2026-06-03 –, Main stage
Europe’s path to technological sovereignty can be accelerated by transforming telecom networks into distributed AI Factories. By moving AI inference from centralized hyperscale clouds to trusted edge infrastructure, operators regain control over data while leveraging 5G’s low latency and proximity. An open source orchestration layer unifies cloud and edge, enabling secure, scalable, and interoperable sovereign AI environments across jurisdictions.
As Europe pursues technological sovereignty in digital services, the transformation of traditional telecommunications infrastructure into distributed AI Factories offers a vital path toward achieving true strategic autonomy. This value proposition shifts the focus from simple network-oriented edge locations to a decentralized model where AI inference is executed locally on trusted infrastructure rather than in hyperscalers’ centralized clouds.
By leveraging a European open source orchestration layer to unify the cloud-edge continuum, telco operators can reclaim control over their data and resources while providing the benefits inherent to the 5G edge, such as reduced latency and local processing that keeps data closer to end-users and IoT devices. This approach facilitates the efficient coexistence of critical network functions and localized AI inference tasks on shared, vendor-neutral platforms, ensuring that sensitive data remains within its jurisdiction throughout its lifecycle.
The presentation introduces a practical architectural blueprint for Telco AI Factories, detailing a reference framework and key operational considerations for managing distributed inference at scale. It highlights how open source technologies form the backbone of resilient, interoperable, and resource-efficient sovereign AI ecosystems.
Adriana Fernández-Fernández is a Senior Research Engineer at OpenNebula Systems, leading the company's innovation strategy for telecommunications and next-generation edge computing. With extensive experience in cloud management and network modernization, she focuses on architecting solutions that integrate OpenNebula's robust edge cloud management with advanced orchestration for AI/ML workloads.
