Open-E JovianDSS is our ZFS-based product, delivering highest data reliability and integrity in Software Defined Storage environments. Learn more about off-site backup solutions, Disaster Recovery options and more.
A stretch cluster provides a low total cost of ownership (TCO) solution by creating enterprise-class storage services on industry standard server and storage hardware. This solution with ATTO Technology connectivity, AIC hardware and Open-E JovianDSS software provides 24/7 uptime with business continuity for real-time, mission-critical applications enabling organizations to virtualize these applications and maintain high-availability access.
The On- and Off-site Data Protection in Open-E JovianDSS Off-site Data Protection effectively prevents data loss and helps you to achieve maximum data security, especially in High Availability Cluster Setups. Automatic snapshots and asynchronous replication ensure consistent backup that keeps your data safe from theft, ransomware attacks or other disastrous events – with instant access and easy roll-back to previous versions in case of data loss.
A High Availability Cluster with multiple JBODs over SAS or FC with Open-E JovianDSS is a typical cluster setup where the communication between nodes as well as the data transfer is based on two server heads connected to a common storage with one or more redundant JBODs. Depending on what kind of performance, availability, flexibility and costs is demanded, a-user can set up such a cluster by means of a SAS connection, or with Fibre Channel (FC).
A Cluster over Ethernet with Open-E JovianDSS is built of two nodes. Each node has its own hard drives attached directly to the node. The solution allows for using a commodity server that is made up of only SATA drives.
Generally speaking, Hyper-converged Storage is the combination of computing, networking and storage in one unified hardware platform. Using commodity HDDs and solid state drives, the Software-defined Infrastructure automatically takes care of the storage and virtualization. The hardware platform is normally based on cheap x86 hardware which can be easily and cost-effectively scaled to growing requirements for performance and storage space.
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