Backup & DR

Service-interrupting events can happen at any time. Your system could have a blackout, your most recent application push might introduce a scathing bug. At the same time, risks affecting business continuity have increased, taking the form of Internet-based attacks, natural disasters, geo-political insecurity, or failure of some critical aspect of increasingly complex IT infrastructure. At the point when things go astray, it's critical to have a robust, targeted and a well-tested disaster recovery plan. 

Fast and easy backups for specific systems with unified data protection for multiple systems. Restore servers or entire data centers with a push-of-a-button along with efficient solutions to complex system management challenges.



Hybrid cloud:

A data replication setup using Compuverde’s patented software solution, is through both performance and reliability outshining other potential setups. For instance a data center in one part of the world suddenly break down, Compuverde’s solution allows for all communication to be seamlessly migrated to the next most suitable datacenter in the cluster. The data transfer is constant, and even more important - the data center provider have the possibility to continue to deliver a positive user experience. And should you add yet another location and datacenter to your setup, all will immediately make use of the features and benefits that a solution from Compuverde offers. Using the solution also has the effect that ownership of the master data can move between different data centers depending on the last location for execution

Self-Healing Clusters:

All data is stored in multiple copies and possibly geographically separated locations within the cluster. When a disk or a storage node breaks down, the cluster self-heals by recreating the missing data from the damaged node in the free space in the cluster without almost none capacity decrease.

Centralized management:

Compuverde’s Centralized management enables us with the following features in case of a Disaster Recovery:

  • Flexible data recovery
  • 1-step system deployment tools
  • Software designed for exceptional ease of use
  • Smart disk management utilities

Simplify Recovery Operations:

It is not important to invest resources into a different rack of recovery servers to resume operations if there arises an occurrence of a Disaster Recovery. Compuverde's Hyper-Convergence innovation gives abundant computing power from within of the capacity hub to power recovery operations this sparing server cost, space, and cooling costs.

Handling Hardware Failures:

When it comes to the hardware perspective there is certain levels of failures that we can tolerate within a cluster. Tolerated hardware failure such as Server, Magnetic Disk, Flash Disk, Controller card, Network interface and Network access doesn’t affect the access of the data stored in the cluster. The data is distributed over all nodes and each node is a gateway to the cluster and shows the same view.

Greener Hardware:

The Compuverde software is designed to do all that. The software is designed from a point of view that everything will break sooner or later and handle these errors transparently towards the users. That's what makes it possible to select cheaper off-the-shelf green hardware.




With Compuverde’s multi-tenancy feature a user can create and have access to multiple number of file systems within a single storage cluster, where each file system has unique domain, shares, users and groups. The file systems and everything inside them are isolated from each other makes it very efficient and reliable for Disaster Recovery.

Low data footprint:

Compuverde supports erasure coding. Erasure coding provide you with a much better data footprint and redundancy. And the more nodes that is added to the cluster more erasure coding options gets available.

Investment Protection:

Using a number of cheap, low performing storage units and forming them into a high performance storage cloud is the main way of keeping costs down. The use of a symmetric architecture eliminates bottlenecks that are the weak links and a potentially costly part of traditional storage solutions.

Pay-As-You-Grow Capacity Scaling:

With no single points of failure and no performance bottlenecks to protect it is possible to choose cheaper off-the-shelf low energy hardware. To be able to scale horizontally the software in the storage cluster has to be designed to make the storage nodes independent of each other, but at the same time cooperate to form a homogenous storage cluster.