Private networks for places Wi-Fi can't handle.
Private 5G, network design and edge computing for factories, ports, campuses and remote sites.
One call with a senior engineer. A straight answer on what it would take.
Where you are. Where you’ll be.
You need this if
- Wi-Fi drops on the factory floor or yard
- Mobile robots need reliable connectivity
- Remote sites lack usable networks
What changes for your business
- Reliable, low-latency connectivity at scale
- Support for robots, AGVs and real-time control
- Local processing for faster decisions
What we hand over
- Network assessment and private 5G design
- Deployment and integration
- Edge computing infrastructure
- Network security and monitoring
What it is
Private 5G is a cellular network a company runs on its own site, offering reliable, low-latency wireless coverage across large or harsh areas such as factories, ports and mines. Combined with edge computing, it supports moving robots, vehicles and dense sensors that Wi-Fi struggles to serve.
Large sites with moving machines, robots and thousands of sensors need reliable, low-latency connectivity. We design and deploy private 5G and modern network infrastructure, add edge computing for local processing, and secure it as part of your wider network.
- Why now
- 21B connected IoT devices worldwide in 2025, up 14% in a year. IoT Analytics, 2025 (opens in a new tab)
- Last reviewed
How it runs
- 01
Diagnose
Typically 2–4 weeksWe map the problem, your data and your systems, and agree the one number that defines success.
- 02
Prove
Typically 4–8 weeksA working pilot on your real data, measured against that number. Not a slide demo.
- 03
Ship
Scoped to the outcomeProduction build with security, monitoring, cost controls and documentation included, not upsold.
- 04
Run
Ongoing, optionalWe operate what we built against clear service levels, or train your team to. Your call. No lock-in.
Questions you’ll ask
- When is private 5G better than Wi-Fi?
- On large or harsh sites with moving vehicles and robots, where Wi-Fi handovers drop connections, coverage is patchy or latency must be predictable. For offices and smaller spaces, modern Wi-Fi is usually enough.
- Do we need a mobile operator?
- Not necessarily. Depending on your country, private networks can run on dedicated spectrum, shared spectrum or an operator's slice. We assess the options and regulatory requirements for your sites.
- What is edge computing for?
- Processing data on site, close to machines and cameras, for low-latency control and to avoid sending large volumes of video or sensor data to the cloud.
Sound familiar? Let’s fix it.
One call with a senior engineer. You’ll leave with a straight answer on what it would take.
Let's Build Together