Complete technical coverage across block, file, and object storage tiers alongside multi-hypervisor virtualization engines and automated backup synchronization.

Enterprise Storage Systems

Virtualization Management

Backup Integration & DR

Deployment of NAS, SAN, and DAS architectures utilizing NVMe, SSD, and HDD drive configurations. Built-in RAID, RAID 5, RAID 6, and RAID 10 array design with seamless storage expansion, storage migration, and continuous storage performance optimization.

Hypervisor integration using VMware, Microsoft Hyper-V, and Proxmox to run high-density Virtual Machines. Includes virtual networking, high availability clusters, dynamic resource allocation, zero-downtime VM migration, and server consolidation.

Integrated data protection policies featuring hardware-level snapshot orchestration, real-time block replication, dedicated backup storage nodes, and fully audited disaster recovery failover setups.

Supported Technology Brands

Engineered compatibility and certified integration across industry-leading hardware platforms, hypervisor frameworks, and backup suites.

Enterprise Compute & Storage

Hyperconverged & NAS Platforms

Virtualization & Backup Suites

Deployments for Dell Technologies PowerEdge and PowerStore systems, HPE ProLiant and Alletra arrays, Lenovo ThinkSystem nodes, and NetApp SAN infrastructure.

Nutanix hyperconverged cluster management alongside Synology and QNAP high-density NAS appliances optimized for enterprise secondary storage.

Core orchestration powered by VMware vSphere, Microsoft Hyper-V enterprise virtualization, and Veeam Availability Suite for end-to-end disaster recovery.

Frequently Asked Questions

Which RAID array configuration fits our workload?

How do snapshots differ from backups?

Snapshots capture point-in-time state markers for quick rollback, whereas full backup storage utilizes external replication target sites to guarantee enterprise disaster recovery.

RAID 10 provides maximum write performance for high-transaction IOPS, while RAID 5 and RAID 6 balance storage capacity with dual-parity fault tolerance across NVMe and SSD pools.

How is storage performance optimized?

Can we migrate VMs across hypervisors?

We conduct storage performance optimization by tuning IOPS pathways, deploying NVMe caching layers, automating tiering, and balancing controller loads across SAN/NAS fabric.

Yes. Our engineers facilitate live and cold VM migration between VMware, Microsoft Hyper-V, and Proxmox while ensuring continuous virtual networking and resource allocation integrity.

Explore connected COMPUCARE IT hardware, cloud, networking, and security solutions:

Consult with COMPUCARE IT storage and virtualization architects to evaluate your SAN/NAS topology, hypervisor cluster efficiency, and disaster recovery preparedness.