Champions Corner

Artificial Intelligence (AI) refers to the simulation of human intelligence in machines that are programmed to think, learn, and make decisions. AI enables computers and systems to perform tasks that typically require human intelligence, such as problem-solving, understanding language, recognizing images, and making predictions. AI is largely categorized into 2 types: Generative AI and Agentic AI . Generative AI is a type of artificial intelligence that creates new content such as text, images, music, or code based on patterns learned from data. Agentic AI refers to AI systems that can act independently to achieve goals by making decisions, planning steps, ...
VSP 360 REST API - Load balance MPB's on VSP One Block and VSP One Block High End. When LDEVs are created they are assigned in a round robin fashion across all the MPB's [ Microprocessor Blades ]. Over time as LDEVs are created and deleted the number of LDEVs on each MPB may not be the same. Also as load shifts over time the MPB's may become unbalanced. Another scenario is when you upgrade a 2-node Block High End array to a 4-node etc. VSP 360 shows this on the dashboard. Select "Processor Load Balance". The below shows a imbalance in IOPS across two B28 MPB's. Note that this is an example only as the MPB's are actually balanced inspite of the IOPS ...
Introduction In today’s rapidly evolving IT landscape, organizations are increasingly seeking ways to modernize their infrastructure and consolidate workloads for efficiency and scalability. Migrating virtual machines (VMs) across different platforms is a critical step in this journey, but it often presents unique challenges - especially when dealing with clustered environments and the need for high data integrity and minimal downtime. This blog provides a comprehensive guide to streamlining the migration of clustered Windows Server 2025 VMs from VMware to Hyper-V, leveraging Microsoft System Center Virtual Machine Manager (SCVMM) and Hitachi storage solutions ...
Summary As organizations scale their storage environments, the number of privileged credentials grows just as fast. Service accounts, administrator logins, and storage device passwords all control access to mission-critical data. When these credentials are managed manually or left static, they quickly become a serious security risk. This is where the integration between Hitachi Virtual Storage Platform 360 (VSP 360) and CyberArk Privileged Access Management (PAM) delivers real value. Together, Hitachi Vantara and CyberArk provide a secure, automated way to manage privileged credentials across the entire storage management stack from the VSP ...
Introduction As organizations migrate mission-critical PostgreSQL workloads to the cloud, they often encounter a "storage wall" where native cloud disks struggle to maintain the low latency and high consistency required by enterprise OLTP systems. While tuning the database is essential, the true bottleneck frequently lies in the underlying storage subsystem. This blog explores a high-performance reference architecture that integrates PostgreSQL 16 with Hitachi Virtual Storage Platform (VSP) One SDS Block , demonstrating how software-defined storage (SDS) can outperform native Azure Premium SSD v2 (PV2) in throughput, stability, and total cost of ...
Introduction In today’s fast paced IT landscape, virtualization is the backbone of modern data centers. Oracle Linux Virtualization Manager (OLVM) is Oracle’s enterprise class virtualization solution, built on the trusted KVM (Kernel based Virtual Machine) technology. It provides a powerful platform for managing virtual machines, networks, and storage with ease.   By integrating Hitachi VSP One Block storage with OLVM, organizations gain a powerful, high-performance, and low-latency platform. Hitachi VSP’s enterprise-grade flash and NVMe architecture accelerates VM operations and delivers faster application response times This blog will walk ...
Introduction As enterprises modernize their IT infrastructure, the demand for flexible, automated, and resilient storage solutions continues to grow. This blog explores how combining Red Hat Ansible with Hitachi Vantara VSP One Block Storage simplifies the deployment of iSCSI Global-Active Device (GAD) pairs, delivering agility, reliability, and operational efficiency for mission-critical environments. By leveraging iSCSI connectivity, organizations can achieve high availability and business continuity without the complexity of traditional SAN configurations. Why Use Ansible to Automate iSCSI GAD Configuration? iSCSI GAD enables active-active, ...
Organizations continue to face growing pressure to modernize their infrastructure as workloads expand, hybrid-cloud adoption accelerates, and data performance expectations climb. As environments become more complex, the traditional silos between compute, storage, and network management become operational bottlenecks. To address these challenges, many enterprises are moving toward unified, cloud-operated infrastructure management models. One of the most powerful combinations in this space today is the integration between Cisco Intersight and Hitachi Virtual Storage Platform (VSP) systems — now strengthened by the recent support for VSP One Block High End, ...
As enterprises modernize their infrastructure to support data-heavy applications, the choice of storage connectivity becomes a key performance factor. Two common options are 64G Fibre Channel (FC) and 25G iSCSI over Ethernet . Both deliver high-speed connectivity, but their performance differs in throughput, latency, and scalability . This blog compares the two technologies with real-world benchmarks across workloads with VSP One B28 array. Pros & Cons: 64G FC vs 25G iSCSI 64G Fibre Channel (FC) Pros: High performance : Faster than 25G iSCSI Ultra-low latency : Ideal for demanding, time-sensitive workloads Cons: ...
Hitachi VSP One Block portfolio now offers a choice between high-performance TLC NVMe media and cost-optimized QLC NVMe media, presenting a new architectural decision point for HANA storage architects. Learn when to pick QLC SSDs for cost‑effective capacity or TLC SSDs for low‑latency SAP   HANA workloads on Hitachi VSP   One   Block storage. Executive Summary As SAP HANA landscapes grow in size and complexity, storage architects face increasing pressure to balance performance, endurance, and cost efficiency. With the introduction of QLC (Quad-Level Cell) flash options alongside traditional TLC (Triple-Level Cell) media in the Hitachi VSP One ...
HUR Performance Comparison: 64G Fibre Channel vs 25G iSCSI As enterprises modernize their infrastructure to support data-heavy applications, the choice of storage connectivity becomes a key performance factor. Two common options are 64G Fibre Channel (FC) and 25G iSCSI over Ethernet . Both deliver high-speed connectivity, but their performance differs in throughput, latency, and scalability . This blog compares the two technologies with real-world benchmarks across workloads with VSP One B28 array. Pros & Cons: 64G FC vs 25G iSCSI 64G Fibre Channel (FC) Pros: High performance : Faster than 25G iSCSI Ultra-low latency ...
Introduction: The Hitachi VSP One Block High End (BHE) is the flagship of Hitachi’s enterprise storage portfolio, engineered to meet the demands of mission ‑ critical workloads and AI ‑ driven environments. Its all-flash NVMe storage platform that provides high-performance, highly reliable, and scalable access for mission-critical enterprise workloads. It has intelligent management through Hitachi Ops Center and VSP 360, ensuring operational efficiency. Oracle Solaris 11.4 on SPARC servers providing a proven enterprise operating environment with integrated virtualization, robust security. Native multipathing (MPxIO), fault management, and workload isolation ...
Cisco UCS SAN Boot Policy in Intersight Managed Mode (IMM) with a Hitachi VSP One Block High End (VSP One BHE) Storage System Introduction In enterprise IT environments, managing storage efficiently is critical for performance, scalability, and ease of maintenance. One approach that supports centralized storage and reduces dependency on local disks is SAN-Boot. This method enables servers to load their operating systems directly from a storage device on a Storage Area Network (SAN), rather than from internal drives. SAN-Boot is widely used in data centers for improving hardware flexibility, simplifying recovery processes, and enhancing overall infrastructure ...
Introduction As enterprises accelerate their hybrid cloud adoption, they seek storage solutions that deliver the performance, resilience, and efficiency of enterprise-grade systems while retaining the agility and scalability of the public cloud. Hitachi VSP One SDS Block on AWS is the software-defined storage (SDS) solution that bridges this gap by delivering Hitachi’s trusted enterprise storage technologies to the AWS cloud. Modern applications require PostgreSQL to deliver low latency, high throughput, and predictable performance to support microservices and real-time workloads. It must scale efficiently with growing data volumes while ensuring ...
How to Deploy SDS Block with ROSA and PostgreSQL Using Terraform and Ansible Modern cloud-native platforms demand speed, consistency, and automation — especially when deploying persistent storage for mission-critical applications. This blog walks through how to automate the full deployment of Hitachi VSP One SDS Block on AWS, integrate it with Red Hat OpenShift Service on AWS (ROSA), and run PostgreSQL using Terraform and Ansible. This approach turns what used to require days of manual work into a repeatable, one-click Infrastructure-as-Code pipeline.   For complete technical details and deployment steps, refer to the full Reference ...
Introduction As business applications grow and data volumes increase, organizations need faster and more responsive storage systems. Traditional storage communication methods, such as Fibre Channel SCSI (FC-SCSI) , have been dependable for many years, but they were designed at a time when storage technology was much slower than it is today. Because of this, they cannot fully take advantage of modern high-speed flash storage. NVMe over Fibre Channel (FC-NVMe) is a newer approach that allows organizations to use faster storage technology without replacing their existing Fibre Channel network. It helps applications access data more quickly, ...
Introduction Managing distributed cloud environments on bare-metal infrastructure can be challenging, especially when integrating enterprise storage for stateful workloads. The setup consists of Google Distributed Cloud (software only) on Bare-Metal where Cassandra statefulset is running with persistent volume from Hitachi VSP storage systems. The volumes from VSP storage systems are provisioned by CSI Driver HSPC (v3.16.1). In this blog, we walk through the process of deploying Google Distributed Cloud (software only) on Bare-Metal and creating a StatefulSet (running Cassandra) with volumes provisioned by CSI Driver HSPC (v3.16.1). Upgrade the ...
Introduction FC-NVMe has become a key protocol in modern enterprise storage due to its high performance and low latency. However, certain environments owing to legacy applications, OS or driver limitations, multipathing needs, or vendor recommendations may still require reverting to SCSI based connectivity. This article provides a concise, professional guide to perform FC-NVMe cleanup and switching storage ports from FC-NVMe to FC-SCSI , ensuring smooth host discovery of LUNs and uninterrupted operations. FC-SCSI versus FC-NVMe FC-SCSI Fibre Channel – Small Computer System Interface (FC-SCSI) is the traditional approach ...
Artificial intelligence is transforming how we build software, automate tasks, and interact with digital tools. If you’ve ever wanted to add an intelligent chatbot or helper tool to your applications, you no longer need to architect everything from scratch. Azure AI Foundry provides an integrated suite for deploying and managing AI models, running evaluations and safety checks, enabling vector search with grounded data, and hosting LLMs securely. This article outlines the process of creating an AI assistant on Azure and embedding it within a Python-based application. Software Stack: Azure AI Foundry (For Assistant, LLM) Python and Flask ...
Resilient Infrastructure with VCF 9: Stretched Cluster Using Hitachi VSP and Global Active Device (GAD)   Introduction In today’s always-on digital landscape, enterprise IT teams are under pressure to deliver high availability, seamless scalability, and operational efficiency . VMware Cloud Foundation (VCF) 9.0 rises to the occasion with  native support for Fibre Channel (FC)-based VMFS storage using Hitachi VSP and stretched cluster capabilities . When paired with Hitachi Global-Active Device (GAD) replication, organizations gain a resilient, enterprise-grade solution for mission-critical workloads across geographically ...