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WildfireData Recovery
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Server Data Recovery for Physical, Virtual and Application Servers

A failed server can affect staff, customers, databases and business operations at the same time. Wildfire Data Recovery provides server data recovery for physical servers, direct-attached storage and virtualised environments from our Brisbane laboratory, with Australia-wide intake and emergency assistance.

We separate storage recovery from service restoration. The first objective is to preserve and recover the underlying data safely; application owners and IT teams can then use verified copies to restore services in a controlled environment.

Server environments we assess

  • Windows and Linux physical servers.
  • Hardware and software RAID storage.
  • VMware, Hyper-V and other virtual-disk environments.
  • Database, file, mail and application servers.
  • Direct-attached storage and multi-disk enclosures.
  • Boot volumes, data volumes and damaged file systems.

Common causes of server data loss

  • Multiple-disk failure in a RAID array.
  • A failed rebuild, controller replacement or lost configuration.
  • Power loss, surge damage or an unclean shutdown.
  • Corrupted partitions, volumes, databases or virtual disks.
  • Accidental deletion, reinstallation or formatting.
  • Hardware failure combined with incomplete or unavailable backups.

Immediate steps after a server failure

Stop automated restarts, rebuilds, consistency checks and restore jobs until the failure is understood. Record console messages, controller status, drive order, disk serial numbers and the exact sequence of events. Preserve failed and replaced disks together.

If the incident may involve ransomware or unauthorised access, isolate affected systems and engage an appropriate incident-response team. Data recovery can address damaged storage, but it is not a substitute for containment, breach assessment or cybersecurity investigation.

Our server recovery workflow

  1. Scoping: we identify the server, storage architecture, operating system, workloads and priority data.
  2. Preservation: member drives are documented and unstable media is handled first.
  3. Imaging: readable storage is copied to controlled working media.
  4. Reconstruction: RAID, volumes, partitions, file systems and virtual disks are rebuilt from images.
  5. Targeted extraction: priority databases, shares, mail stores or virtual machines are recovered where possible.
  6. Validation and handover: results and limitations are documented for the client or their IT provider.

RAID and virtual-machine dependencies

Server recovery often depends on a successful reconstruction of the storage underneath it. Learn more about RAID data recovery, NAS recovery and virtual machine recovery.

Server data recovery FAQs

Should we replace failed drives and rebuild?

Not before the failure sequence is reviewed. A rebuild changes every member disk and can overwrite data when the wrong drive, order or geometry is used.

Can you recover databases or virtual machines?

Potentially. The underlying storage must first be reconstructed. Database files and virtual disks are then assessed for completeness and application-level consistency.

What should our IT team prepare?

Prepare hardware details, drive order, controller logs, error messages, backup status, recent changes, priority folders or applications, encryption information and the required recovery deadline.

Can you work with our managed service provider?

Yes. A nominated IT provider can supply technical context and assist with validation and restoration, subject to the client’s authorisation and agreed communication process.

Is emergency service available?

Time-sensitive cases can be discussed on the emergency line. Scope, priority and charges are confirmed before emergency work begins.


Start a server recovery assessment

Preserve all drives and logs, avoid another rebuild and tell us which systems or data are operationally critical. We can then scope the safest recovery path.