Backups may be successfully completed on schedule, but if a working backup cannot be restored in time, they are effectively useless. IT teams and managed service providers (MSPs) need to be able to validate that all backup data is readily restorable. This involves both checking the data itself, and confirming that restoration steps are clear, functional, and can be completed in the required timeframe.
This article provides a framework for confirming and validating backups across client environments that you can follow to regularly audit and validate restore readiness.
What are RTO and RPO in backup?
There are two key concepts in enterprise backup that you should understand before you both design and implement your backup and backup readiness testing processes:
- Recovery Time Objective (RTO): The maximum duration of time your systems can be down after a disruption, meaning how quickly you need to be able to restore a working backup.
- Recovery Point Objective (RPO): How much data you can lose before a restored backup loses effectiveness. This is usually a time period: is a backup from a week, a day, or an hour ago going to be sufficient to get you back up and running, or will it be missing critical data?
A completed backup from last month will be useless in most scenarios, and if it takes a whole day to restore, it could put current ongoing work in jeopardy. For complete confidence of stakeholders or your clients, and to ensure business continuity, backup restore readiness needs to be regularly assessed, with human oversight.
How can you test to ensure your backup is working as expected?
To prepare for a backup readiness audit, you will need to define sensible RTO and RPO values that both meet business requirements, and are technically/budgetarily feasible. You should then ensure that your backup tools are properly deployed and monitored, confirming that they are fully working and producing successful backups on the required schedule.
Part of your IT documentation should be an inventory of your data, categorizing what is most critical, what constitutes ‘fresh’ or useful data, and how long it takes before it is stale and useless. Knowing what data you hold is also a key compliance measure (so that it can be revised or redacted in the event of a data privacy request), as well as a backup best practice.
You should also have clear standard operating procedures (SOPs) defined as part of your documentation. These tell you exactly what you need to do to fully restore a backup after a disaster, or to partially restore data in case of partial loss. These should be regularly reviewed, which can be done to demonstrate their effectiveness as part of quarterly business reviews, and revised based on feedback.
With this information, you can build a checklist and procedures for regular backup readiness drills.
Step #1. Establish recovery expectations
If you haven’t already, you must have RTO and RPO values to test as part of your restore readiness tests. MSPs will need to do this by consulting with each client.
RTOs and RPOs may differ for different data, either defined by its purpose or its location. For example, a law firm may require the document server have an RTO of 2 hours and an RPO of 1 hour, whereas the receptionist’s PC may only need an RTO of 24 hours (as the data on it is less critical, and keeping it backed up-to-the-minute would be a waste of resources).
Step #2. Build the restore readiness checklist
Make sure you include the following key items when building your backup restore readiness checklist:
| Phase | What to Check |
|---|---|
| Pre-Restore |
|
| Backup Verify |
|
| Restore Drill |
|
| Post-Restore |
|
This can be completed using a shared document, spreadsheet, or documentation platform for each client.
The steps will vary based on your backup implementation, but the goal should be clear: at the end of the test, you must be confident that you can restore a useful backup in the given timeframe.
Step #3. Run regular test restores
Test restores should be scheduled, factoring in your RPO and/or the service agreements with your clients, ideally at a minimum every quarter or after major infrastructure changes.
These regular tests should check restoring individual endpoints (if covered), full server recovery, and granular recovery. If you rely on SaaS services (for example, Google Workspace and Microsoft 365), these cloud services should also be backed up and included in your restore readiness tests.
Test restores should be done in staging environments, and have human oversight by a technician to ensure the restored data is complete and functional. All backups should be tested, including offsite backups made as part of the 3-2-1 rule.
Step #4. Document everything
Record all details of the backup restoration, confirming that the steps were followed exactly, or if a deviation was made, what and why. If this deviation was necessary for completion, you may need to revise your SOPs.
For longer-term record keeping, you can keep a succinct log, for example:
| Client | Acme Corp |
| Date | 2025-08-01 |
| System Tested | File Server |
| RTO Goal | 2 hrs |
| Restore Time | 1.5 hrs |
| Result | Pass |
| Notes | All files restored, no issues |
This log becomes part of your service history, acting as proof of diligence, and an audit asset should a dispute occur.
Step #5. Include restore readiness in client communication
Stakeholders and clients can be reassured of your recognition of the value of their data and business continuity by receiving a notification of a successful backup readiness drill.
In the event of a failure, you must be able to present a working resolution as quickly as possible, with justification. Regular reviews ensure the responsibility for flagging critical data is shared with the client, and post-incident reviews ensure that mistakes are not repeated.
Transparency builds confidence, and while mistakes happen, redundancy and careful planning can ensure that unexpected failures demonstrate your preparedness.
NinjaOne integrates backup, monitoring, documentation, and helpdesk for advanced backup restore readiness
The NinjaOne suite of IT and MSP tools includes everything you need to implement effective backups, as well as restore readiness testing.
This includes backup as part of the NinjaOne unified RMM, MDM, and endpoint management platform, as well as built-in per-client helpdesk and documentation tools with support for custom fields for RTO/RPO and other testing information. NinjaOne also provides flexible IT monitoring tools, and notifications that will alert technicians as soon as an incident is detected or reported, so that restoration procedures can begin immediately, and that data is restored while it still matters.
