Tape can still have a place in long-term retention, but it can become difficult to operate when data volumes, recovery expectations and audit demands grow together. A recent Synology case study shows a practical alternative: modernise protection workflows so backup, recovery testing, off-site copies and operational visibility are designed to work together.
Where tape workflows can create operational friction
Physical media introduces handling steps that are easy to underestimate: adding capacity, rotating copies, moving media off site and retrieving it during a recovery. As the protected estate grows, these tasks can consume valuable IT time and delay access to the data needed to restore services.
The source case study describes an organisation managing annual data growth of 10% to 30%, where some backup processes took days and off-site tape handling required substantial manual work. The important lesson is not that every organisation must abandon tape immediately; it is that recovery requirements should drive the design of the protection workflow.
Build recovery into the backup design
A resilient backup strategy should make it straightforward to answer four questions: Is the latest backup complete? Is there a protected copy away from the primary environment? Can the copy be restored? How quickly can the team demonstrate that recovery will work?
Synology ActiveProtect is presented in the case study as an all-in-one backup appliance supporting immutable backups, off-site replication and centralised oversight. Toyota Motor Vietnam used separate protection approaches for critical systems and daily workloads, with a management server providing a single view of backup progress, copy status and storage use across sites.
Why immutability and replication matter together
Keeping multiple copies is valuable, but resilience depends on the condition and accessibility of those copies. The case study describes immutable backups with replication to a remote server, alongside automated isolation policies. This approach can help reduce dependence on manual media movement while preserving separation between production systems and recovery data.
For organisations reviewing their own approach, a useful starting point is to classify systems by recovery priority. Protect the most time-sensitive workloads with recovery objectives that reflect the cost of downtime, then define where the additional copy lives, who can manage it and how restore access is controlled.
Test restores before an incident demands one
A backup job completing successfully does not by itself prove that an application can be recovered within the required window. Routine recovery testing should be part of the workflow, not a task reserved for an emergency or annual audit.
In the Synology case study, recovery testing moved from a process measured in days to testing in a built-in sandbox in minutes. Results will differ by environment, workload and network design, but the principle applies broadly: use non-disruptive tests to validate recovery procedures regularly and record the outcome.
A practical modernisation checklist
- Document critical workloads, recovery time objectives and retention requirements.
- Identify manual handling points in the current backup and off-site-copy process.
- Use immutable copies for workloads that need protection from unauthorised alteration.
- Maintain a separate copy in another location and verify its availability.
- Centralise visibility so teams can review backup, copy and capacity status without switching between tools.
- Schedule recovery tests and use their results to improve runbooks.
Modernising backup is ultimately about making recovery more predictable. A well-designed Synology deployment can help bring backup copies, replication, immutability and testing into a more manageable workflow, reducing operational overhead while strengthening confidence that essential systems can be restored.
Read the full Synology ActiveProtect case study for the source details behind this approach.
