Robots and vehicles drop off while moving
AGVs, AMRs, and forklifts lose connection as they pass between Wi-Fi access points, and they stop.
Business impactStalled automation, manual restarts, and lost throughput.
Private LTE / 5G
Your own cellular network, for your site, your devices, your rules.
Private LTE / 5G gives your business a dedicated cellular network, like a mobile carrier’s but for your use only. It keeps robots, vehicles, scanners, cameras, and sensors connected across warehouses, yards, and campuses where Wi-Fi struggles.
WHAT IT ISA cellular network you controlThe same technology as the carriers, but only your SIM-equipped devices can join.
WHAT IT FIXESDrops, gaps, and device sprawlRoaming drops, outdoor coverage, overloaded Wi-Fi, and securing devices at scale.
WHERE IT FITSOperations that moveDistribution centers, plants, ports, yards, campuses, and utilities.
What it is
Like having your own mobile carrier on your property.
Private LTE / 5G is a cellular network built for one organization. It uses the same technology as Verizon or T-Mobile, but only your devices can join, and you decide how it behaves.
We install cellular radios across your site, put a SIM or eSIM in each device you authorize, and connect them through a private core that keeps traffic on-site or routes it wherever you choose. In the U.S., most private networks run on CBRS, shared 3.5 GHz spectrum that businesses can use without buying a carrier license.
- Only your SIMs can connect
- Built for devices on the move
- Runs alongside Wi-Fi, not instead of it
How it compares
Wi-Fi, public cellular, and private LTE each have a job.
Private LTE doesn’t replace Wi-Fi. It gives operational devices their own network when Wi-Fi or public carriers aren’t the right fit.
| Enterprise Wi-Fi | Public cellular (carriers) | Private LTE / 5G | |
|---|---|---|---|
| Who controls it | You | The carrier | You, or a managed partner on your behalf |
| Who can connect | Anyone with credentials | Any subscriber of that carrier | Only SIMs you issue |
| Coverage per radio | Small; many access points | Large, but tuned for the public, not your site | Large; fewer radios for yards and big floors |
| Staying connected while moving | The device decides when to roam, and can drop | Managed by the carrier | Managed by your network, built for mobility |
| Where the data goes | Your network | Through the carrier | Can stay entirely on-site |
| Best for | Laptops, office users, guests | Phones, visitors, general mobile use | Robots, vehicles, cameras, sensors, rugged devices |
What it solves
When the operation outgrows Wi-Fi.
Private cellular earns its place when a wireless problem is stopping a specific workflow.
Yards and outdoor areas are too big for Wi-Fi
Truck yards, ports, lots, and campuses would need dozens of access points plus power and cabling everywhere.
Business impactHigh build cost and coverage gaps where work actually happens.
Video from mobile or remote cameras
Security and process cameras stutter or drop when they share busy Wi-Fi or sit far from cabling.
Business impactBlind spots in safety, security, and quality monitoring.
Hundreds of devices, hard to secure
Sensors, scanners, and headless equipment often share passwords on Wi-Fi. SIM identity gives each device its own credential.
Business impactKnow exactly what’s connected, and shut off any device instantly.
Operations stop when the internet goes down
If device control depends on a remote service, a WAN outage halts local work, even with healthy radios.
Business impactAn on-site core keeps critical workflows running locally.
Wi-Fi is overloaded
Office users, guests, and machines all compete on the same network. Operations get squeezed when it’s busy.
Business impactA separate, predictable lane for the traffic that runs the business.
Why you need it
Your operation runs on devices that move.
Warehouses, plants, ports, and campuses depend on connected equipment that doesn’t sit at a desk. Private LTE / 5G gives that equipment a network designed for it.
01
Predictable, not best-effort
You control capacity, priority, and coverage, so critical devices aren’t competing with guest traffic or a carrier’s public load.
02
Fewer radios for large areas
Cellular radios cover far more ground than Wi-Fi access points, which lowers the cost of covering yards and large facilities.
03
Security built into every device
SIM-based identity means no shared passwords. Every device is known, policy-controlled, and revocable.
04
Accessible spectrum
CBRS lets U.S. businesses run their own LTE or 5G network with certified equipment, without buying a carrier license.
What is CBRS?
Shared spectrum that makes private networks practical.
CBRS (Citizens Broadband Radio Service) is 150 MHz of spectrum between 3.55 and 3.70 GHz that the FCC opened for shared commercial use.
A cloud-based Spectrum Access System (SAS) coordinates who can transmit where, protecting higher-priority users automatically. Businesses can use General Authorized Access at no license cost with certified equipment, or hold a Priority Access License in areas where one is available.
We handle SAS registration, certified-installer requirements, and radio planning as part of the design.
Ways to deploy
Start with one workflow. Grow from there.
Most private networks begin with a focused pilot that proves value on a single use case before expanding.
Already solving indoor cellular? Add private LTE later.
Many of the active DAS platforms we deploy for carrier coverage can add a private network port, so the in-building investment serves both. See Indoor Cellular & DAS →
How we deliver
From workflow to working network.
We design around the devices and applications first, then the radios.
Assess
Map the devices, workflows, and failures that matter, and define what success looks like.
Design
Plan radios and spectrum from site maps and floor plans, with an onsite survey where needed, then choose the core and confirm devices.
Deploy
Prove one workflow in one zone, then scale radios, SIMs, integration, and security across the site.
Verify
Measure coverage and device performance against the agreed success measures, when the project calls for it.
Manage
Monitor, manage SIMs and policy, and optimize as devices and workflows grow.
These are the five Wireless Everywhere steps. Hire us for one, or all five. See how it works → Start your project →
Use cases in the real world
See where controlled mobility changes the operation.
Explore the environments where private cellular keeps critical devices, vehicles, and field workflows reliably connected.
ManufacturingLogisticsPortsUtilitiesMiningCampuses
Explore private 5G use casesREPRESENTATIVE WORKFLOWS01 02 03
Autonomous movement
AMRs, AGVs, and moving equipment that cannot tolerate unstable handoffs.
Yard and vehicle operations
Persistent coverage for large outdoor areas, vehicles, cameras, and workers.
Industrial field work
Controlled access for rugged devices, video, telemetry, and operational IoT.
Practical next step
Bring the workflow, device list, and site conditions.
We’ll determine whether private cellular creates a measurable advantage and what the complete architecture must include.