PLCs, HMIs, SCADA systems, robots, CNCs, drives, and other automation devices keep production running, but their programs and configurations are often scattered across engineering laptops, network shares, OEM tools, and local storage.
Octoplant automatically backs up and versions industrial device configurations in one central system. When hardware fails, a change goes wrong, or an incident affects production, your team knows which version exists, what changed, and what to recover.
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Automated device backup | Scheduled, unattended backup jobs reduce dependence on manual routines |
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Version control | Maintain complete histories of programs and configurations instead of overwriting previous states |
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Historical recovery | Access the current or required historical version after failure, error, unwanted change, or attack |
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Current state | Historical configuration states |
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SmartCompare | Device-aware comparison makes meaningful configuration differences visible |
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Multi-vendor coverage | Standardize protection across heterogeneous automation vendors, versions, and generations |
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Change history | Document who changed what, when, where, and why |
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Central repository | Keep backup and version data controlled and accessible from one system |
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Alerts & notifications | Surface failed backup jobs, detected deviations, and unreachable devices |
| Octoplant uses device-specific integrations to automate backup and comparison across industrial systems while maintaining the context engineers need when something goes wrong. | ||
When a device fails during production, the recovery process shouldn’t begin with searching engineering laptops, USB sticks, network drives, or individual OEM applications.
Octoplant keeps device backups and historical versions centrally available so engineers can identify the required recovery state and access the data needed to restore production. The objective is simple: reduce the uncertainty between failure and recovery.
Replace or rebuild a failed device using centrally available configuration and project data.
Return to a previous state when an incorrect parameter or program change affects production.
Compare versions, identify the deviation, and determine the appropriate trusted state.
Use historical configurations and change context to support recovery after affected systems have been contained.
The real challenge for large manufacturers isn’t backing up one PLC. It’s establishing consistent protection across thousands of devices, multiple plants, different vendors, and local engineering teams.
Octoplant creates a common approach to backup, versioning, comparison, and recovery while allowing plants to continue operating heterogeneous automation environments.
With Octovision, that operational foundation can also contribute to enterprise visibility across assets, jobs, components, lifecycle information, vulnerabilities, and risk.
A backup protects a configuration. Production resilience requires more: knowing whether backups are current, understanding what changed, identifying the right recovery point, maintaining historical versions, and making recovery information available when production is under pressure.
That's why device backup is not an isolated Octoplant feature. It is the foundation for version control, change management, recovery, audit evidence, OT security, and broader production resilience.
