Storage strategy matters
A database backup can fail because the database tool failed, but it can also fail because the storage destination was unreachable, full, misconfigured, or missing permissions. Recovery plans should include storage validation.
- Local destination capacity.
- DB-server-local paths and SSH/tooling requirements.
- Cloud API access for S3, Azure Blob, or GCS.
- Retention policies and object lifecycle expectations.
What teams should validate
Before relying on a destination, operators should verify write access, read access, object naming, retention behavior, credential rotation, and restore-time access from the correct host.
- Test writes and reads.
- Confirm credentials and network egress.
- Validate restore staging paths.
- Review retention with compliance needs.
How DBAegis positions storage
DBAegis Community focuses on DBAegis local storage. Professional supports local, DB-server-local, AWS S3, Azure Blob, and GCS. Enterprise extends Professional storage according to enterprise terms.
- Storage page for destinations.
- Edition-aware storage capabilities.
- Redacted credential handling.
- Storage and restore visibility from the UI.
Frequently asked questions
Which cloud storage targets are relevant for database backups?
Common object storage targets include AWS S3, Azure Blob, and Google Cloud Storage, plus local and DB-server-local destinations.
Should backups be stored only locally?
Local storage can be useful for labs, but production recovery plans often need off-host or cloud storage according to policy.
Does DBAegis support cloud storage in Community?
Community is positioned for DBAegis local storage. Paid editions add broader storage destinations according to edition and support matrix.
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