Real-time Risk Monitoring
Continuous awareness of emerging risk — before it becomes an outage.
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Who this is for
Utilities seeking to move beyond periodic inspection-based risk snapshots to continuous data-driven asset risk awareness reflecting actual real-time conditions.
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Real-time Risk Monitoring
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Overview
Asset risk is not static — it changes every hour with weather, load, equipment aging, and environmental conditions. A transmission line low-risk in the morning can be high-risk by afternoon when wind picks up near an active fire. A transformer running normally at last inspection may be thermally stressed today under peak summer load. Power-View's Real-time Risk Monitoring uses the scripting engine to continuously update asset risk scores based on live data feeds — creating a dynamic risk picture that reflects actual current conditions.
Traditional utility risk management runs on inspection cycles: you know what you inspected and when. Between cycles, you know nothing about how conditions have changed. Real-time Risk Monitoring closes that gap by treating risk as a continuous variable rather than a periodic snapshot. The scripting engine pulls live weather data, operational data from SCADA or VigilantGrid, and inspection history to compute a current risk score for every instrumented asset. When a score crosses a configured threshold, the right person receives an alert with context, location, and recommended action before the asset fails.
What’s included
✓Continuous risk score computation for all assets based on configurable risk factor weighting and thresholds
✓Live weather data integration: wind speed, relative humidity, temperature, and lightning strike proximity
✓Operational data integration from SCADA feeds, VigilantGrid event streams, and field sensor data
✓Configurable risk thresholds with tiered alert escalation: advisory, watch, warning, and emergency levels
✓Real-time risk heat map on Power-View GIS updated continuously as environmental and operational conditions change
✓Asset risk trend analysis identifying equipment showing progressive risk score deterioration over time
✓Crew dispatch recommendation engine ranking assets by current risk level and crew proximity for efficient response
✓Risk posture reporting for operations leadership, executive review, and regulatory demonstration purposes
Standards & regulatory compliance
This service directly supports compliance with the following standards and regulatory frameworks. GridIntel documentation is structured to generate compliance evidence as a byproduct of normal operations.
- NERC EOP-004 event analysis and reporting requirements
- NERC MOD-032 data requirements for power system studies
- IEEE 1686 substation intelligent electronic device cybersecurity
- NIST SP 800-82 Rev 3 OT security risk management framework
- OSHA PSM 29 CFR 1910.119 process safety management risk assessment
Estimate your value
Adjust the sliders to match your organization and see a rough estimate of the value this service can deliver. Results are illustrative — contact GridIntel for an analysis specific to your situation.
Key benefits
Why organizations choose GridIntel for Real-time Risk Monitoring
“Power-View risk monitoring clients have reduced unplanned outage events by 25 to 35 percent within the first 18 months of deployment.”
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