Your own mobile network

A mobile network that belongs to your site

SignalCore Private LTE/5G gives your port, plant, airport, or campus its own mobile network. You decide who connects, what comes first, and where the data stays. People, machines, cameras, and sensors keep working even when public networks do not.

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Disjointed systems versus one unified Private LTE/5G network

Why a site needs its own network

On a large site, connectivity is part of the operation, like power or roads. When a camera feed freezes, a crew goes silent, or a scanner loses signal at the far end of the yard, it is not an inconvenience. It is lost time, lost visibility, and sometimes a safety risk. A private network puts all of that under your control.

Ports

Cranes, terminal vehicles, security, and dispatchers stay connected across every berth and container stack, not only near the office.

Airports

Baggage handling, apron crews, portable cameras, and service terminals share one reliable network, separate from passenger traffic.

Plants and mines

Shifts, sensors, video, and process control get a network that follows the layout of the site, including underground and remote areas.

Energy

Substations, pumping stations, and long perimeters stay under your management instead of at the edge of someone else's coverage.

Warehouses and logistics

Scanners, forklifts, robots, and inventory systems stay online on the move, where Wi-Fi tends to drop out.

Campuses and hospitals

One internal mobile environment for staff, security, and building services, instead of a patchwork of separate systems.

Port and warehouse site with Private LTE core and radio coverage — The radio network links remote zones to the core and to your corporate systems.

Office building with on-prem Private LTE core and internal coverage — In a building, hospital, or campus it becomes the internal mobile environment.

Open-pit mine with Private LTE core and radio coverage across the site — At a mine or plant, the same core covers the pit, haul roads, and processing areas.

What changes when the network is yours

A public network is built for millions of strangers. Your network is built for your people and your processes. That difference shows up every day, and most of all on the worst day.

Coverage where you actually work

A berth, a rail spur, an underground section, a hangar, a parking level. Coverage is planned from your site map, not from where the public operator expects customers.

Priorities you set

Video from a hazardous zone and the voice of an emergency crew never queue behind someone watching a video. You decide in advance who goes first.

One network instead of many

People, contractors, vehicles, cameras, alerts, telemetry, and voice run on one network with one set of rules, instead of five systems that do not talk to each other.

Keeps working when others fail

During an outage or a public network overload, your internal teams stay connected. The shift supervisor still sees people, machines, and events.

Data stays at home

Traffic and events can be processed on your premises. Nothing has to leave the site if your security policy says it should not.

Grows with you

Start with one zone, then cover the whole site and add sites. The same platform carries you from a demonstration to full operation.

Priority lanes for traffic classes — The network knows in advance which service to serve first.

Know where people and equipment are

Every device on the network is already connected through a known cell. We turn that into a live picture of your site: who is here, in which area, right now. For safety teams and dispatchers this changes how fast they can act.

Presence by zone

See who is on site and in which area, without an extra app on the phone. It works with any device that uses your network.

Geofences and alerts

Mark restricted or hazardous zones. Know when someone enters them, or when a lone worker leaves the area where they should be.

Heat maps and history

See where activity concentrates and replay movements after an incident, tied to a specific part of the site.

Call the nearest person

Location can drive new scenarios, such as routing a call to the nearest available colleague instead of the whole team.

Emergency calls to 112 / 911

An emergency call can be routed to the rescue service nearest to the caller, based on where the person actually is. Help gets there faster.

Your platforms, connected

Any external platform you already use can be integrated to build services or analytics on the location of subscribers and terminals.

Activity heat map on a transport site — Location data shows where people, machines, and activity are.

Why public LTE and Wi-Fi often fall short

Both are good at what they were designed for. The trouble starts when a site depends on them for work that must not stop.

Priorities are not yours

On a public network you cannot decide whose traffic matters during peak load or an incident. Your critical service competes with everyone else.

Coverage follows someone else's plan

A public network grows where the mass market is. It works at the gate and fades deep inside the warehouse.

Wi-Fi struggles with motion

Fast in a meeting room, unstable on a moving vehicle. Across a large site it needs a dense grid of access points and constant care.

Your data travels outside

With a public network, critical traffic leaves your perimeter by default. With your own network it does not have to.

Outages you cannot fix

When the public network has a problem, you wait with everyone else. You cannot see the cause, and you cannot speed up the repair.

No view of your own devices

A public network does not show you which scanner went silent or which camera dropped off. You find out when someone complains.

Data stays inside the customer's perimeter — Processing and services can stay on your premises.

More than internet access: a complete service platform

You do not get a radio link to the internet. You get the full service of a mobile operator, running inside your perimeter under your rules.

Voice, SMS, and data

The mobile service everyone already knows how to use, with your priority and security rules on top.

Short numbers

Dial three digits to reach dispatch, the warehouse, or a crew. No detour through an outside network.

Desk phones in the same system

Mobile users and office desk phones share one numbering plan, one routing logic, and one call record.

A safe path to internal systems

A built-in VPN takes a phone or a router straight to corporate resources, without sending critical traffic across the public internet.

Recording and speech-to-text

Record calls from the mobile network and the office phone system in one place. Turn speech into searchable text and trigger alerts on key phrases.

An SMS center of your own

Service notifications and alerts go out from your own SMS center, with delivery tracking and a full log.

Run the whole network from one screen

A private network is only useful if your own team can run it without calling a specialist for every change. CorePilot is the web console for the entire core. It is made for shift staff as much as for engineers: open a browser, see what is happening, act.

Health at a glance

Every server, service, and connection on one dashboard. A live network map shows which link is down, so nobody has to guess where to look.

Alarms that make sense

Faults are raised and cleared in one list with priority and history. Silence known noise during planned work and forward every event to your existing monitoring.

Statistics in plain numbers

Registrations, sessions, calls, and response times on clear charts. When someone asks "is it the network?", you answer with facts instead of opinions.

Subscribers and SIM cards

Add one SIM or load a whole batch. Assign profiles and speeds, block a lost device, or end a session right now, without touching a single file.

Base stations included

See connected small cells, read their settings, and change them remotely from the same console.

Voice and SMS tools

Desk phones, short numbers, links to the public phone network, call records, recordings, an SMS log, and sending an SMS from the browser.

Roles and a full action log

Administrator, operator, and viewer roles, plus groups that decide who may change what. Every action is recorded, so there is always an answer to "who did this?".

Backup and restore

Save the configuration, subscriber data, and secrets from the console, and bring them back step by step when you need to.

Troubleshooting without server logins

Read the logs of every component and capture traffic across several servers straight from the browser.

A built-in AI assistant for alarms

An optional Health Agent: automatic AI software that runs fully isolated on your own servers. It is not a person and not an outside AI service, and it needs no connection beyond your network. It reviews alarms and suggests the likely cause and next steps. Your team makes the decision.

Control over which devices connect

Allow or block specific phones, modems, and routers by their hardware ID, so a stolen or unapproved device cannot join your network.

Network settings in plain forms

Data gateway, DNS, time sync, and console users are set up in the browser, not in configuration files on each server.

CorePilot web console — Core health, services, and subscribers in one window.

Built for real operation, not for a lab

Free open-source cores such as Open5GS are a good foundation, and our core stays compatible with that base. Out of the box, though, they are made for labs and demos. Running a real site on them means building the missing pieces yourself: resilience, voice, monitoring, and management. We have already built those pieces, tested them together, and we support them.

QuestionTypical free open-source coreOur core

How it is built

Typical free open-source coreOne server, set up for a lab or a demo.

Our coreA cluster of servers, with a standby for every key function.

When a server fails

Typical free open-source coreEvery phone on it drops and has to reconnect from scratch.

Our coreA neighbouring node takes over. Where possible, the session and the device's IP address are kept.

Subscriber database

Typical free open-source coreA simple built-in database in a single copy. If it stops, nobody can connect.

Our coreOur own subscriber platform, replicated across servers and served by two front ends.

Voice and SMS

Typical free open-source coreNot included. Internet access only.

Our coreVoice over LTE, SMS, desk phones, and short numbers are part of the delivery.

Signaling between nodes

Typical free open-source coreNodes are wired to each other directly.

Our coreA dedicated signaling router balances load and reroutes around failures.

Day-to-day management

Typical free open-source coreConfiguration files, restarts, and reading logs on each server.

Our coreOne web console for subscribers, services, alarms, statistics, and settings.

Alarms and statistics

Typical free open-source coreYou build monitoring yourself.

Our coreBuilt in, with forwarding to the monitoring system you already use.

User data speed

Typical free open-source coreA software gateway with a lower ceiling.

Our coreA hardware-accelerated data path on 10 Gb and faster ports, with a standby pair.

Access control and backup

Typical free open-source coreNo roles, no action log, no managed backup.

Our coreRoles, groups, a log of every action, and backup and restore from the console.

Who helps when something breaks

Typical free open-source coreCommunity forums and your own engineers.

Our coreThe team that develops the core.

Traffic moving to a standby part of the core — If one node fails, its work moves to a healthy neighbour.

Core functions spread across several servers — Key functions run on several servers. The exact layout is chosen for each project.

One SIM card, several roles

One physical card can hold several independent network profiles. This saves a surprising amount of work for people who move between sites or between internal and external work.

On site and off site

A private profile on your premises, a public profile outside. The employee keeps one card and one phone.

Contractors

Give a temporary crew a limited profile for one zone or one service. When the work ends, their access to your network ends too.

Different priority for different teams

Security, dispatch, and emergency crews can use a profile with its own rules and a higher priority.

A backup connection without a second SIM

If the main profile loses service, a backup profile on a partner network keeps the device connected.

Trusted services on the SIM

Sign-in confirmation without SMS codes, a VPN token that cannot be copied, electronic signatures, and keys that never leave the card.

Machines and sensors too

Trackers, meters, and machines get their own profiles with the rules and speed they need, managed on the same platform as people.

SIM, application, and core working together — The card, its applet, the phone app, and the core are one product line from one team.

A platform that keeps growing

A network core is a long-term decision. You want a platform that moves forward, not one frozen on the day you bought it. Because we write the core ourselves, new capabilities arrive as updates to the same platform, and the needs of our customers shape what we build next.

5G with the same resilience

5G core functions join the platform with the same standby model as LTE: saved state, pool failover, and the device keeps its session and address.

Precise positioning

Positioning protocols for LTE and 5G move location from "which cell" to a far more accurate point on the map.

Geo-analytics and a Geo API

A map in the console, location on the subscriber card, heat maps, movement history, and zone alerts. Your own systems can request a location or subscribe to zone events.

Massive IoT

NB-IoT on LTE and RedCap on 5G for sensors and trackers that send little data and need a long battery life.

Ultra-reliable low latency

5G modes for remote control and automation, where a delayed command is not acceptable.

Follow one device end to end

Trace a single subscriber across every interface of the core and see the whole story in the console, instead of collecting it by hand.

Every task from the console

All operational and configuration work on every part of the core, without editing files or logging in to servers.

Failover without a gap

Moving even active sessions and calls to a healthy node without the user noticing, including a fully resilient voice service.

Secure 5G interconnect

A border gateway for 5G signaling between networks, managed from the same console.

Why work with us

We build the core

SignalCore writes its own core. The logic of your network lives with the team that writes it, not inside a closed box from a distant vendor. Changes and fixes do not wait in someone else's queue.

Fitted to your site

Teams, zones, priorities, and connections to your security, dispatch, and inventory systems are configured around how your site actually works.

You talk to the developers

When something needs attention, you reach the people who know the code, without a chain of resellers in between.

See it before you decide

Voice, SMS, data, SIM management, and monitoring can be shown working on a demonstration setup.

Standard equipment

The core works with standard LTE base stations, phones, routers, and modems, so you are not tied to a single hardware vendor.

Runs on your own servers

The core runs on ordinary servers in your server room or data center, with no dependency on an outside cloud.

How we can work together

Turnkey, with you

We deliver the network together with you as the site owner.

With your integrator

We work alongside the contractor you have already chosen.

With a mobile operator

If spectrum, numbers, or external calls come through an operator, we stay in the project as the core supplier.

Roles involved in bringing a private network into service — Spectrum, numbering, and external calls are best handled as their own workstream from the start.

Questions people ask

Tell us about your site

Describe the place and what has to stay connected. The request goes to our team by email, and we can show the network working on a demonstration setup.