Energy & Smart Grid
Smart meters, grid sensors, and control relays rely on a hardware Root of Trust for safe operation.
Systems where a local fault becomes a regional one
Cascading failures
A compromised node feeding false data upstream can trigger failures well beyond its own substation.
Unattended equipment
Meters and grid sensors are deployed in the field by the million, with no one to check them.
Critical national infrastructure
Grid operators face regulatory scrutiny and state-level threats at the same time.
Where Trusted Computing Makes a Difference
Substation Firmware
Sensor Nodes
Grid-Edge Authenticity
Cascading Failures
Maintenance Access
Metering Data Integrity
Substation Firmware
Validate firmware on substation gateways and voltage regulators before it is allowed to run.
Sensor Nodes
Secure small sensor nodes handling load management and voltage sensing, where a discrete TPM does not fit.
Grid-Edge Authenticity
Enforce firmware authenticity at the grid edge, halting compromised nodes from feeding malicious data upstream.
Cascading Failures
Return compromised equipment to a trusted state quickly, preventing a local fault from spreading across the grid.
Maintenance Access
Govern which maintenance consoles and analytics platforms may communicate with grid devices.
Metering Data Integrity
Protect measurement data from tampering between the meter and the utility back office.
The trusted computing stack behind Energy & Smart Grid
Trusted Platform Module (TPM)
TPMs enable secure firmware validation in substation gateways and voltage regulators.
Device Identifier Composition Engine (DICE)
DICE secures small sensor nodes controlling load management or voltage sensing.
Cyber Resilient Technologies (CyRes)
CyRes returns compromised equipment to a trusted state, preventing cascading failures.
Platform Certificates
Platform certificates govern which maintenance consoles and analytic platforms may talk to grid devices.
Reference Integrity Manifest (RIM)
FIM/RIM enforces firmware authenticity on grid-edge devices, halting compromised nodes from feeding malicious data.
The Work Groups shaping energy standards
Trusted Platform Module (TPM)
Owns the TPM architecture behind firmware validation on substation equipment.
Device Identifier Composition Engine (DICE)
Develops the lightweight Root of Trust used in constrained grid sensor nodes.
Cyber Resilient Technologies (CyRes)
Defines the recovery requirements that prevent cascading failures after a compromise.
Internet of Things (IoT)
Applies TCG technologies to remotely deployed and updated grid devices.
Infrastructure
Provides the credential framework governing which consoles may reach grid devices.
Attestation
Aligns the attestation models used to verify grid-edge device state.
Explore other Industries
Media & Entertainment
Home streaming servers and content delivery platforms rely on hardware-anchored trust to enforce content rights.
Real Estate & Hospitality
Building automation controllers and front-desk systems benefit from verified firmware and encrypted storage.
Agriculture & Construction
Remote controllers and heavy equipment operate unattended, where firmware integrity and recovery matter most.
Automotive
Implementing a hardware RoT via TPMs secures each Electronic Control Unit (ECU) by anchoring boot integrity and enforcing firmware authenticity.
Aerospace
Aerospace platforms such as aircraft, satellites, and ground stations benefit from layered hardware and firmware security.
Healthcare
Medical devices and hospital networks demand strict firmware integrity and patient-data confidentiality.
Become part of TCG
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