Skip to main content

Backup plan: Large servers: Boot + system and C: - smallest possible backup plan?

Thread solved

Hi

Im currently working on backup plans for high capacity servers with forwarding rules between multiple network layers. Disk size 2 TB or more. 

Question:
Could some one tell me if using "policy rule" 'Boot + System' and 'C: drive' is a good and stable way of taking a minimum amount of disk space backup, to be stored on my NAS server - storage location?
Or is there a better solution to take whats important to restore a failed server and keep the backup as small as possible. 

Information:
windows 2016 servers. Main issue is that NAS server storage is getting full, so im redesigning the backup plan, and the client network is old switches with 100mbits ports.

Kind regards
Asbjørn

0 Users found this helpful
frestogaslorastaswastavewroviwroclolacorashibushurutraciwrubrishabenichikucrijorejenufrilomuwrigaslowrikejawrachosleratiswurelaseriprouobrunoviswosuthitribrepakotritopislivadrauibretisetewrapenuwrapi
Posts: 2
Comments: 1727

Hello!

Designing an effective backup strategy, especially for high-capacity servers with limited storage and network resources, is critical for ensuring data integrity and disaster recovery. Using "policy rules" in Acronis Backup 12.5 is a good start, but there are several considerations to keep in mind for optimizing your backup plan:

  1. Selecting Backup Type:

    • 'Boot + System' and 'C: drive' policy rules are excellent for backing up the essential components required for a system recovery. This ensures that your backup includes the operating system and system files.
    • However, consider if there are other critical data or application-specific files that need to be included in the backup.
  2. Data Retention Policy:

    • Define a data retention policy that allows you to keep backups for a specific period while deleting older backups. This can help manage storage space more efficiently.
  3. Incremental and Differential Backups:

    • Utilize incremental or differential backup strategies to reduce the amount of data transferred and stored. This ensures that only changes since the last backup are saved.
  4. Compression:

    • Acronis Backup 12.5 likely offers compression. Enable that to reduce the storage footprint further.
  5. Network Considerations:

    • With 100Mbps network ports, be mindful of the impact of backup processes on your network's overall performance. Consider scheduling backups during off-peak hours to avoid network congestion.
  6. NAS Storage Capacity:

    • Regularly monitor the NAS server's storage capacity and implement alerts to notify you when it's nearing full. This will allow you to take action before it becomes a critical issue.
  7. Off-Site Backups:

    • To enhance data security, consider keeping a copy of critical backups off-site or in a different physical location.
  8. Regular Testing and Recovery Plan:

    • Regularly test your backup and recovery procedures to ensure that you can successfully restore your servers when needed.
  9. Data Classification:

    • Classify data on your servers based on importance and criticality. Not all data needs the same level of backup frequency and retention. Prioritize your backup efforts accordingly.
  10. Archiving:

    • Consider archiving older data to a separate storage location or a different tier of storage.

Your strategy should balance the need for data protection and retention with the limitations of your network and NAS storage. It's essential to periodically review and adapt your backup plan as your data and infrastructure requirements evolve.

Best regards.

frestogaslorastaswastavewroviwroclolacorashibushurutraciwrubrishabenichikucrijorejenufrilomuwrigaslowrikejawrachosleratiswurelaseriprouobrunoviswosuthitribrepakotritopislivadrauibretisetewrapenuwrapi
Posts: 2
Comments: 1727

asbjorn paulsen wrote:

Thank you for the feedback and your guidance 

You are welcome!

Best regards.