Solution · RAN / 5G-in-Box

Private cellular in one site box.

A small mine, campus, utility, or port gets SIM-based coverage with local breakout and site-level operations.

Buyer
Mine, campus, utility, port
Operating model
Managed like site infrastructure
Network
SIM access and local breakout
Jump to
Where it fits Architecture Why it works Related pages
Private 5G field deployment
Deployment view Site network fabric Private access for field devices, cameras, vehicles, workers, and OT workloads.
Industrial radio enclosure
System element Protected access edge Radio equipment selected for harsh or regulated industrial environments.
RadioSite access
BoxLocal control
UPFLocal breakout
OTApplications
01 Where It Fits

Mining, ports, agriculture, utilities, and campuses that need private coverage with site-level operations.

Mining

Surface and underground operations, worker devices, cameras, autonomous haul, and coverage where public mobile does not meet operational needs.

Ports & Logistics

AGV orchestration, crane remote control, gate and yard IoT, and operational video backhaul.

Agriculture / Aquaculture

Farm, fishery, and remote robotics scenarios that need dependable field coverage and local data handling.

Utilities & Campuses

Grid SCADA, substations, renewable assets, hospitals, universities, and other secured site networks.

02 Architecture

Devices through applications — four layers, one site network.

Terminals

UE, helmets, sensors, cameras, robots, vehicles, and CPE endpoints feed operational data and worker communications.

Access

Explosion-proof gNB/eNB, small cell, and optional WiFi integration create a controlled access layer for industrial zones.

Site Box

Local control, SIM identity, and breakout keep traffic handling, policy, and service continuity inside the site boundary.

Applications

MES, SCADA, OT systems, video analytics, and operational voice services run against the same controlled network fabric.

03 Why It Works

Local breakout, simple operations, and OT-grade availability.

Local breakout

Latency-sensitive and security-sensitive applications can stay on local site paths.

No telco team required

The site gets cellular reliability while the operating model stays close to managed IT and OT infrastructure.

OT-grade availability

The stack is designed to support SCADA, IoT, video, and industrial workflows beyond standard office connectivity.

Small industrial and campus buyers get the practical part of private 5G: dependable coverage, SIM control, and local traffic handling.

Scope a site network

Auckland-based engineering. Tell us the site constraints. We will map access, local breakout, and the operating model.

Contact engineering