Achieving Security, Compliance, and Database Resilience
Enterprises have modernized applications and adopted Zero Trust, yet the database often remains the least resilient and least transparent component of the stack. Proprietary vendors often prioritize convenience over sovereignty, requiring trust in provider mechanisms that you cannot audit or control.
This roadmap provides a structured path to transition critical data workloads from vendor-managed environments to an architecture defined by operational independence and verifiable control. Whether your strategy utilizes Kubernetes, standard servers, or both, the goal is a portable stack that remains under your authority.
The Sovereignty Maturity Model
This roadmap summarizes the progression from Level 1 and 2 dependency to Level 3 and 4 sovereignty. For the complete maturity model, definitions, and operational criteria, see the full framework within the Operational Resilience for Modern Databases report.
Phase 1:
Assess and Map Dependencies
(Days 0 to 30)
Identify workloads where a lack of visibility creates obstacles for privacy and compliance programs.
- Identify Regulated Workloads: Map datasets subject to regulations such as GDPR, DORA, or HIPAA that are exposed to jurisdictional gaps.
- Analyze Proprietary Hooks: Evaluate reliance on vendor-specific APIs or storage formats that prevent migration to standard environments.
- Select a Pilot Workload: Choose an open source engine workload currently residing on a managed or proprietary service.
- Percona Advantage: Percona audits existing MySQL, PostgreSQL, MongoDB, Valkey/Redis, and MariaDB environments for technical cliffs that inhibit portability. Whether you plan to use operators, use servers, or use both, we identify the most efficient path to infrastructure independence.
Supporting Technical Assets:
Phase 2:
Establish Technical Control
(Days 30 to 60)
Shift operational authority to the organization by deploying automation inside your infrastructure.
- Deploy Portable Automation: Implement a portable lifecycle framework. This includes using Kubernetes Operators or equivalent automation on standard compute to handle provisioning and scaling independent of vendor control planes.
- Enforce Sovereignty as Code: Use scheduling constraints and configuration management to pin data and backups exclusively to approved jurisdictions.
- Externalize Encryption: Implement "Hold Your Own Key" (HYOK) architectures where encryption keys are customer-controlled and remain outside the database vendor’s reach.
- Percona Advantage: Percona provides the flexibility to build your way. You can use operators, use servers, or use both. Percona solutions provide managed service automation (self-healing, scaling, and backups) while keeping the control layer entirely in your hands.
Supporting Technical Assets:
Phase 3:
Validation and Independent Operation
(Days 30 to 90)
Prove operational resilience through testing and the automation of audit-ready evidence.
- Conduct Isolation Restoration: Restore the workload to a secondary, independent environment using only customer-controlled backups and standard binaries.
- Simulate Control Plane Failure: Verify the database remains operable via local automation and standard operational procedures during provider outages.
- Automate Evidence Generation: Route identity-linked audit logs into your SIEM to satisfy regulator expectations for verifiable control.
- Percona Advantage: Percona Monitoring and Management (PMM) and jurisdiction-scoped support ensure telemetry and escalation remain within your trust boundary. Our support model covers your stack whether you use operators, use servers, or use both.
Supporting Technical Assets:
Strategic Outcome: Independence as a Service
Achieving verifiable control requires platforms that are portable and free from proprietary control planes. Following this roadmap with Percona delivers:
- Data Sovereignty: Precise control over residency, movement, and encryption boundaries, ensuring data remains exclusively under your jurisdiction.
- Operational Sovereignty: Verifiable control over system access through your managed identity and audit trails, without vendor-mediated pathways.
- Technological Sovereignty: A fully open stack that safeguards continuity during provider outages, licensing changes, or geopolitical disruptions.
Operational resilience depends on deliberate architectural choices that protect data location and long-term technological independence. By the end of 90 days, your organization will have a production-ready sovereign deployment supported by documented exit and recovery procedures.
