
Worked on the akeylesslabs/helm-charts repository to implement gateway cache encryption key management using Kubernetes secrets, addressing the need for secure auto-scaling in environments without network connectivity. The solution involved updating Helm chart values, adding RBAC permissions, and refining templating logic to ensure the correct encryption key name is derived when cluster caching is enabled and no secret exists. Leveraging skills in DevOps, Kubernetes, and Helm, the work improved security by storing encryption keys within Kubernetes secrets, reducing exposure risk and aligning with best practices for secret management while supporting autonomous cluster operations and minimizing external dependencies.
Concise monthly summary for 2024-10: Implemented Kubernetes Secrets-based gateway cache encryption key management for the helm-charts project to enable secure auto-scaling without network connectivity. Updated Helm chart values, added necessary RBAC permissions, and refined template logic to derive the correct encryption key name when cluster caching is enabled and no secret exists.
Concise monthly summary for 2024-10: Implemented Kubernetes Secrets-based gateway cache encryption key management for the helm-charts project to enable secure auto-scaling without network connectivity. Updated Helm chart values, added necessary RBAC permissions, and refined template logic to derive the correct encryption key name when cluster caching is enabled and no secret exists.

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