The Brief: Telefónica Global Solutions introduced its long-term strategy for enterprise connectivity with the presentation of “Dynamic Network-NaaS 2030” at the Gartner IT Symposium/Xpo 2025. The company outlined plans to evolve its existing Dynamic Network offering into a standards-based Network as a Service platform built around automation, programmability, and global reach. The forthcoming model will provide customers access to a programmable infrastructure supported through self-service tools and APIs. Telefónica also emphasized features such as automated service orchestration, last mile streamlining, expanded cloud integration, and AI-driven operational intelligence. These capabilities aim to simplify complex network environments and support a wider set of enterprise needs.
Analyst Perspective: Telefónica’s roadmap suggests a measured evolution of its current platform toward a more software-defined service model. The progression toward Network as Code aligns with enterprise teams that want programmatic oversight of connectivity resources. This direction fits companies that maintain complex IT ecosystems and need networks that adapt without extensive overhead.
The use of artificial intelligence introduces a practical layer for predictive management, which can help enterprises address performance degradations earlier in the cycle. This is particularly relevant as distributed architectures expand.
Telefónica’s shift toward a common NaaS framework also indicates an interest in creating a standardized operational experience across markets. With coverage across numerous regions, a unified structure may support organizations that operate internationally and require consistent configurations. The resulting capability set is designed to streamline how teams provision, maintain, and refine their connectivity strategies.
Telefónica’s planned platform introduces an operational model in which users can shape connectivity through a unified experience. The EYE portal serves as a central interface for provisioning and service oversight, providing structured workflows for customers who prefer to manage tasks without manual coordination. The inclusion of Network as Code capabilities highlights a move toward API-driven customization. This structure allows organizations to embed network adjustments into broader automation pipelines, enhancing control over distributed environments. The availability of modular service components gives teams the flexibility to match capabilities to specific workload patterns. These functions are aimed at removing friction and supporting standardized policy management across various locations and infrastructures.
The introduction of Self-X features reflects Telefónica’s effort to promote autonomy throughout the service lifecycle. These features support self-provisioning, configuration changes, optimization, monitoring, and protection without heavy administrative involvement. Automation is fundamental across these processes, aiming to reduce operational delays and improve consistency. Telefónica reinforces this with automated last mile management, integrating broadband, 5G, eSIM, and LEO technologies. This combination supports faster delivery cycles and more reliable connectivity options for distributed teams. The company’s global network architecture further strengthens this approach, enabling routing pathways and performance standards across many geographic regions. These capabilities align with enterprises that require unified oversight while managing diverse environments.
AI-driven automation is positioned as an essential component of the future platform. Telefónica plans to employ machine learning models to forecast performance issues, guide traffic decisions, and recommend operational adjustments based on analytics and intent-based networking. This approach enhances responsiveness, especially in multi-cloud and hybrid deployments where workloads frequently shift. The solution’s reach is reinforced through its international private network and partner fabrics, which include connections to major cloud providers. This integration is designed to streamline data flows and simplify routing between application environments. Subscription-based SD-WAN further extends these capabilities, enabling policy-based management and traffic optimization through a cloud-hosted model aligned with flexible deployment needs.
Telefónica’s strategy aligns with increasing enterprise expectations for programmable, autonomous, and globally available connectivity. The company’s broader portfolio—including international networking services, cloud interconnect capabilities, and managed SD-WAN—creates a natural foundation for expanding into a more unified NaaS model. The evolution toward Dynamic Network-NaaS 2030 appears designed to address recurring pain points such as operational complexity, long provisioning cycles, and the need for consistent performance across regions. Enterprises operating in geographically dispersed markets or managing hybrid architectures may see particular value in the platform’s modularity and programmability.
Legacy system integration, coordinating with various vendors, and adapting internal IT practices may present hurdles for some organizations. Addressing these areas becomes more manageable when supported by structured migration plans, unified API standards, and robust guidance that helps teams navigate the transition with confidence. The emphasis on AI-enabled intelligence and self-service tooling may also reduce the burden on operational staff as organizations modernize their connectivity environments. Telefónica’s global network footprint further supports adoption for customers seeking consistent, scalable, and policy-driven connectivity solutions that align with long-term digital transformation priorities.
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