Workload inventory
Servers, virtual machines, databases, Microsoft 365 data, file shares, application configurations and network-device backups mapped to business services.
Backup and disaster recovery UAERECOVER / 15
A backup is useful only when the business can recover in time.
KaizenDubai turns backup jobs into a recovery system: known workloads, agreed recovery objectives, protected credentials, tested restores and a decision path for real incidents.
- Primary outcome
- Evidence that critical systems and data can be restored
- Delivery
- Assessment, implementation, testing and recurring review
- Coverage
- Dubai and the UAE
From jobs to outcomes
Successful backup status is not the same as recoverability.
A dashboard may show green jobs while an important database is excluded, credentials are stored with the production environment or nobody knows how long a full restore would take. Recovery depends on workload coverage, copy integrity, access to the backup platform, available infrastructure and a sequence the team can execute under pressure.
We begin with the business service, not the backup product. For each critical workflow we identify the systems and data it depends on, the acceptable data-loss window, the time allowed to restore service and the workaround available while recovery runs. Those decisions shape retention, copy location, frequency, immutability and test design.
Recovery system
Five parts must work together.
Copy strategy
Frequency, retention, local recovery speed, offsite protection and an offline or immutable layer appropriate to the threat and recovery need.
Protected administration
Separate credentials, MFA, restricted deletion, alert ownership and enough isolation that a compromised production account cannot erase every copy.
Restore capability
Documented procedures, target infrastructure, licence access, decryption keys, application dependencies and people authorised to make recovery decisions.
Testing and review
Scheduled restores, measured duration, application validation, recorded exceptions and updates when systems, sites or recovery priorities change.
Test by failure scenario
Different failures require different restores.
| Scenario | Recovery question | Useful test |
|---|---|---|
| Accidental deletion | Can a user recover the correct version quickly? | File, mailbox or item-level restore with permission validation |
| Device or server failure | Can the workload run on replacement or alternate infrastructure? | System or virtual-machine restore with application checks |
| Ransomware | Are clean copies protected from the compromised identities? | Isolated restore using separate credentials and a known clean point |
| Site outage | Can critical work continue without the primary location? | Restore or failover using documented network and access dependencies |
| Supplier outage | What data and configuration can be exported or operated elsewhere? | Export, alternate access and manual-workaround rehearsal |
Restore exercise
A recovery test should end with measured evidence.
- 01
Choose a business service
Select a meaningful workflow and identify its systems, owners, target recovery point and target restoration time.
- 02
Declare the failure condition
Define what is unavailable or compromised so the team does not quietly rely on production components that would be unusable in the real event.
- 03
Restore in a controlled target
Recover the data or workload, record timing and preserve the evidence needed to explain failures or exceptions.
- 04
Validate with the service owner
Technical boot success is not enough. An authorised user confirms that required records, functions and access behave as expected.
- 05
Close the gaps
Runbooks, credentials, capacity, retention and monitoring are updated. The next test verifies the corrections rather than repeating the same demonstration.
Recovery discovery
Name the business service and the longest acceptable interruption.
We will map the workloads, copies, credentials and dependencies behind that requirement, then propose a testable recovery scope.
