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Hammerspace and Hitachi Vantara have forged a strong partnership to deliver agility in partner environments, particularly for AI workloads. Hitachi Vantara’s Chief AI Strategist, David Chapa, explained that this collaboration is not competitive but rather complementary. Hammerspace does not aim to displace existing storage infrastructure but instead provides a layer that enhances current storage investments. This synergistic relationship, which began two years prior, focuses on integrating their respective strengths to provide comprehensive solutions for the burgeoning AI market, managed under Hitachi’s IQ portfolio.
A core aspect of this partnership lies in their distinct yet interconnected roles. Hitachi Vantara positions Hammerspace as the control plane for information, granting customers crucial visibility into their vast data estates to understand data location and optimize its use for AI. Concurrently, Hitachi Vantara’s VSP1 storage serves as the foundational control plane for the data itself, known for its resilience, reliability, and guarantees for uptime and data efficiency. By combining VSP1’s robust block and object storage with Hammerspace’s file-level capabilities, the partnership offers a complete solution that enables intelligent data management for diverse AI ecosystems, including HPC clusters and GPU farms.
This collaboration allows customers to bridge the gaps between various storage types—file, object, and block—within complex, large-scale environments. The integrated solution simplifies management and offers cost-effective scalability for AI initiatives. Use cases range from hybrid multi-cloud deployments to critical AI workflows like fraud detection in financial services and operational analysis in law enforcement, as well as traditional HPC workloads in research. Both companies leverage their significant domain expertise to provide consultative guidance, helping organizations transition AI projects from proof of concept to scalable production. They highlight that success in AI hinges on effective data movement, locality, and memory management rather than solely on compute power, optimizing resource utilization for their clients.
Personnel: David Chapa, Kurt Kuckein
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