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NetApp and Google Cloud Expand Integrated Storage Services… Lowering the Burden of AI Data Movement
Supports file and block workloads in a single environment, responding to multi-cloud-based data operations demands
NetApp has expanded its collaboration with Google Cloud and officially launched new storage features that support file and block workloads and multi-cloud data migration. This announcement focuses on reducing the burden of data migration and management faced by enterprises as AI workloads become more widespread.NetApp announced on the 19th that it has unveiled enterprise data management and storage capabilities in partnership with Google Cloud. The two companies also introduced related features for AI-based workloads and data utilization at the recently held 'Google Cloud Next 2026'.
As the adoption of AI by enterprises expands, data is becoming distributed across on-premises, public cloud, and multi-cloud environments. This process necessitates data migration, replication, and changes to management systems, raising concerns about increased operational costs and latency.
The newly launched 'Google Cloud NetApp Volume Flex Unified Service Level' supports both file and block workloads in a single storage pool. Available in all Google Cloud regions, it supports the operation of high-performance workloads such as databases, high-performance computing (HPC), electronic design automation (EDA), and VMware environments.
NetApp has also officially launched 'NetApp Data Migrator,' which supports data movement between multi-clouds. This service is designed to reduce complex migration procedures and make it easier to transfer data between various environments.
Pravjit Tiwana, Senior Vice President of Cloud Storage and Services at NetApp, explained that customers can utilize Google Cloud services, including AI, without moving data separately after migrating file and block data to Google Cloud NetApp Volumes. Google Cloud also stated that an integrated structure is necessary to expand the use of AI, ensuring that data is not isolated in specific environments.
As data storage and movement methods emerge as major challenges in building AI infrastructure, collaboration between cloud providers and storage companies is expected to become a more critical factor in corporate workload transformation and data utilization strategies.
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