Private Cellular Networks
Private LTE and 5G, engineered for your building
The secure, high-capacity foundation everything else runs on: robotics, push-to-talk, video, and AI at the edge. We design, deploy, and manage private cellular networks with coverage and data you control.
Why private cellular
Wi-Fi was designed for laptops, not for moving machines
Industrial Wi-Fi works acceptably for people and static devices. It struggles the moment coverage has to be guaranteed for equipment in motion across a large, metal-dense footprint.
Coverage you engineer, not inherit
A private network is designed for your building: steel racking, concrete, cold storage, and the yard outside. Coverage is a design output, not something you hope for.
Deterministic behavior
Cellular scheduling is predictable in a way contended Wi-Fi is not. That matters the moment a moving robot or an AGV depends on the link staying up.
Handover that holds
Devices move between cells without the handoff gaps that trigger emergency stops on mobile equipment or drop a push-to-talk call mid-sentence.
Your data stays yours
Traffic stays on infrastructure you control, with your own SIM-based identity and policy. This is the foundation of the 'own your stack' argument.
What goes wrong
Three connectivity failures that stop operations
Wi-Fi cannot hold a moving fleet
Today
Access point handoff delays in metal-dense environments drop connections on moving vehicles. Each drop is a safety stop, a manual reset, and lost throughput.
With Trilogy NextGen
Private LTE and 5G handles mobility natively. Cell-to-cell handover is a designed behavior of the technology, not an afterthought bolted onto a static network.
Coverage stops at the door
Today
Indoor Wi-Fi and outdoor connectivity are usually two separate systems with two sets of problems, and devices break as they cross between them.
With Trilogy NextGen
One private cellular footprint spans high-bay interiors, docks, and outdoor yards, so a tugger or a handset moves across the whole site on one network.
Access point sprawl
Today
Achieving usable coverage in racked, high-ceiling space often means a very large number of access points, each one a device to power, mount, and maintain.
With Trilogy NextGen
Cellular radios cover substantially more area per unit in these environments, which reduces the physical estate you have to install and keep running.
Built on infrastructure you already trust
We are not tied to a single manufacturer. We select and deploy from the vendors below based on the size of the site, the spectrum available, and whether your team or ours will operate the network day to day.
Network & connectivity
12
Aviat
BLINQ
Baicells
Celona
Cisco
Ericsson
Fortinet
GXC
Nokia
Pente
Samsung
TelsaSoft
The technology
What private cellular makes possible
CBRS / 5G
Spectrum options
Shared CBRS spectrum in the US, plus licensed and local licensing options depending on the site and country.
99.999%
Availability class
The reliability tier private cellular infrastructure is engineered toward, drawn from carrier network design.
Sub-15ms
Deterministic latency
Low, predictable round-trip times, which is what real-time robotics and machine vision depend on.
Edge compute
Local processing
Compute placed alongside the network so AI inference runs on site instead of round-tripping to a cloud region.
Figures reflect published vendor and standards specifications for the technologies we deploy, not measured results from a specific Trilogy NextGen deployment. Real-world performance depends on site conditions, spectrum, and facility layout.
How we deploy
From survey to supported network
- 1
RF survey and design
We survey the site and model coverage against your actual racking, materials, and yard layout.
- 2
Spectrum and licensing
We determine the right spectrum route for your location and handle the registration that goes with it.
- 3
Install and commission
Radios, core, and edge compute installed and commissioned, with devices provisioned onto your network identity.
- 4
Manage and support
Ongoing monitoring, optimization, and support, or a handover to your team if you would rather run it yourself.
In the field
Engineered for the building, not the map
Spectrum and radio plan sized to your site, rather than to whatever the nearest macro cell happens to reach.
Every install is measured on site and signed off against the survey it was planned from.
Coverage follows the work, including the yard and the corners Wi-Fi never held.
Find out what coverage would take
Send us the facility size, the materials, and what has to stay connected. We will come back with a realistic view of spectrum, radio count, and effort.