What decision-makers should know
Kubernetes YAML is supposed to simplify app delivery, but for storage it often creates a second operational nightmare. Teams hand developers PVCs and StorageClass names in manifests without lifecycle rules, retention controls, or cost visibility. The result: proliferating persistent volumes, orphaned disks after deletions, snapshot sprawl, and unpredictable bills that force hardware refreshes and eat MSP margins.
Traditional enterprise storage—LUNs, manually carved volumes, or siloed arrays with ad-hoc scripts—wasn’t built for a declarative, GitOps-driven world. Those approaches rely on human coordination and brittle runbooks; they don’t translate cleanly to YAML manifests, CSI drivers, or multi-tenant clusters. The strategic shift is towards intelligent data platforms like STORViX that integrate with Kubernetes (via CSI and storage profiles), enforce policy-as-code, provide lifecycle automation, and surface cost and compliance controls so IT and MSPs can reclaim predictability and control without endless YAML firefights.
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