VMWARE USE CASE
When VMware Becomes a Barrier to Multi-Cloud Resilience
VMware environments continue to power a large share of enterprise data centers. However, as organizations expand into hybrid and multi-cloud architectures, disaster recovery strategies often struggle to keep pace.
Traditional VMware-centric DR solutions introduce hypervisor dependencies, platform conversions, and agent-based replication models. The result is increased complexity, slower recovery, and limited cross-cloud flexibility.
Datamotive removes these constraints by enabling seamless workload portability and disaster recovery across VMware, AWS, Azure, and other environments—without platform-specific conversions.
Break Free from
VMware-Centric DR Limitations
VMware workloads rarely exist in isolation. They are part of broader hybrid ecosystems that demand flexibility across platforms.
DATAMOTIVE ENABLES
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Cross-cloud recovery from VMware to AWS, Azure, or another VMware cluster.
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No hypervisor lock-in or platform- specific replication dependencies.
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<10-minute RTO irrespective of workload size.
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Incremental failover and failback for controlled rollback.
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Agentless architecture with no production performance impact on your critical VMware hosts.
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With Datamotive, VMware workloads remain portable, continuously recoverable, and operationally consistent across environments.
Built for Portability. Designed for Speed.
Where Datamotive Outperforms Traditional VMware DR
| Capability | Datamotive | VMware SRM | AWS Elastic DR | Azure Site Recovery |
|---|---|---|---|---|
| Cross-Cloud Recovery | Any-to-any (VMware, AWS, Azure) | VMware-only | AWS-centric | Azure-centric |
| Conversion-Free Recovery | Yes | No | No | No |
| RTO Consistency | <10 mins (independent of size) | Variable | Variable | Variable |
| Failback Efficiency | Incremental (delta-based) | Full sync | Limited | Limited |
| Platform Lock-in | None | High | High | High |
| DR Infra Requirement | No persistent compute | Required | Required | Required |
Datamotive is the only solution that offers incremental failback with an <10-minute RTO, enabling faster, more controlled recovery operations.