Modernisation of network architecture in production and trade

A global player in the toy and consumer goods industry faced the need for a fundamental network modernisation. Its existing infrastructure had evolved over time, resulting in a mix of hardware generations and design approaches that complicated operations. Scaling the network required increasing levels of complexity, and although redundancy existed, it was not implemented consistently. As digitalisation accelerated, the demands on network stability and performance grew significantly.

Project goals and requirements

The goal was to create a future-proof network to tightly integrate production processes, logistics and administration. This initiative went beyond a hardware refresh and represented a strategic architectural shift. 

The focus was on:

• Spine-Leaf architecture in the data centre

• Standardised design in campus switching

• Technically clean redundancy at all relevant levels

• Simplified operating processes

• Expandability without structural modifications

Technological implementation for maximum performance

A consistent spine-leaf structure was implemented in the data centre. This reduces dependencies and enables linear scaling. East-West traffic is now handled transparently and with high performance.

At the same time, the campus network was completely modernised. Over 150 switches were replaced and integrated into the new design. All systems were configured and tested in advance, which significantly reduced the project risk during the migration.

The migration was carried out entirely by Xantaro in coordinated maintenance windows. Production-related areas were closely monitored. Predictability took priority over speed.

Xantaro continues to support the customer’s operations. The flexible service model ensures the internal IT team stays in control and can respond quickly as new requirements arise. 

Results for the customer

Production, logistics and administration are now networked in a structured way. Redundancy is technically implemented throughout, so that faults can be localised more quickly. Expansions are possible without fundamental design changes. The network thus forms a stable platform for further growth.

Download the Use Case as a PDF:
All information from this article compiled in a convenient PDF for saving or sharing. 

Download