Phase 0 continuation: enable ArgoCD to decrypt SOPS-encrypted secrets on sync.
1. Update ArgoCD Helm values (terraform/argocd-bootstrap.tf):
- Add SOPS_AGE_KEY_FILE env var to repoServer
- Mount sops-age K8s Secret at /home/argocd/.sops
- Add ConfigManagementPlugin for SOPS (detects *.enc.yaml files)
2. Update encrypted secrets with real values:
- k8s/base/secrets.enc.yaml: encrypted with actual service credentials
- All secret values encrypted at rest in git
- ArgoCD decrypts on sync using K8s Secret + AGE key
Prerequisites:
- K8s Secret created: kubectl create secret generic sops-age -n argocd --from-file=keys.txt=/Users/rockliang/.sops/key.txt
- SOPS_AGE_KEY_FILE env var set in ArgoCD repoServer (done above)
Next: Phase 1 — migrate 9 hookless releases to ArgoCD + create Applications that reference encrypted secrets.
Phase 0 groundwork for helmfile→ArgoCD migration using SOPS (Secrets Operations):
1. Install SOPS + AGE encryption
- AGE key generated and stored locally at ~/.sops/key.txt
- Public key embedded in .sops.yaml for file encryption rules
2. Create K8s Secret for AGE private key
- kubectl: create secret generic sops-age -n argocd --from-file=keys.txt=~/.sops/key.txt
- ArgoCD will use this key to decrypt secrets at sync time
3. Encrypt initial secrets
- k8s/base/secrets.enc.yaml: AES256_GCM encrypted secrets for all services
- Placeholder values (will be replaced with real values per environment)
- Secrets never visible in git (encrypted at rest)
4. Configure SOPS
- .sops.yaml: creation rules for k8s/*/secrets.enc.yaml files
- All future secret files auto-encrypt on edit (sops -e)
Setup: Store AGE key as K8s Secret in argocd namespace:
export KUBECONFIG=cluster-config/kubeconfig
kubectl create secret generic sops-age -n argocd --from-file=keys.txt=~/.sops/key.txt
Next: Configure ArgoCD Helm plugin to decrypt secrets on sync (Phase 0 continuation).
Co-Authored-By: Claude Haiku 4.5 <[email protected]>
CoreDNS is Talos-bootstrapped and previously untracked except for its
ConfigMap. Pull the full live spec into one file as the single source of
truth, add topologySpreadConstraints so the 2 replicas don't land on the
same node. ScheduleAnyway (not DoNotSchedule) to avoid blocking scheduling
if a node is briefly unavailable.
3-9 replicas (HPA) previously relied on implicit scheduler spreading.
ScheduleAnyway (not DoNotSchedule) so pods still get scheduled if a node
is briefly unavailable, just less evenly.
Forgejo registry unreachable from worker nodes (network isolation +
host-to-ClusterIP routing gaps). Both management-service and queue-operator
now ship from the same public GHCR image, with queue-operator selected via
command override.
- Delete oauth2-proxy helm releases from helmfile (temporal, kmsvc, longhorn, portainer)
- Remove oauth2-proxy manifests and ingress redirects
- Add direct ingress for kmsvc management service
- Update temporal/portainer/longhorn ingress comments to reflect direct service exposure
Services now accessible without oauth2-proxy layer.
Story Crater Bot