Healthcare
Medical devices and hospital networks demand strict firmware integrity and patient-data confidentiality.
Devices that treat patients and hold their records
Patient safety
A dialysis machine or infusion pump running altered firmware is a clinical risk, not just an IT one.
Regulated environments
Auditors need evidence of who changed firmware, when and how. That record has to be tamper-evident.
Long device lifecycles
Medical equipment stays in service for a decade or more, well beyond the support window of its original software.
Where Trusted Computing Makes a Difference
Device Firmware Integrity
Patient Data Confidentiality
Life-Support Implants
Regulatory Audit Trails
Incident Recovery
Clinician Access Control
Device Firmware Integrity
Guarantee that dialysis machines, imaging scanners and infusion pumps run only approved firmware, verified at every boot.
Patient Data Confidentiality
Protect health records in transit and at rest with keys held in hardware, out of reach of software attacks.
Life-Support Implants
Verify software updates and command origins before execution on pacemakers and other implanted devices.
Regulatory Audit Trails
Document who updated firmware, when and how, to meet audit requirements in regulated environments.
Incident Recovery
Roll compromised devices back to a trusted firmware state quickly, minimising downtime during a cyber incident.
Clinician Access Control
Authenticate remote telemedicine terminals and badge readers so only authorised staff reach critical devices.
The trusted computing stack behind Healthcare
Trusted Platform Module (TPM)
TPM-anchored secure boot guarantees devices such as dialysis machines and imaging scanners run only approved firmware. In-transit and at-rest encryption via TPM protects sensitive health records from exfiltration.
Device Identifier Composition Engine (DICE)
DICE validation secures life-support implants such as pacemakers, verifying software updates and command origins before execution.
Cyber Resilient Technologies (CyRes)
CyRes rapidly rolls back compromised devices to a trusted firmware state, minimizing downtime during cyber incidents.
Platform Certificates
Platform certificates authenticate remote telemedicine terminals and badge-reader systems, ensuring only authorized clinicians access critical devices.
Reference Integrity Manifest (RIM)
FIM/RIM documents who, when, and how firmware updates occur, critical for auditing in regulated environments.
The Work Groups shaping healthcare standards
Trusted Platform Module (TPM)
Owns the TPM architecture behind secure boot and encrypted storage on medical devices.
Device Identifier Composition Engine (DICE)
Develops the lightweight Root of Trust used to validate updates on implants and constrained devices.
Cyber Resilient Technologies (CyRes)
Defines the recovery requirements behind fast rollback after a device compromise.
Attestation
Aligns the attestation evidence models used to verify device state across a hospital estate.
Infrastructure
Provides the credential and enrollment framework behind device provenance and access control.
Internet of Things (IoT)
Applies TCG technologies to connected medical devices deployed and updated remotely.
Jan 23, 2023
Protecting the Healthcare sector from supply chain attacks
With a cyberattack occurring every 39 seconds, not only are they becoming more frequent, they are becoming more sophisticated and premeditated. Attackers have…
Jan 10, 2020
The EC perspective on healthcare digital transformation
See page 448 and learn from Thorsten Stremlau, Trusted Computing Group's Marketing Work Group Chair, on the importance of cybersecurity, as well as the risk…
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.
Finance
Banks and trading platforms require airtight record security and endpoint authenticity.
Become part of TCG
Membership is open to corporations, start‑ups, government, academia, and non‑profits. Join to influence specs in Work Groups, access drafts, network with experts, and submit products for TCG Certification.