Transformation pressures
- Renewable and DER integration
- Aging operational assets and workforce transition
- Demand for real-time visibility and predictive maintenance
- Escalating cyber, resilience, and regulatory expectations
Flagship industry
Power & Utilities
Architecture for generation, transmission, distribution, substations, SCADA, operational telemetry, cloud platforms, AI, Digital Twins, compliance, and grid resilience.
Discuss Your Power & Utilities EnvironmentOperational context
How the sector operates
The mission shapes the architecture
Keep the grid reliable while generation portfolios, field assets, market systems, distributed energy resources, and digital platforms become more interconnected.
Operational constraints
- Protection and control latency
- Maintenance windows and outage coordination
- Long-lived relays, RTUs, PLCs, and vendor systems
- NERC CIP scope, evidence, and change governance
Architecture priorities
- Substation and control-center segmentation
- Secure SCADA, historian, and telemetry modernization
- Industrial DMZ and OT-to-cloud data pathways
- Digital Twin and AI-enabled maintenance governance
- Cyber recovery aligned to grid restoration
Reference architecture
Control, connect, observe, and govern
Trust boundaries, data flows, identity, resilience, and decision authority are adapted to the sector’s operational context.
Identity · Segmentation · Policy
FIELDassets · sensors→CONTROLPLC · SCADA→IDMZbroker · gateway→PLATFORMcloud · data→INTELLIGENCEAI · twin
Resilience · Observability · Governance
Illustrative Transformation Scenario
Architecture in operational context
An illustrative regional utility moves from fragmented visibility and inherited trust toward governed telemetry, segmented substations, a controlled cloud data platform, validated recovery, and client-owned architecture governance.
Technical proof
Begin with the mission
What Are You Trying to Modernize, Protect, or Govern?
Begin with the environment, operational constraints, and desired outcome—not a product.