how did we deploy a secure private 5g network to connect industrial equipment and improve real-time monitoring?
The digital transformation of the industrial sector increasingly relies on the ability to efficiently connect production equipment and leverage data generated on the shop floor. In this context, private industrial 5G networks offer a high-performance solution for ensuring reliable, secure connectivity tailored to demanding industrial environments.
As part of a project for an industrial client, Médiane Système teams were tasked with designing and deploying a communication architecture to monitor critical equipment in real time.
The Context
The client operated various pieces of industrial equipment distributed across a production site. Existing connectivity solutions had limitations, particularly regarding latency, reliability, and communication security.
The project’s objective was therefore to implement a solution capable of:
- Ensuring stable, low-latency connectivity between equipment
- Enabling real-time data transmission to monitoring systems
- Guaranteeing a high level of security for industrial communications
- Preparing the infrastructure for the integration of future connected industry use cases.
The Technical Approach
To address these challenges, Médiane Système teams designed an architecture based on a private 5G network dedicated to the industrial site.
This type of network allows the client to benefit from 5G performance while maintaining full control over the infrastructure and data flows, a crucial factor in sensitive industrial environments.
The project involved several key stages:
- Analysis of operational needs and site constraints
- Definition of the network architecture and security mechanisms
- Integration of industrial equipment into the 5G network
- Implementation of interfaces with existing monitoring systems
- Validation of performance and security mechanisms.
The Results
Deploying this private 5G network significantly improved connectivity and the monitoring of industrial equipment.
Operations teams now have a more precise, real-time view of facility operations, facilitating anomaly detection and process optimization.
Furthermore, the implemented architecture provides a solid foundation for developing new use cases, such as integrating additional IoT sensors, performing advanced production data analysis, and automating specific industrial processes.
A driver for the connected industry
Private 5G networks open up new possibilities for the industrial sector by enabling the connection of a vast number of devices while ensuring high performance, reliability, and security.
Leveraging its expertise in embedded systems, industrial networks, and connected architectures, Médiane Système supports industrial companies in designing and deploying communication infrastructures tailored to the demands of the connected factory.
This type of project demonstrates how integrating advanced technologies can help enhance the monitoring, performance, and resilience of industrial systems.