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Verifying that the firmware running on OT devices is authentic and unaltered to prevent malicious exploitation.
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A physical device that manages and protects cryptographic keys in OT environments.
Continuous assessment of OT systems and devices to detect issues or anomalies that may impact performance or security.
Designing OT systems to ensure minimal downtime and uninterrupted operations during failures or maintenance.
A decoy system designed to attract and analyze potential cyberattacks in OT environments.
Security software installed on individual OT devices to detect unauthorized activity or changes.
The interface that allows operators to interact with OT systems and monitor industrial processes.
Measures to protect virtualized OT environments managed by hypervisors.
Processes and tools to authenticate and authorize users accessing OT systems.
A security practice where OT system components are replaced, not altered, ensuring consistency and reliability.
Assessing the potential effects of cybersecurity incidents on OT systems and operations.
Techniques used to analyze and understand the causes and impacts of security incidents in OT.
The systematic recording of events and actions for monitoring and auditing purposes in OT.
A structured approach to managing and mitigating cybersecurity incidents in OT environments.
Using test scenarios to prepare for potential cybersecurity incidents in OT environments.
Integrated systems monitor and control industrial processes, including SCADA, DCS, and PLCs.
IoT technologies for enhanced connectivity and data analysis in industrial settings.
Measures to protect communication networks within industrial environments from cyber threats.
Communication standards like Modbus, DNP3, and OPC UA used in OT environments.
Collaborative exchange of threat intelligence among OT stakeholders to improve security awareness and response.