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THE VFUSION FAMILY

VFusionOS

ZFS-based storage software with unified SAN and NAS, data protection and hardware flexibility at its core.

The original VFusionOS storage management interface
VFusionOS / THE VFUSION FAMILY

MEET YOUR STORAGE MANAGEMENT INTERFACE

From the cluster to the drive. One clear view.

Explore VFusion Resource Manager: cluster health, pools, disks, NVMe-oF, vCenter and hardware, brought together around your storage systems.

Explore Resource Manager
VFUSION RESOURCE MANAGER VFusion Resource Manager displaying a storage pool, available capacity and its active node.

VFusionOS Software

VFusionOS provides

VFusionOS provides unlimited options to architect storage environments with iSCSI, Fibre Channel (FC) and NFS, SMB (CIFS) protocols for companies of any size – from small family businesses through medium companies to large enterprises. The Linux-based architecture provides VFusionOS with much better hardware compatibility than competing products based on other operating systems. VFusionOS is a perfect choice for any virtualized storage environment as it supports VMware, Citrix and Microsoft Hyper-V. It can be set up on physical servers or as a virtual storage appliance (e.g. in hyper-converged environments).
The On- & Off-site Data Protection feature built in VFusionOS Data Storage Software allows users to back up and restore crucial company data in case of an unexpected disaster due to a combination of several technologies.

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This backup-focused feature enables creating consistent snapshots and asynchronous snapshot replication to local and/or remote destinations. The replication tasks can be set according to the specific user requirements thanks to advanced retention plans. On- and Off-site Data Protection is very flexible, as it covers a wide range of disaster recovery plans without the need to use additional third party tools. Continuous availability of all data keeps business running and allows companies to maintain all operations even if critical situations or disasters appear. This is achieved with High Availability systems, which aim to provide a data storage user with the highest possible performance, reliability, availability, redundancy and efficiency by minimizing downtime periods and eliminating single points of failure. VFusionOS offers dozens of options in regards to architecting High Availability environments. These options allow you to set up High Availability Load-Balanced Storage Clusters that ensure reliability and redundancy through failover in case of a server crash.

Feature Packs

High Availability Cluster for SMB, NFS, iSCSI and FC Pack

VFusionOS includes failover functionality for iSCSI, FC and NFS, SMB (CIFS) enabling you to set up High Availability Load-Balanced Storage Clusters that ensure reliability and redundancy through failover in case of a server crash. By using the VFusionOS Standard HA Cluster Feature Pack, you can enable High Availability for two server nodes connected to a single storage, and one or more JBODs. It also supports SAS and FC SSD / HDD disks.

Two VFusionOS controllers provide a shared-storage HA cluster for application workloads, with cluster coordination and one or more storage enclosures

Advanced HA cluster management Pack

The HA cluster management software enables you to quickly access all features related to your cluster setup. Whether for initial configuration or re-configuration after a failover – everything is in one place and guarantees ease of use for the storage administrator.

VFusionOS HA management connects configuration and recovery controls to two storage nodes and shared storage

Encryption acceleration pack

Hardware assisted encryption for storage pools using AES (Advanced Encryption Standard) with key lengths of 128, 192, and 256 in the CCM and GCM operation modes. *limited to 128KB block size

Application data passes through hardware-assisted AES encryption into the storage pool, with 128, 192 and 256-bit keys and CCM or GCM modes

High Availability Cluster for SMB, NFS, iSCSI and FC Pack

VFusionOS includes failover functionality for iSCSI, FC and NFS, SMB (CIFS) enabling you to set up High Availability Load-Balanced Storage Clusters that ensure reliability and redundancy through failover in case of a server crash. By using the VFusionOS Standard HA Cluster Feature Pack, you can enable High Availability for two server nodes connected to a single storage, and one or more JBODs. It also supports SAS and FC SSD / HDD disks.

RDMA/NVME pack

Enabeling RDMA/NVME advanced protocols ISER, NVMEof and NFS/RDMA with clustering functionality for advanced networking and sub millisecond latency performance

PCIE fabric pack

Enables the PCIE fabric composer for nano second latency communication between up to 10 UR32 expansion shelves and VVFusion Datamax NVME advanced server.(In combination with PCIE fabric Composer hardware)

A Datamax NVMe server connects through a PCIe fabric composer to UR32 expansion shelves

Benefits of VFusionOS data storage software.

Data Acceleration

  • Acceleration of random writes with Write Log (ZIL)
  • Hybrid Read Cache with first level in RAM (ARC -Adaptive Replacement Cache) and second Read Cache level on an SSD or NVMe (L2ARC)
  • High cache hit rate by using ARC’s most recently used (MRU) and most frequently used (MFU) Read Cache algorithms

Data Accessibility

  • iSCSI,Fibre Channel (FC), NFS, SMB (CIFS)
  • Use of Virtual IPs

Data Optimization

  • Online Compression ( LZ4, LZJB, ZLE, GZIP 1..9 )
  • Online Deduplication
  • Thick, Thin and Over-Provisioning
  • Unlimited Snapshots and Clones

Data Availability

  • High-Availability Dual-Controller Clustering
  • Active-Active and Active-Passive HA Cluster
  • Dual Storage (Stretched) Metro HA Cluster and Common Storage Cluster architectures
Active-active HA serves workloads through both controllers; active-passive HA keeps a second controller on standby

Data Integrity and Protection

  • Data and metadata check-summing
  • Self-healing to detect and correct silent data errors with Scrub utility
  • Atomic Transaction Writes to keep data consistent
  • Transactional copy-on-write I/O operations eliminate silent data corruption and data fragmentation
  • Storing multiple copies of user data

User Authentication

  • Local LDAP users and groups authentication for SMB /CIFS protocol
  • External Active Domain Server

File System & Storage Virtualization

  • 128-bit ZFS file system
  • Pooled storage model
  • Unlimited scalability with storage expansion during production
  • Unlimited file and volume size

System Monitoring

  • SNMP
  • Nagios, Checkmk
  • GUI statistics

Backup of everything

Copies of all kinds of data are consistent, including databases and running virtual machines with all of their applications and data.

Consistent production snapshots replicate asynchronously to local and off-site backup destinations

Solved problem of backup window

Backup window is reduced to minutes, since only data changes are replicated within every interval. Additionally, the backup is offloaded from the client machine to the storage server.

Protection against Ransomware

Very frequent snapshots with instant access to all data provide a quick way to roll-back to the state before a virus attack.

Instant access to and restore of previous data versions

Old data versions can be accessed and restored quickly, since they are kept in the original form. Users can instantly start using their backed up data. Also, every user has a direct access to “Previous Versions” via SMB on MS Windows clients.

Very light backup engine

Continuous interval-based replication works in the background with insignificant influence on production. There is an option to skip virtual machine snapshots in very heavy-load timeframes in VMware environments.

Optional removal and rotation of backup media

Thanks to Pool Export and Import functionalities, users can safely remove backup media (disks), rotate with other sets, or ship to another location.

Encrypted transfer

Data stream is sent via SSH for safe transfer via the Internet.

A source storage system transfers backup data to a remote destination through an encrypted SSH connection

WHAT COMES NEXT STARTS HERE

Let your data take you further.

From your first architecture question to what comes next. Build with VFusion.

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