The manufacturing sector has been an early adopter of private networks. Machines, robots, and sensors in today’s manufacturing plants are automatically controlled in real-time by platforms connected through a network. Through more flexible and reliable wireless connectivity operational improvements from productivity gains and improving worker safety are being seen at these facilities. The development of various 5G-enabled technologies such as industrial robots, automated guided vehicles (AGVs), AR/VR work manual support, smart sensors, and intelligent surveillance through CCTV are creating a more efficient production environment. These solutions are also being used across other industrial environments such as construction sites, logistics facilities, and oil plants.

In many office complexes and university campuses, a dedicated network is commonly provided through a wired network or Wifi. The dedicated network can be improved and modernized with a 5G private network. Such an upgrade allows for broadband internet service throughout the area, enabling people to work seamlessly and move freely around the campus without losing connection.

Private networks are widely used in environments where security is critical as it enables independent network operation, which in turn, guarantees a higher level of security. In military facilities or key national industrial sites, various solutions for safety assurance and protection such as drone-based aerial monitoring, CCTV real-time surveillance, intelligent video analytics and robot patrol can be connected through a highly secured private network.

The smart grid is an advanced electrical transmission network that employs sensors, digital technologies, and IT resources to enhance its intelligence and efficiency to ensure a secure energy supply. Private network can be used for the smart grid to intelligently monitor and manage the facilities as well as contribute to more efficient energy production and distribution. Furthermore, the private network can be used to enhance worker safety and site efficiency by incorporating smart applications like real-time monitoring and AR-based site work manuals.