We help you plan a dedicated private 5G network for your site – mapping where coverage and low latency really matter and turning it into a clear radio and IP design, with a Bill of Materials everyone can sign off.
EGIDION roll out the cabinets, radios and cabling. We provide method statements and checklists and verify photos, labels and tests so what is built matches the agreed design.
We integrate the private 5G network with your IT/OT environment, clear alarms and test real workloads – AGVs, cameras, handhelds, sensors. You get an evidence pack that proves it performs as promised.
Our multilingual Tier-1 service desk is the first line for your private 5G network – handling tickets, coordinating engineers and watching alarms so issues are caught early and resolved fast.
*ERICSSON's Enterprise 5G Private Networks Authorized Partner
Services for enterprise and industrial private 5G networks — from design and build to 24×7 support.
Wi‑Fi and patched‑together networks were never built for cranes, robots and mission‑critical operations. Coverage gaps, unstable latency and “not my problem” incidents end up stopping production.
EGIDION delivers Ericsson‑based private 5G as a turnkey service: we design the network for your site, supervise installation, connect it to your IT/OT systems and run day‑to‑day support — so you get reliable connectivity and fewer surprises on the shop floor.
Our focus is simple: private 5G networks that work in real ports, terminals, factories, utilities, campuses and remote sites — not just in lab demos.
In one minute
You already know what 5G is.
The point is whether the network is holding your site back.
When robots, AGVs and vehicles lose signal in critical areas, video and remote ops stutter, vendors blame each other and pilots work only in one corner of the plant, the network has become a bottleneck. A dedicated private 5G network starts to make sense when you need predictable coverage and latency across the whole site, want data to stay on-prem under your control, and prefer a single, robust fabric for cranes, AGVs, cameras, sensors and handhelds instead of three overlapping networks.
EGIDION’s role is not to sell you a buzzword, but to design, build and support a private 5G network that quietly removes these constraints in ports, factories, utilities, campuses and other complex sites.
We start on the ground, walking the site with your operations, IT and OT teams to understand how the plant, port or campus really works. Together we map where coverage and low latency are critical and where failure is not an option.
From there we turn these findings into a clear private 5G design: radio layout, IP plan and Bill of Materials that everyone can understand and approve. This becomes the reference for budget, approvals and all downstream work.
We coordinate and supervise the deployment so the network is built exactly as it was designed. EGIDION provides method statements, checklists and hold-points that guide your chosen installers (or our partners) through cabinet placement, cabling, radio mounting and basic tests.
By validating photos, labels and test results along the way, we ensure the as-built network matches the agreed plan, reducing rework and keeping your go-live on schedule.
Once the hardware is in place, we bring the private 5G network into service and connect it to your IT/OT environment. We clear alarms, verify health, and test real workloads with the devices that matter: cranes, AGVs, handhelds, cameras, sensors.
You receive an acceptance pack with logs, screenshots and KPIs that demonstrates the network meets the agreed targets and is ready to support live operations.
EGIDION provides end-to-end service life-cycle management so your private 5G network keeps performing long after day one. We handle day-to-day changes, incident triage and coordination with Ericsson and other vendors when needed.
Our multilingual Tier-1 support desk offers 24×7 coverage, structured priorities and regular service reviews, helping you minimise downtime and keep the network quietly doing its job in the background while operations focus on production, not connectivity.
Where Private 5G fits
A few typical places where engineered coverage, low latency and on-prem control make private 5G worth the effort. Real sites, real operational pressure – not lab demos.
Private 5G links quay cranes, yard tractors, spreaders and cameras on a single network, so remote ops and RTGs keep moving even in RF-noisy yards. Planners see live positions and alarms instead of guessing from radio calls.
Talk about a terminal project →
Autonomous trucks, drills and dozers get low-latency coverage from pit to plant, while operators sit safely in control rooms. Video, telemetry and safety wearables share one secure network instead of separate radios and Wi-Fi islands.
Discuss a mine or quarry →
Robots, cobots, AGVs and vision systems run on a deterministic wireless layer across the shop floor. Layout changes get easier because production cells connect over private 5G instead of re-cabling every time you move a line.
Explore a factory rollout →
Private 5G carries mission-critical push-to-talk, signalling data and CCTV along tracks and in depots. Shunters, drivers and maintenance teams stay connected between buildings and under steel structures where Wi-Fi and legacy radios struggle.
Talk about rail operations →
Ramp vehicles, baggage systems, gate equipment and staff tablets share a single secure network from terminal to apron. Turnaround teams see live status of tugs, belts and catering trucks instead of chasing updates over voice only.
Explore airport use cases →
Field crews, drones and AR headsets connect securely around high-voltage assets without relying on public networks. Control rooms get live video and sensor data from remote sites to speed up fault location and cut truck rolls.
Plan a grid or substation pilot →
On offshore rigs and large processing sites, private 5G connects handhelds, sensors and video for inspections and safety musters. Harsh RF environments and moving steel structures become manageable with engineered coverage instead of best-effort Wi-Fi.
Talk offshore & process →
A dedicated cellular layer carries imaging files, telemetry and staff communications across the hospital, including basements and tricky coverage areas. Clinical teams move between buildings without losing access to critical applications.
Explore healthcare scenarios →
Forklifts, AMRs, scanners and high-bay cameras share a predictable network across loading bays and high-racks. Inventory, location and video feeds stay in sync even when metal racking and moving trucks would normally create dead zones.
Discuss a logistics site →
From early discovery and feasibility to piloting, rollout and 24×7 operations, we design and deliver end-to-end solutions that sit on top of private 5G: GrainSentinel for grain storage, Smart Marina for ports and marinas, Biofilm monitoring for water utilities, oil condition monitoring for heavy industry and other IoT solutions that turn connectivity into real outcomes.
