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Digital sovereignty

Microsoft Sovereign Cloud

Keep the power of the cloud and AI under your control.
OVERVIEW

Discover a sovereign cloud without compromise

Get a comprehensive set of sovereignty solutions across AI, productivity, security, and cloud in one platform.
Scenarios

Sovereignty that meets your needs

Microsoft Sovereign Cloud is designed to support the full spectrum of digital sovereignty needs—without compromise.
  • Meet regulatory requirements with built-in governance, policy controls, and compliance insights across cloud and AI without compromise.
  • Use built-in governance tools like Azure Policy to align cloud environments with regulatory standards.
  • Comply with sovereignty requirements across global and industry frameworks with Azure’s security and privacy controls.
  • Get clear visibility into compliance risk and apply consistent governance across cloud environments using built-in Microsoft capabilities.
  • Configure, deploy, and monitor workloads in support of sovereign operations in a unified portal.
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Microsoft Sovereign Cloud in Europe: Control, Compliance, and Continuity

Discover how Microsoft delivers sovereign cloud services in Europe through technical controls, operational governance, and legal commitments without limiting innovation or cloud capability.

 Frequently asked questions

  • Microsoft Sovereign Cloud is Microsoft’s unified sovereignty offering across the public cloud, private environments, and partner‑operated clouds. It brings together AI, productivity, security, and cloud services with capabilities that help organisations control where their data lives, how access is governed, and how cloud operations run. Organisations can use these capabilities to support digital sovereignty requirements without moving workloads to a separate cloud.
  • Microsoft approaches digital sovereignty as capabilities built into the cloud platform rather than a separate cloud environment. Sovereignty requirements can be supported through a combination of technical, contractual, and operational measures that help organisations retain authority over their data and operations while continuing to benefit from global cloud scale, security, and innovation. 
  • Different workloads have different regulatory, operational, and risk requirements. Microsoft gives organisations the flexibility to select and configure the appropriate level of sovereignty controls for each workload, from standard cloud deployments to environments with stricter operational boundaries. These controls can evolve over time as regulations, risk posture, or business needs change. 
  • Organisations can help maintain control of their data through encryption, customer-managed keys, identity-based access policies, transparency tools, and audit logs. These capabilities define who can access data, how it is processed, and how access is monitored. Administrative access is subject to authorization and logging controls, enabling organisations to review and audit access. 
  • Data residency and compliance requirements vary by country, industry, and workload. Microsoft provides regional infrastructure and governance capabilities that help organisations define where data is stored and processed and apply controls that align with local laws and regulations. Organisations can use these capabilities to support compliance obligations while operating within a consistent cloud environment.
  • Organisations can adopt AI while applying control over how data is processed and governed. Microsoft provides options to define data processing boundaries and apply governance controls to AI workloads. For applicable enterprise AI services, customer data is not used to train foundation models, consistent with Microsoft’s published AI commitments.
  • Organisations need confidence that critical systems continue operating during disruptions, whether regulatory, geopolitical, or technical. Microsoft Sovereign Cloud supports resilience by giving organisations flexibility in how and where workloads run. Critical systems can be architected to operate across cloud and local environments, helping support availability objectives during disruptions while maintaining required levels of operational control.

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