What decision-makers should know
Kubernetes environments force storage decisions into YAML files: StorageClass definitions, PersistentVolumeClaims, VolumeSnapshotClasses and reclamation policies live in Git alongside app manifests. That’s good for DevOps control — until it isn’t. Left unchecked, teams create dozens of StorageClasses, overprovision PVCs “just in case,” and stitch together array-level backup jobs and ad-hoc scripts. The result is capacity sprawl, surprise bills (egress, snapshots, provisioned-but-unused), and compliance gaps when retention or encryption requirements are applied inconsistently.
Traditional storage — LUNs carved by storage admins, manual snapshot schedules, and hardware refresh cycles — was never built for ephemeral, policy-driven platforms. It breaks down in Kubernetes because it treats storage as a static resource instead of a lifecycle-managed service. The practical alternative is an intelligent data platform that integrates with Kubernetes via CSI and policy-as-code: STORViX can centrally enforce tiering, retention, immutable snapshots, and tenant billing from the same declarative workflows teams already use in YAML. That alignment reduces risk, lowers cost, and restores control without slowing development.
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