Kubernetes has become the default control plane for new apps, and YAML manifests are now how teams request storage. The operational problem I see every day is that those manifests, created by dozens of teams, translate into unmanaged PersistentVolumes, orphaned snapshots, and unpredictable retention. The result is ballooning capacity needs, compliance gaps, and a steady stream of break-fix tickets that eats staff time and margins.

Traditional storage—managed as siloed arrays with manual policies and one-off scripts—wasn’t built for declarative, ephemeral infrastructure. It handles provisioning but not lifecycle: teams get capacity fast, but nobody enforces TTLs, legal holds, or consistent encryption across clusters. The maintenance model forces frequent hardware refreshes and adds licensing and egress costs that mid-market IT and MSPs can ill afford.

The practical alternative is an intelligent data platform that integrates with Kubernetes’ YAML workflows and enforces lifecycle and compliance policies where they belong: at provisioning time. Platforms like STORViX act as the control plane for storage policy—automating retention, tiering, immutability, and auditability from a declarative interface—so you stop paying for sprawl, reduce risk, and get predictable operational overhead instead of one-off firefighting.