The agent can back up the entire virtual machine, or it can back up just the files and configuration that have changed since the last backup. Other approaches include using a backup agent installed on the hypervisor or using snapshot-based backup.Ī backup agent installed on the virtual machine can back up the virtual machine’s files and configuration. The agent can back up the virtual machine’s files and configuration. The most common approach is to use a backup agent installed on the virtual machine. Learn more about Rubrik’s innovative backup and recovery solutions in virtualized environments.There are various methods to provide vm data backup. Restore an entire set of VMs that represent an application, or restore a single file within one VM. Mounting multiple recovery points enables you to easily examine a database to track when specific data changed with provisioning extra disk space. Quickly perform restores of specific rows or tables in a database via a simple query, export, and import. VM instant searchīrowse and recover granular files, objects, and tables from VMs as well as physical SQL Server and Oracle databases. Live mounted VMs in a vSphere environment can then be seamlessly moved using Storage vMotion to production datastores with no downtime, if needed. Our live mount produces near-zero Recovery Time Objectives (RTOs), to radically accelerate data access for instant recovery and application test and development for VMs and databases. You can mount your VMs directly on Rubrik’s platform. Replication: to other data centers and clouds in the same SLA domain used for backup and archival. Retention period: how long users keep backups before they expire Rubrik’s intelligence eliminates the need for conventional backup windows.Ĭontinuous data protection: enabled with the simple toggle of a switchĪrchive location: archival to public cloud storage, S3-compatible object stores, NFS, and tape. Through Rubrik’s SLA policy engine interface, you create an SLA domain that captures your settings for VM data protection and lifecycle management, including:īackup frequency: how often backups are taken. Ingestion performance and disk throughput increases predictably and linearly as more nodes are added to the cluster. Flash-speed data ingestionĪ high-speed data ingestion engine, Rubrik can easily handle large volumes of data for all environments. Rubrik automatically discovers your VMs through direct connection or native integration with a hypervisor’s API. Here’s how a VM backup works on Rubrik’s platform. You can even migrate VMs to the cloud for test and development along with DR. Rubrik delivers backup, replication and disaster recovery (DR), archival, and analytics for three of the top hypervisors: VMware vSphere (ESXi), Microsoft Hyper-V, and Nutanix AHV. Every feature available through the Rubrik UI uses Rubrik’s own REST APIs, which you can leverage to easily integrate data protection with existing tools and build new custom services.įor instance, enterprises commonly use Rubrik APIs to integrate backup and recovery into IT service catalogs simplify management of large, distributed environments via configuration management with tools such as Puppet and Ansible automate lifecycle data management workflows and centralize monitoring and reporting. If your backup and recovery solution has an API-first architecture, like Rubrik’s, the productivity and agility gains are even greater. You set VM protection via an SLA domain, a one-stop interface that enables you to define SLA parameters such as retention and backup frequency. Rubrik’s declarative-based, single SLA policy engine is used to create and automate SLA compliance in just a few clicks, making manual, intensive backup jobs a thing of the past. Rubrik uses SLA domains to make the SLAs easier to achieve. Collecting this information, implementing it, and staying compliant with the SLA is usually a tedious and difficult process. In the world of data protection, Service Level Agreements (SLAs) define protection levels for workloads, availability targets, and objects that are crucial to a company. After a policy is set, the system automatically and intelligently executes the jobs needed to achieve the desired state, effectively reducing the number of manual steps the admin might otherwise be required to undertake. In this model, an admin enters the desired state for a workload into a policy engine. That’s the advantage of a declarative management model, which enables a set-it-and-forget-it style of implementation. Most organizations want backup systems that anyone can manage, without special training. Older backup management strategies that rely on imperative scripting techniques have become too complicated to sustain. VM Backup with Policy-Driven Intelligence
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