🏢 Industries
⚡ Energy & Utilities

⚡ Energy & Utilities

Energy and utility companies operate Critical National Infrastructure (CNI) where IT failures can have physical consequences — power cuts affecting hospitals, water supply interruptions, or gas pipeline safety systems going offline. The OT/IT convergence is the defining challenge: SCADA systems, PLCs, and IoT sensors that were historically air-gapped are now connected, creating new incident and security management requirements. NIS2 (EU) and equivalent regulations mandate documented resilience programmes.

Service Architecture

Energy & Utilities
Energy & Utilities Service Architecture
ITIL 5 · Business → Infrastructure
Business & Citizen Services▼ expand
Customer Energy PortalBilling & InvoicingGrid Status DashboardSmart Meter ManagementOutage Notification ServiceRegulatory Reporting (NIS2)
OT/IT Bridge Services▼ expand
SCADA / EMS (Energy Mgmt)PI Historian (OSIsoft)IoT / Smart Meter PlatformOT Security (Claroty/Nozomi)IT-OT Integration LayerField Force Management
Enterprise Applications▼ expand
ERP (SAP IS-U / Oracle Utilities)GIS (Geographic Info System)Work Order ManagementAsset Performance Mgmt (APM)Environmental ComplianceHSE Management System
Physical & Digital Infrastructure▼ expand
Control Centre (Redundant)Industrial Control Systems (ICS)Substations / RTUsPrivate LTE / OT NetworkCorporate IT NetworkDR Control Centre
↕ Click any layer to reveal use cases
💰 Cost Showback / Chargeback
Generation & Production
35% of IT/OT spend
Grid Operations (T&D)
30% of IT/OT spend
Customer Services
20% of IT/OT spend
Corporate & Compliance
15% of IT/OT spend

ITIL Implementation Journey

Energy & Utilities ITIL 4 Roadmap

Click any step to expand · 6 steps

1
📊OT/IT Landscape Assessment

Inventory all IT and OT assets. Map which OT systems have IT dependencies. Identify air-gapped vs connected systems. Baseline NIS2 compliance gaps. Assess current ITSM maturity vs OT operational maturity.

IT/OT asset inventoryNIS2 gap registerRisk classification by system
2
🗂️OT/IT CMDB Design
3
🚨OT/IT Incident Bridge
4
🛡️NIS2 Compliance Programme
5
BCP & DR for CNI
6
📈Continual Improvement

Key Use Cases

1. OT/IT Incident Bridge

The most critical integration in energy ITSM — connecting operational technology alarms to IT service management:

SCADA Alarm: Substation PST-042 — transformer temperature HIGH
  → OT Monitoring (Claroty/Nozomi) → anomaly detected
  → Correlation: 3 related alarms in 5 min → likely thermal event
  → Auto-create ITSM Major Incident (CNI classification)
  → Priority: P1 — CNI Essential Service
  → Notifications: Control Centre, Field Operations, CISO, NOC
  → NIS2 clock starts: 24h to initial regulatory notification

If SCADA connection lost:
  → Immediate P1 — Loss of visibility = safety risk
  → Emergency Change authorised for network restoration
  → DR control centre activated if primary unavailable

2. NIS2 Compliance Reporting

RequirementITSM ImplementationDeadline
Initial incident notificationAuto-generated from P1 template24 hours
Detailed incident reportPIR data + CMDB evidence72 hours
Risk management measuresRisk Register in ITSM/GRCOngoing
Supply chain securityVendor ITSM tickets + audit logAnnual
Business continuity testsDR test reports in ITSMAnnual
Vulnerability managementPatch compliance reportMonthly

3. BCP for Essential Services

ServiceMaximum Tolerable DowntimeRTOStrategy
SCADA / Grid Control0 minutes (safety-critical)SecondsActive-Active redundant
Smart Meter Platform4 hours< 2 hoursHot standby
Customer Billing24 hours< 8 hoursWarm standby
Corporate IT72 hours< 24 hoursCold standby

4. Field ITAM — OT Asset Lifecycle

Energy companies own extensive field assets with lifecycle management requirements:

OT Asset Lifecycle:
  Planned → Procured → Installed → Commissioned
  → In Service (CMDB updated, monitoring active)
  → Maintenance (scheduled work order → change request)
  → End of Life (EOL date tracked → refresh planned)
  → Decommissioned (CMDB retired, disposal documented)

Key OT ITAM metrics:
  - % of OT assets with documented EOL dates
  - % of assets within supported firmware version
  - Mean time between unplanned maintenance events
  - CapEx refresh spend vs planned budget

5. Change Management on OT Systems

OT change management is fundamentally different from IT:

Change TypeOT SpecificsApproval Required
Firmware update (PLC)Requires plant shutdown windowControl Centre Director + CISO
SCADA configurationFull rollback plan mandatoryOT Engineer + Change Manager
Network segmentationAir-gap validation requiredCISO + Network Architect
New IoT deviceSecurity assessment before connectionCISO
Standard IT changeNormal CAB processChange Manager

CapEx vs OpEx

CategoryCapExOpExNote
SCADA / Control Systems✅ Major10–20 year lifecycle
OT Cybersecurity (Claroty/Nozomi)✅ SaaSShifting to OpEx
ITSM Platform✅ SaaSCloud preferred
DR Control Centre✅ BuildNational asset
Smart Meter Infrastructure✅ CapEx programmeRegulated asset base
OT Asset Refresh✅ 5-year CapEx plansRegulated by OFGEM/CRSE

Tool Selection Guide

ContextPlatformReason
Large utility (national grid)ServiceNow + OT integrationsCMDB depth, GRC for NIS2, AIOps
Regional energy companyBMC Helix + TrueSightOT/IT integration, CMDB, cost-effective
Oil & Gas (upstream)SMAX + MaximoIBM Maximo integration for OT assets
Renewable energy operatorFreshservice + customModern UX, cost-efficient, simple OT

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