AiVibePrivate 5G Network
A private 5G network is a dedicated 5G cellular network deployed for a single organisation's site or campus, giving it control over coverage, capacity, security and data, typically to connect machines, vehicles, sensors and workers in industrial settings.
A private 5G network consists of radio units and small cells covering the site, a radio access network and a 5G core that handles authentication, mobility and routing, which may run on site or be hosted by an operator. Devices authenticate with SIM or eSIM credentials. Deployment models range from fully standalone networks using locally licensed or shared spectrum, where regulators make it available, to networks provided by mobile operators using network slicing or dedicated equipment.
5G standards from 3GPP define capabilities aimed at industry, including enhanced mobile broadband, ultra-reliable low-latency communication (URLLC) and massive machine-type communication. Factories, ports, mines, airports and logistics hubs use private 5G for mobile robots and automated guided vehicles, wireless video and machine vision, connected tools, augmented reality support and flexible production lines where cabling is impractical.
Achievable latency, reliability and throughput depend on the 3GPP release implemented, the spectrum, network design and device support, so performance claims should be verified on site. Integration with existing industrial Ethernet, IT networks and security zones requires planning, and some time-critical or safety functions still rely on wired networks. Spectrum availability and licensing rules vary by country.
Key points
- Dedicated 5G network for a single site or organisation
- Uses SIM-based authentication and a local or hosted 5G core
- 3GPP features include URLLC and massive machine-type communication
- Used for AGVs, mobile robots, video and flexible production
- Spectrum rules and achievable performance vary by country and design
Where AiVibe comes in
AiAmbA IoT is AiVibe's edge protocol layer: it discovers devices and normalises industrial signals, with supported protocols including Siemens S7, Mitsubishi MC, Delta Modbus, OPC UA and MQTT, and driver availability confirmed per installation. Writes to machines are deny-by-default.