Case Study

Metro Madrid

MetroMadrid

Client

Metro Madrid

Services

Advance Networking

Industry

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Context

Metro de Madrid is the main suburban transportation network in the capital of Spain and one of the most extensive and advanced in the world. Its operation is focused on ensuring an efficient, safe and accessible service for millions of daily travellers.

With a strong focus on the continuous improvement of its infrastructure and services, Metro de Madrid has undertaken various initiatives to modernize its stations, optimize mobility and improve costumer experience. In this context, the communications infrastructure plays a crucial role, as it enables the safe and coordinated operation of trains, stations and additional services for passengers.

MetroMadrid Context

Challenge

Metro de Madrid faced several challenges that made the modernization of its communications infrastructure necessary:

Obsolete infrastructure

The existing network had reached the end of its useful life cycle, limiting its ability to support new services and requiring technological renewal.

Increasing connectivity demands

Travelers required greater access to digital services. Thanks to SATEC's solution, the communications infrastructure and access to real-time information systems were improved.

Safety and operational efficiency

Modernization was key to improving the management of the railway network, optimizing communication between trains and control centers through advanced technologies such as the Train-to-Ground Broadband (TTBA) system.

Need for a scalable infrastructure

The new network had to be flexible and scalable to integrate new services and respond quickly to operational and maintenance needs.

MetroMadrid Challenge

Solution

To address these challenges, Metro de Madrid, in collaboration with SATEC, launched the railNET project, aimed at modernizing its communications infrastructure.

The solution implemented by SATEC included:

Data networks in stations, tunnels and data centers were updated, including the MPLS transmission network known as the Integrated Multiservice Network (RIM).

Results

The modernization of Metro de Madrid network has generated significant benefits in different areas:

1

Improved passenger service quality

New capabilities have been enabled to offer better digital services and connectivity at stations.

2

Increased operational efficiency

The new infrastructure has reduced incident resolution times, improved maintenance management and optimized railway traffic regulation.

3

Increased security

Network segmentation and the implementation of Network Slicing have improved the isolation of critical environments, minimizing the risks of failures and vulnerabilities.

4

Scalability and future readiness

Metro de Madrid now has a flexible infrastructure prepared for the integration of new services, such as the full digitalization of stations and the expansion of smart mobility solutions.

5

Cost and resource optimization

The integration of services into a single infrastructure has reduced the need for parallel networks, generating operational savings and facilitating resource management.