Data sovereignty is a strategic imperative that enables organizations to comply with national and regional regulations, mitigate risks of unauthorized access and operational disruption, and safeguard public trust by protecting sensitive workloads — particularly across government and critical industries.
Digital sovereignty is best understood through three interrelated pillars: Data, Operational and Technological controls.
Data controls, define who can access data, where it's stored and how it's processed.
Operational controls help organizations maintain transparency and authority over their digital operations. Operational controls help organizations maintain transparency and authority over their digital operations.
- Data residency: Ensuring data remains within specific geographic or jurisdictional boundaries.
- Access governance: Using advanced tools such as Customer Lockbox, confidential computing and External Key Management to restrict unauthorized access.
- Encryption and privacy: Using technologies like Azure Key Vault Managed HSM and Azure Key Vault Premium to protect sensitive information.
Data controls are foundational to sovereignty. We help organizations comply with local regulations and reduce surveillance or unauthorized access.
Operational controls help organizations maintain transparency and authority over their digital operations.
Technological independence means choosing, managing, and securing the digital infrastructure and software stack without undue reliance on foreign technologies or proprietary constraints.
- Compliance enforcement: Aligning operations with local laws and industry standards.
- Auditability: Using immutable ledgers and transparency logs to track production touches and access events.
- Deployment autonomy: Configuring and managing cloud environments independently, often through tools like Sovereign Landing Zones and Regulated Environment Management (REM).
- By using operational controls, customers can define how to manage their environments, even under adverse conditions.
Technological independence means choosing, managing, and securing the digital infrastructure and software stack without undue reliance on foreign technologies or proprietary constraints.
- Local infrastructure: Using disconnected or air-gapped models like Sovereign Private Cloud.
- Open standards: Promoting interoperability and avoiding vendor lock-in.
- National innovation: Supporting domestic tech development and reducing supply chain vulnerabilities.
Technological independence is the most difficult layer to achieve but certain legal or regulatory obligations might require it.
D Tech Cloud Implementation Strategies
Organizations pursuing digital sovereignty should consider:
Each cloud model provides a different set of capabilities and trade-offs.
SovereIgn PublIC cloud
Access the full capabilities of public cloud without compromising security or compliance.
SovereIgn PRIVATE cloud
An isolated sovereign cloud foundation tailored to your organization, designed with cost optimization in mind.
NATIONAL PARTNERS CLOUDS
Only supported in Germany and France
🔐 Sovereign Cloud ile Veri Egemenliğinde Yeni Dönem!
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