyone touching a router.
My building is a tilt-up box in an industrial park — what are my real internet options?
Industrial corridors are chronically under-served: one incumbent cable plant, fiber that stops a half-mile away, and a build quote with a scary number if you ask the carrier to extend it. The practical options are usually business fiber where it exists, fixed wireless or 5G where it doesn't, and dedicated internet when the operation is big enough that shared bandwidth is the bottleneck. The right answer is very address-specific — which is exactly what an advisor compares across carriers before you sign anything.
Dispatch and drivers can't reach each other reliably
When a driver's call drops into voicemail, the load sits. A cloud phone system with ring groups and mobile apps puts dispatch on any device, records calls when a customer disputes what was promised, and an auto-attendant handles the 'where's my shipment?' calls so dispatchers can dispatch. Business texting matters too — drivers answer SMS at a dock when they can't answer a call, and customers increasingly expect appointment and delivery notifications by text.
Fleet tracking and ELD data are only as good as the coverage
ELD compliance, GPS tracking, dash cams, and reefer temperature sensors all depend on cellular connectivity — and a single-carrier fleet plan leaves gaps exactly where your lanes run. Multi-carrier IoT connectivity and pooled data plans keep devices reporting without per-device bill shock, and wireless WAN turns the truck itself into a connected node for tablets and ELDs. Dash cam footage uploads are an upload-bandwidth problem; size for them or they quietly stop syncing.
A warehouse is a security target, not an IT office
Ransomware groups know that a distributor with trucks to roll will pay to get the WMS back — and the attack surface is wide: an on-prem server in a closet, a dozen PCs that haven't been patched, cameras and IoT devices on the same network as everything else, and constant phishing aimed at accounts payable ('updated bank details for your freight invoices'). Layered security sized for an operation this shape — managed firewall, endpoint detection, email filtering, and backups with tested restores — is what stands between a bad email and a stopped dock.
We're growing: more sites, seasonal spikes, pop-up overflow space
Logistics footprints change faster than carrier contracts. A second warehouse, seasonal overflow space, or a cross-dock that needs to be live in two weeks doesn't fit a 90-day fiber install. 5G and fixed wireless get new sites online in days, SD-WAN stitches every location into one managed network with the WMS and TMS prioritized, and an advisor keeps the contract terms aligned to lease terms so you're not paying for a building you've exited.
The analog lines nobody thinks about until they fail
Every warehouse has them: copper lines for the fire alarm panel, the elevator phone, the gate intercom, the fax machine the one big customer still insists on. Carriers are retiring copper and raising POTS rates to push you off it. Replacing those lines with LTE or VoIP-based analog replacement is cheaper, monitored, and won't leave you failing a fire inspection the month the copper dies.
Frequently asked questions
What's the first fix for a warehouse with connectivity problems?
Two things, in parallel: a wireless survey to find the real RF dead zones, and a backup connection so a carrier outage never stops scanning again. Failover is the cheapest insurance on the list; the Wi-Fi design is what actually raises pick rates.
Can failover keep our WMS and EDI running through an outage?
Yes — failover happens at the router in seconds, so cloud WMS sessions, label printing, and EDI transfers ride the backup connection automatically. We confirm the details with your WMS and EDI providers before install so there are no surprises.
Our building has no fiber. Are we stuck?
Usually not. Fixed wireless and 5G business internet cover most industrial areas and install in days, and two diverse connections (e.g. cable plus 5G) often beat one expensive one. For larger operations, we price the fiber build against dedicated wireless and let the numbers decide.
We run ELDs and cameras on the trucks — who handles the cellular side?
We do. Fleet and IoT connectivity is its own buying decision: multi-carrier coverage, pooled data, and proper device management. We compare the options against your actual lanes and data usage instead of selling a one-size plan.
Are you a carrier or an MSP?
Neither — we're an independent advisor. We don't own the network and we don't replace your IT provider. We compare carriers and services across the market, negotiate the contracts, and stay involved when something breaks, so you have one call to make instead of five.