en.Wedoany.com Reported - Lyntia Networks has completed its core network transformation using Nokia's IP technology, building a unified platform for its entire transmission and service infrastructure.
This new deployment provides Lyntia with a unified technology foundation aimed at accelerating innovation, simplifying end-to-end operations, and enabling automation, resilience, and scalability. The infrastructure will support Lyntia's ongoing development of service offerings for operators, public administrations, enterprises, cloud service providers, and hyperscale customers, facilitating the integration of new features, improving operational efficiency, and accelerating the adoption of innovations in automation, cybersecurity, network observability, and advanced connectivity services.
Julio Vegas, Head of IP and Ethernet at Lyntia, stated that the network transformation is not just a technological evolution but a platform for addressing major challenges of the next decade, including technological sovereignty, advanced communication security, and the exponential growth of artificial intelligence-related workloads. Matthieu Bourguignon, Senior Vice President of European Network Infrastructure at Nokia, noted that artificial intelligence is changing the role of networks, and Lyntia's network transformation reflects this shift. With Nokia's IP technology, the infrastructure has the scale, automation, security, and resilience needed to drive innovation in Spain's digital economy.
The Spanish operator has adopted a technology architecture based on European-manufactured components, adhering to the highest standards of security, reliability, and innovation, thereby strengthening its market position. The unified IP platform for the entire transmission and service infrastructure accelerates network technology evolution, optimizes operations, and provides customers with a connectivity environment that supports mission-critical and next-generation applications. As part of this evolution, the network is prepared to integrate post-quantum encryption mechanisms into Layer 2 and Layer 3 connectivity services to address communication protection challenges in the quantum computing era.
The rapid development of artificial intelligence is driving network design toward distributed architectures. Lyntia's IP infrastructure is designed to support these emerging models, facilitating the efficient and secure transmission of distributed workloads between specialized data centers. This approach allows each workload to be assigned to the most appropriate resource while optimizing computing power usage, user experience, and energy consumption during the inference process.
