

Many enterprise workloads were designed for shared storage, predictable performance, and integrated data protection—capabilities that have traditionally been difficult to achieve in public cloud environments.
With GCNV for iSCSI block now generally available, organizations can:
This removes one of the final barriers preventing enterprises from moving core systems to the cloud.
Cloud cost optimization is a top priority for CIOs, yet many environments are overprovisioned to meet peak performance demands.
GCNV enables enterprises to:
This approach helps organizations improve financial predictability while continuing to meet application-level performance expectations.
Most enterprises manage a combination of file and block workloads, often across multiple platforms and operational silos.
Hybrid and cloud storage strategies under one fully managed platform The result is reduced complexity, improved operational efficiency, and a more consistent cloud experience across teams.
Enterprises require flexibility, not one-size-fits-all infrastructure.
With the preview of ONTAP-mode, GCNV is equipped to support:
This allows enterprises to modernize at their own pace while preserving existing ONTAP storage expertise and workflows.
Together, these milestones provide enterprises with a clear roadmap:
Rather than forcing trade-offs, GCNV enables organizations to modernize on their terms, aligning cloud agility with enterprise requirements.
iSCSI block storage is now generally available.
Flex unified and ONTAP-mode are available in preview.
Together, NetApp and Google Cloud are enabling enterprises to confidently, securely, and without compromise move their most important workloads to the cloud.
As VP, Product Management at NetApp, Gunna Marripudi leads product teams that define and deliver cloud-native data platforms that power mission-critical workloads across public and hybrid cloud environments. His focus is on translating market signals into roadmap clarity and customer value—delivering scalable cloud storage services for enterprise and cloud-native applications, and AI-driven capabilities that improve performance, resilience, and cost.