Most businesses know they need backups. The harder question is whether those backups will work when a file is deleted, a server fails, an administrator makes a mistake or ransomware disrupts normal operations.
A green “backup completed” message is useful, but it is not proof of recovery. A dependable backup plan must cover the right data, protect backup copies from the same incident affecting production, and provide a tested path back to normal operations. For UAE organisations that depend on Microsoft 365, cloud applications, local servers and employee devices, this requires more than one backup schedule.
The following eight checks can help management and IT teams assess whether their current approach is ready for a real recovery event.
1. Identify the systems the business cannot operate without
Start with a clear inventory of business-critical data and services. This may include Microsoft 365 mailboxes, SharePoint and OneDrive data, accounting or ERP systems, CRM records, file servers, databases, virtual machines, application configurations, network-device configurations and selected endpoint data.
Assign an owner to each system and record where its data is stored. If nobody can state what is protected, where the backup is held and who is responsible for restoring it, recovery will be slower and less reliable.
2. Define acceptable data loss and downtime
Two practical targets should guide every backup design:
- Recovery Point Objective (RPO): the maximum acceptable gap between the last recoverable copy and the disruption.
- Recovery Time Objective (RTO): how quickly the system must return to an acceptable operating state.
A shared document library and a finance database may need different targets. These targets should reflect business impact, rather than using the same daily schedule for every system. Microsoft also uses RPO and RTO when explaining backup and recovery capabilities, which shows why these terms should be part of business planning rather than treated only as technical settings.
3. Keep protected copies separate from production
If a backup is always connected to the same network and controlled by the same administrator account as production, malware or a compromised account may be able to alter or delete both.
CISA recommends maintaining offline, encrypted backups of critical data and regularly testing their availability and integrity. It also advises organisations to consider cloud-to-cloud backups and protective controls such as delete protection or object lock where supported.
A practical design may include multiple copies across different storage types, with at least one copy isolated or otherwise protected from routine production access. The right arrangement depends on the organisation’s systems, recovery objectives and risk profile.
4. Check whether cloud data has the recovery coverage you expect
Cloud availability and data recovery are related, but they are not identical. Microsoft explains that disaster-recovery copies can maintain a service’s current state, while backup provides the ability to return content to an earlier healthy point in time.
Review how your organisation would recover from accidental deletion, bulk file encryption, a compromised administrator, retention expiry or an unwanted configuration change. Confirm which Microsoft 365 mailboxes, SharePoint sites, OneDrive accounts and other cloud workloads are protected, how long recovery points are kept and whether granular restores are available.
Microsoft’s shared-responsibility guidance also states that customers retain responsibility for their data, accounts and access management. Cloud adoption therefore does not remove the need for a documented recovery plan.
5. Monitor backup failures and capacity
Backups can stop because credentials expire, storage fills up, an agent becomes disconnected, a policy changes or a newly created workload is never added to protection. Someone must review alerts and investigate repeated failures.
Useful monitoring should show more than job completion. It should highlight missed schedules, unusually small or large backup sets, retention problems, inaccessible repositories and unprotected systems. TLS IT Solutions provides backup monitoring and management as part of its broader backup storage management solutions.
6. Test restores, not only backups
A backup is valuable only if the required data can be restored accurately and within the expected time. Restore tests should check data integrity, permissions, application consistency and the steps needed to return the system to users.
NIST contingency-planning guidance calls for recovery procedures and validation testing to confirm that restored data is complete and current. Microsoft likewise recommends testing backup and restore processes against recovery objectives and adjusting the testing frequency when configurations, data structures or infrastructure change.
Record each test: what was restored, which recovery point was used, how long it took, whether the result was complete and what corrective action followed. Testing a sample file is useful, but critical applications also need periodic end-to-end recovery exercises.
7. Secure backup administration
Backup consoles and repositories deserve strong protection because they provide access to valuable business data and the recovery path itself. Use dedicated administrative roles, multifactor authentication, least-privilege access and separate credentials where the platform supports them.
Review who can change retention, delete recovery points, disable protection or perform restores. Remove access promptly when staff or service providers change roles. Enable audit logs and alerts for sensitive actions, and keep recovery documentation available even if normal systems are unavailable.
8. Maintain a written recovery runbook
During an incident, the team should not have to reconstruct the recovery process from memory. A concise runbook should include system priorities, contacts, escalation steps, backup locations, required credentials or access procedures, recovery dependencies, validation steps and communication responsibilities.
Review the runbook after infrastructure changes and after every test or incident. An IT audit and health check can also help identify gaps between the current environment and the organisation’s operational requirements.
A practical next step
Choose one critical service and trace the full recovery path today. Confirm that it is included in backup, identify the latest usable recovery point, check who can restore it and review the result of the most recent restore test. Repeat this process for the remaining critical services in order of business impact.
TLS IT Solutions can help UAE organisations review backup coverage, monitoring and recovery procedures across on-premises and cloud environments. To discuss your requirements or request a quotation, contact TLS IT Solutions.
Frequently asked questions
How often should a business back up its data?
The frequency should be based on how much recent data the business can accept losing. Systems with a short RPO may need frequent recovery points, while less critical archives may use a different schedule.
Is Microsoft 365 retention the same as a backup?
Retention, version history and backup can overlap, but they serve different purposes. Review the exact recovery scenarios, retention periods and restore options your organisation needs instead of assuming one feature covers every event.
How often should restore tests be performed?
Set a regular cadence based on business impact and test again after major changes to applications, backup policies, infrastructure or data structures. Critical systems generally need more frequent and more complete testing.
What should be included in a backup recovery test?
Verify that the correct recovery point can be accessed, data is complete, permissions and applications work as expected, the recovery time meets the target and the steps are documented for future use.
