Risk Assessment Consulting

CIP-014-4 introduces a more structured and technically rigorous framework for evaluating physical security risk at critical transmission facilities. This article explains what changed and how utilities can use the standard to support broader risk-informed security and resilience decisions.

Data centers are changing more than electricity demand—they are changing the grid's risk profile. This article presents a risk-informed framework for utilities to evaluate large computational loads from hazard identification through system consequence and mitigation.

A clear power utility risk register classification framework can help utilities connect enterprise risk with asset management, maintenance, inspection, and investment planning. Power utilities rarely struggle to identify risks. They struggle to organize them. A large utility may have risks associated with transmission assets, substations, distribution equipment, vegetation, wildfire, extreme weather, cybersecurity, workforce, contractors, data, compliance, major projects, sup

Data risk is the possibility that inaccurate, incomplete, outdated, inconsistent, or poorly understood data will lead to an incorrect decision. It should be assessed by considering both the quality of the dataset and the importance of the decisions that depend on it.

A power utility risk register should do more than document risk. It should help leaders understand what is changing, why it matters, and which actions will reduce exposure most effectively.

A practical guide to selecting indicators, setting thresholds, and connecting early warning signals to accountable action. Quick answer: A key risk indicator (KRI) is a measurable signal that shows whether a utility's exposure is increasing, approaching a limit, or changing faster than expected. A useful KRI has a defined calculation, data owner, threshold, review frequency, escalation path, and decision tied to the result. Power utilities do not lack data. They often lack