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Block Integrated Trust (BIT)

Brings trusted computing principles to block-level storage, enabling integrity, attestation, and protection of data blocks at the device layer.

Cyber Resilient Technologies (CyRes)

TCG's cyber-resilience technology for protecting persistent code, detecting unexpected states, and recovering platforms to a known trusted state.

Device Identifier Composition Engine (DICE)

Device Identifier Composition Engine establishes a unique cryptographic identity for resource-constrained devices and IoT systems with minimal hardware.

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TCG's provenance artifacts asserting Roots of Trust, Trusted Building Blocks, and component composition for supply-chain assurance and attestation appraisal.

Reference Integrity Manifest (RIM)

Signed, machine-readable reference measurements used to verify a device boots and runs in its expected, trusted state.

Storage Security

TCG's architecture for interoperable security on trusted storage devices: self-encrypting drives, access control, locking, and Opal, Ruby, and Opalite classes.

TPM Software Stack (TSS)

A consistent software interface that lets applications and operating systems interact with TPM hardware across vendors, architectures, and platforms.

Trusted Platform Module (TPM)

Hardware-based root of trust that securely generates and stores cryptographic keys, attesting to the integrity of the platform it runs on.

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Resources/
Blogs

Data Protection

Published:
Oct 12, 20262 mins read

Data Protection

Self-encrypting Drive (SED) solutions based on TCG specifications enable integrated encryption and access control within the protected hardware of the drive. Self-encrypting drives provide the industry's preferred solution for full disk encryption, protecting data when the machines or drives are lost or stolen, as well as re-purposed, warranty repair, and end-of-life. TCG's open standards provide multivendor interoperability, allowing application vendors to provide management for multiple SED providers.

Self Encrypting Drive Benefits

Encryption

  • Proven standards for data confidentiality
  • Hardware-based and optimized within the drive electronics

Loss Prevention

  • Compliance to state, federal, and international breach notification legislation; enables an encryption-based 'safe-harbor'
  • Minimize risk of data theft when compared to traditional drive disposal technique

Better Performance

  • Encryption hardware, integrated into the drive controller, allows the drive to operate at full data rate with no performance degradation
  • Scalable solution - every drive contains an encryption engine

Stronger Security

  • Encryption always on and transparent to the user - major compliance requirement
  • Keys for encryption are generated in the drive and never leave the drive
  • User authentication is performed by the drive before it will unlock, independent of the operating system

Easier to Use

  • Encryption is transparent to both users and application software
  • No impact on end-to-end processes, like compression, de-duplication, or data loss prevention

Lower Cost of Ownership

  • No need for complex infrastructure to manage encryption keys
  • Main processor cycles not used for encryption
  • No modifications to the operating system, applications or tools
  • Crypto-erase provides instant repurposing/decommissioning; drive is not destroyed

Self-Encrypting Drives in the Marketplace

Almost all HDD and SSD makers offer self-encrypting drives based on TCG specifications for laptop form factors and for enterprise drives, and a number of software vendors provide management software for enterprise deployment. Drives are offered in systems from Dell and many other PC makers.

A 2011 market analysis for SEDs from Coughlin Associates:

  • By 2017, all hard drives will be SED capable (encryption integration into the controller); over 25 percent are SED enabled today
  • By 2013, 80 percent of solid state drives, or SSDs, are SED capable; by 2014, penetration will near 100 percent
  • Self Encrypting Drive Benefits
  • Encryption
  • Loss Prevention
  • Better Performance
  • Stronger Security
  • Easier to Use
  • Lower Cost of Ownership
  • Self-Encrypting Drives in the Marketplace

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Oct 20, 2026

3 mins read

Ensuring device integrity with PRCR

Expanding supply chains increase tampering risks; PRCR helps manufacturers verify device integrity and ensure hardware stays trusted end‑to‑end.

Oct 20, 2026

4 mins read

How do hardware standards protect the aerospace sector?

Specifications like the TPM, CyRes and remote attestation secure satellites and aerospace systems end‑to‑end, ensuring trusted operations.

Oct 15, 2026

5 mins read

Building the next generation of trusted computing experts

As the cybersecurity workforce faces a growing mismatch between available talent and the practical skills organizations need, education around trusted…

Explore other blogs

View all

Oct 20, 2026

3 mins read

Ensuring device integrity with PRCR

Expanding supply chains increase tampering risks; PRCR helps manufacturers verify device integrity and ensure hardware stays trusted end‑to‑end.

Oct 20, 2026

4 mins read

How do hardware standards protect the aerospace sector?

Specifications like the TPM, CyRes and remote attestation secure satellites and aerospace systems end‑to‑end, ensuring trusted operations.

Oct 15, 2026

5 mins read

Building the next generation of trusted computing experts

As the cybersecurity workforce faces a growing mismatch between available talent and the practical skills organizations need, education around trusted…

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