Solutions / MVNO & Mobile Infrastructure

Micro MNO

Private LTE/5G networks for a single enterprise, campus or industrial site. Dedicated spectrum where available, shared spectrum where not. A standalone mobile operator, for one customer.

The shift

Private mobile networks stopped being science fiction.

Spectrum regulators in the US (CBRS), Germany, UK, Japan and others have set aside bands for private mobile networks. The result: enterprises that used to wire their facilities with Wi-Fi can now run their own LTE/5G. Better coverage, deterministic latency, no contention with public users.

Dedicated core

Dedicated core

Private EPC / 5GC. HSS, MME, SGW, PGW all dedicated to your enterprise. No traffic leaves your perimeter unless you want it to.

Industrial IoT

Industrial IoT

Sensor density, AGV telemetry, predictive maintenance, worker safety wearables. Private 5G handles connection densities Wi-Fi cannot.

Mission-critical voice

Mission-critical voice

PTT over LTE, dispatch consoles, group calls. Replace ageing LMR/TETRA with broadband voice and data on one network.

Use cases

Where micro MNOs already run.

This is not theory. Mines, ports, factories, hospitals and military bases run private LTE/5G today. The question is whether yours should.

Mining and energy

Autonomous haul trucks, remote operation centres, worker location. Wi-Fi does not survive the pit; LTE does.

Ports and logistics

Automated straddle carriers, crane remote control, container tracking. Private 5G delivers the latency Wi-Fi cannot.

Manufacturing

AGV fleets, machine vision, predictive maintenance. Density and reliability that Wi-Fi was never engineered to deliver.

Healthcare and defence

Mission-critical voice, asset tracking, classified traffic that cannot ride public networks. Isolated core, full control.

Spectrum options

Dedicated, shared, or neutral-host.

Spectrum is the gating issue. Three workable paths depending on jurisdiction and use case.

01

Dedicated spectrum

Where the regulator offers enterprise licences (Germany 3.7-3.8 GHz, UK shared access, Japan 4.6-4.9 GHz local). You get a clean band; no interference to manage.

02

Shared spectrum

US CBRS (3.55-3.7 GHz) is the model. Priority access licences coexist with general authorised access under a spectrum coordinator. Lower cost, more coordination overhead.

03

Neutral-host model

Operator builds the network on its own spectrum (or a wholesale partner’s), enterprise buys capacity under SLA. Fastest deployment, least spectrum risk for the enterprise.

Next

Evaluating a private LTE/5G network for your site?

Tell us the geography, the user count and the use cases. We will scope the spectrum path, the radio plan and the core.