The PlateSpin PowerSolution for Disaster Recovery revolutionizes business continuity by removing the need for costly one-to-one hardware and software redundancy to protect data center server assets. With PlateSpin, production servers can be backed up to virtual machines at a fraction of the cost of traditional disaster recovery solutions, and can be recovered more rapidly and with greater ease. By helping organizations achieve superior recovery speed and reliability at an affordable price, the PlateSpin PowerSolution puts enterprise-class disaster recovery within reach for organizations of all sizes.

PlateSpin PowerRecon
PowerRecon provides advanced capacity planning capabilities that allow you to discover and inventory your entire IT environment, rapidly identify the server workloads you wish to protect and automatically generate an optimal disaster recovery plan.

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PlateSpin PowerConvert
PowerConvert receives recovery jobs from PowerRecon and automatically performs full system and incremental backups by transferring data, applications and operating systems to any virtual or physical recovery machine without taking servers offline.

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1. Plan
Automatically scan and inventory production environments and rapidly generate optimal disaster recovery plans using PowerRecon. Build enough headroom into your recovery environment to ensure sufficient capacity for a disaster.

2. Backup
PlateSpin PowerConvert performs a full system backup by transferring server workload to the recovery machine. Following the initial backup, PowerConvert’s Live Transfer functionality captures source system changes and performs incremental updates to sync production and recovery servers.

3. Failover
Should your production server fail, you can rapidly initiate a system failover in which the virtual recovery machine will start up within minutes – just reconnect sessions and the virtual recovery environment takes over the production workload.

4. Restore
Once your production system is repaired, systems can be restored automatically to their original host by performing a Virtual-to-Physical (V2P) migration, or continue to run in their virtualized state.