The grid is changing.
Your operations should too.
Aging infrastructure, renewable integration, regulatory pressure — all hitting at once. ifBash delivers ServiceNow that unifies grid data, automates outage response, and provides the evidence layer for compliance.
Where the grid was. Where it goes.
Average outage across 1,800 substations lasted 47 hours. Fault isolation was manual across three separate systems. Nine hours from detection to dispatch.
Unified alert feeds from SCADA, ADMS, and substation RTUs into a single incident record. Auto-generated switching sequences and location-based crew routing.
Outage duration: 47h → 3h. Dispatch: 9.4h → 38min.
Turbine availability in the mid-80s. Two-thirds of faults discovered through unscheduled stops. O&M costs climbing year over year with no ceiling.
IoT vibration sensors flag pre-fault conditions 14–21 days ahead. ML generation models produce P50/P90 forecasts. Maintenance became scheduled, not reactive.
Availability: 84% → 97%. O&M costs down 40%. Forecast accuracy: 51% → 93%.
Overlapping NERC CIP, EPA, and state mandates. Evidence collection was manual. Three-week scrambles before every audit. Reports assembled from disconnected systems.
GRC maps requirements to assets with automated evidence collection. Continuous emissions monitoring flows directly into EPA report templates. Audit readiness is continuous.
Zero findings on last review. Audit prep went from weeks to always-ready.
Real outcomes from the control room.
Grid Reliability
Average outage across 1,800 substations lasted 47 hours. Manual fault isolation across three separate systems. Nine hours from detection to dispatch.
Unified alert feeds from SCADA, ADMS, and substation RTUs into a single incident record with auto-generated switching sequences and location-based crew routing.
“ifBash unified three systems into one view. Outage response went from nearly two days to under four hours.”— VP Grid Operations
Outage duration dropped from 47 hours to just over 3. Dispatch fell from 9.4 hours to 38 minutes. SAIFI and SAIDI improved enough to avoid regulatory penalties.
Renewable Operations
Turbine availability averaged 84% across 14 sites. 67% of faults detected through unscheduled stops. Annual O&M costs climbing without a ceiling.
IoT sensors on critical turbine components. Vibration analysis flagging pre-fault conditions 14–21 days ahead. ML generation models for P50/P90 forecasting.
“When turbines stopped failing unexpectedly, our entire P&L changed. ifBash made predictive maintenance real.”— VP Asset Management
Availability moved from 84% to 97%. O&M costs fell 40%. Forecast accuracy improved from 51% to 93% MAPE. Zero imbalance charge events in 12 months.
We don't configure software.
We configure reliability.
We start with your NOC engineers and field crews, not the platform.
We sit in your NOC before we configure a single alert rule.
First correlated alerts and automated dispatches go live in weeks.
90-day hypercare. We track SAIFI, SAIDI, and MTTR until they stick.
Ready to modernise your grid?
Tell us about your biggest operational bottleneck. We'll scope the approach in 48 hours.
Schedule a consultation