Power, water, and wastewater infrastructure provide services communities and economies cannot simply pause. Yet the OT behind them often spans decades of technology, thousands of distributed assets, multiple automation vendors, and increasingly sophisticated cyber threats.
AMDT helps critical-infrastructure operators maintain control of that operational reality - knowing what is running, what changed, where risk exists, whether critical systems are protected, and how to return them to a trusted state when something goes wrong.
Because resilience in critical infrastructure isn't only about protecting equipment. It's about keeping essential services available.
| The stake | The exposure | AMDT's answer | |
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Continuity | A failed controller, corrupted SCADA configuration, unauthorized change, or cyber incident can interrupt an essential service, not simply a production line. For utilities, every additional minute to recovery can have consequences beyond the facility itself. | Automated backup, version history, change detection, and recovery maintain trusted configuration states across critical control systems - helping teams know what was running, what changed, and which version is available to restore. |
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Legacy infrastructure | Utilities operate some of industry's longest-lived OT environments. Multiple generations of PLCs, RTUs, HMIs, SCADA, DCS, drives, and engineering systems often coexist across the same infrastructure. | Vendor-agnostic backup, configuration management, and asset intelligence help establish consistent protection across heterogeneous environments while adding lifecycle and vulnerability context to aging systems. |
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Cyber resilience | Critical infrastructure faces increasing cyber risk while many operational systems cannot simply be patched, replaced, or taken offline. If an attack reaches the control layer, teams need to understand whether operational configurations were affected. | Trusted configuration history, known-good recovery points, change visibility, and vulnerability intelligence provide operational context to help investigate what changed, prioritize risk, and support recovery after containment. |
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Regulatory readiness | Energy and utility operators face growing requirements to demonstrate cybersecurity governance, configuration control, business continuity, recovery readiness, and evidence across critical infrastructure. | Automated change records, configuration baselines, backup evidence, asset visibility, and enterprise reporting support the operational processes and documentation behind frameworks such as NERC CIP, NIS2, and IEC 62443. |
| The common denominator is control: knowing what is running across critical infrastructure, understanding when it changes, seeing where risk exists, and maintaining a trusted path back when something goes wrong. | |||
For critical infrastructure, configuration and recovery processes aren’t only engineering concerns. They’re increasingly part of the evidence organizations need to demonstrate cybersecurity governance and operational control.
Octoplant continuously creates records through normal operations: backups, versions, configuration baselines, changes, and recovery information, while Octovision adds enterprise asset, vulnerability, lifecycle, and risk visibility.
Central security and operations teams need more than an inventory of IP addresses. They need operational context: what assets exist, which software and firmware they run, how they are configured, whether they are protected by current backups, where lifecycle risks exist, and which known vulnerabilities affect them.
Octovision brings that context together across sites, turning plant- and device-level information into enterprise visibility without introducing another network-scanning layer.
Protect the configurations behind turbines, generators, balance-of-plant systems, PLCs, DCS environments, and supporting automation — with recoverable versions and documented change histories.
Maintain control and recovery information across geographically distributed substations, control systems, and automation infrastructure.
Protect PLC, SCADA, HMI, drive, and control-system configurations behind treatment, pumping, distribution, and wastewater operations.
Bring consistent configuration, asset, and recovery practices to increasingly distributed and heterogeneous operational environments.
Octoplant automatically maintains backups and version histories for supported industrial systems, giving authorized teams access to the configuration and historical context required to identify an appropriate recovery state.
Know what was running. Know what changed. Know what to restore.
