Nothing close enough? Start from a blank network diagram → Describe it in one paragraph.
How to use a network diagram template.
- 01Define backup sources and targets
Identify the systems generating backups (servers, VMs, databases) and the storage destinations (tape, disk, cloud, off-site).
- 02Map data flow and backup windows
Draw connections showing when and how data moves between sources and targets, including network segments and scheduling.
- 03Add redundancy and security layers
Include elements for encryption, air-gapping, replication, or deduplication to reflect your protection strategy.
- 04Label and annotate critical paths
Mark bandwidth, capacity, or recovery time objectives (RTO) to communicate operational details clearly.
- 05Review and share
Use the tool's templates to refine layout, then export for documentation or team review.
Questions about network diagram templates
What is a backup storage network topology?
It's a visual representation of how backup data moves from source systems to storage targets, including connections, network paths, and redundancy mechanisms.
How do I diagram an air-gapped backup topology?
Start with the production network, then show a physically isolated storage target (e.g., offline tape or disk) that receives backups through a controlled transfer point, often with a manual or one-way connection.
Can I include cloud backup targets in a network diagram?
Yes, cloud storage can be represented as an external node connected via a secure link, often with encryption and replication indicators.
What are the benefits of off-site backup replication?
Off-site replication protects against localized disasters by maintaining a copy of backups at a geographically separate location, improving recovery resilience.
Is there a template for virtual machine backup storage?
Yes, the gallery includes a virtual machine backup storage topology example you can use as a starting point and customize for your hypervisor and backup software.