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Data protection

The StorONE storage engine includes a suite of features that ensure rock-solid data resilience. It provides the highest level of data integrity, protection, and recovery from hardware failures.

Specifications Details
High Availability
  • High-availability (HA) two-node storage cluster.
  • If one node server is down, all data can be accessed through the other server.
  • Active/Active split: Provides better performance by balancing the work load between the two servers.
  • Supports all storage network protocols.
DirectWrite
  • The architecture uses DirectWrite without using cache, such as NVDIM, MRAM, or NVRAM.
  • Superior data integrity: All writing goes to persistent media.
  • Lowers overall storage server cost. You can mix types of storage media and use white-box or virtual servers.
  • Simplified HA design.
vRAID
  • StorONE vRAID technology is a complete rewrite of the erasure coding algorithm, providing all the benefits of erasure coding without impacting performance.
  • The number of redundant drives per volume can vary from 1 to 16.
  • Fastest drive recovery in the industry, recovering 20TB drives in less than 3 hours.
Snapshots
  • Snapshots can be taken an unlimited number of times, as long as there is enough storage space available. Snapshots can be easily restored.
  • All snapshots are immutable.
  • Snapshots can be mounted. It is also possible to make a copy of the snapshot and mount it for writing.
  • vSnap technology automatically moves old snapshots to lower tiers, saving storage resources without impacting performance.
Secure
  • Supports volume-based encryption.
  • Supports drive encryption, such as self-encrypted drive (SED).
  • Supports two-factor authentication.
  • Snapshots are immutable and cannot be tampered with.
Replication
  • Each logical volume can have its own data replication configuration.
  • Each volume can be replicated to a different destination.
  • Supported replication strategies: Synchronous, Asynchronous, Semi-Synchronous.
Last updated on 15 Nov 2022
Published on 30 Oct 2022