How to test backups and prove restores. Ensure that your data can be restored. Here's how your MSP can test backups and prove restores. Before we begin, be sure to subscribe to NinjaOne's IT Video Hub and our YouTube channel for more tech content like this. Six-step MSP guide to backup and recovery testing. Testing your backup's ability to restore data is just as essential as creating the backup itself. MSPs need to verify that backed-up data and services can actually be recovered when needed. To check whether your backups can restore data properly, follow these six steps. Step one: choose backup and restore scope, test types, and pass criteria. First, define the parameters of a successful backup and recovery. Determine which workloads are most and least critical, choose the restore type for testing, and set measurable pass criteria. Step two: build safe, repeatable backup recovery test environments. Next, create an isolated sandbox environment where you can perform backup and recovery tests safely. Build separate networks or VLANs with limited access. Script sandbox provisioning and teardown, and document the requirements and verification steps needed to validate restored applications and services. Step three: execute restore drills by workload. Then, perform restore tests per workload to ensure each attempt works across the required recovery scenarios. Start by restoring files, then validate system images, test Active Directory. Finally, verify SaaS workloads. Step four: automate, schedule, and self-verify backup recovery testing. Next, leverage automation to cut down on manual and repetitive work. Use automation for tasks such as scheduling restore tests, verifying backup integrity, and retrying temporary or incomplete restores. Step five: capture evidence and report KPIs. Once testing is complete, record your results and supporting evidence for documentation purposes. Take note of metrics such as RTO and RPO results, pass/fail outcomes, and exceptions beyond SLA, and visualize results in a client-friendly report. Step six: govern backup recovery failures and continuous improvement. Finally, adjust and improve your restore procedure after every failed recovery attempt. Open an RCA task for each failed restore. Document corrective actions and a retest date, and reassess testing frequency and scope as needed. Testing your backup's ability to restore data when needed helps verify recovery reliability, identify weaknesses early, and improve resilience. For more information, check out our official blog post on how to test backups and prove restores, linked in the description below.