en.Wedoany.com Reported - The telecommunications industry is undergoing a profound transformation driven by data traffic growth, the proliferation of artificial intelligence, and the need for greater resilience. The role of the network is evolving from a connectivity infrastructure into an intelligent platform that creates value for enterprises, citizens, and regions.

Autonomous networks have emerged as a key transformative factor. The goal is not merely to automate individual tasks, but to build networks capable of self-observing their state, interpreting events, predicting anomalies, and taking corrective actions. By leveraging tools such as AI, operational data, and Network Digital Twins, telecom operators can shift from reactive management to predictive operational management, thereby reducing complexity, operational costs, and intervention time.

Network slicing, network APIs, edge computing, and distributed AI services enable operators to go beyond traditional connectivity models, transforming the network into a programmable platform that opens up functions and services to enterprises, developers, and industrial sectors.

The infrastructure layer is also evolving, giving rise to the IOWN (Innovative Optical and Wireless Network) vision. Championed by the NTT Group and developed through the IOWN Global Forum, this forum brings together companies and institutions to jointly define a new generation of digital infrastructure. The goal is to restructure the entire ICT architecture to meet the growing demands of AI, distributed cloud, and edge computing, with a focus on improving performance and energy efficiency. Within this vision, the All-Photonics Network serves as the transmission component, placing photonics at the core of the infrastructure and reducing optoelectronic signal conversion to achieve more efficient and sustainable communication.

This vision is gaining industrial scale. For example, the IOWN AI Fund, jointly announced by NTT, SK Group, and Chunghwa Telecom, supports the development of the IOWN ecosystem and next-generation AI infrastructure by investing in areas such as photonics, semiconductors, distributed computing, and AI software.

The convergence of autonomy, AI, and photonics also introduces the strategic theme of digital sovereignty. In a context where infrastructure is increasingly critical, the issue extends beyond data localization to encompass control over software, operations, supply chains, and service continuity, thereby ensuring control and resilience across the entire value chain.

The future network will be autonomous in operation, optical in transmission, programmable in service, and governable in its core elements. This integration enables telecom operators to transform the network from an operational cost into a value platform for the digital economy.

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