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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.

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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.

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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/
Events

Webcast: How to Implement Trusted Platforms and EcoSystems

Webcast: How to Implement Trusted Platforms and EcoSystems
Status:

Passed

Type:

Webinar

Location:

Online

Date:Thu, Feb 15, 2018
Time:10:00 AM - 11:00 AM
UTC-8
View event website
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Webcast: How to Implement Trusted Platforms and EcoSystems

Join Lee Wilson, OnBoard Security, and Philip Tricca, Intel Corporation, for a webcast on Thursday, February 15th, 10:00 a.m. Pacific/ 1:00 p.m. Eastern to learn how to implement trusted platforms.

Daily reports of attacks and breaches, from servers, PCs and data centers to IoT systems, mean that developers and OEMs must embed security at the foundation of their systems and ecosystems. This new webcast with long-time TPM and Trusted Software Stack expert Lee Wilson, OnBoard Security, will review the key attributes of the TPM and how the new TCG TSS can be used for bottoms-up defense using a trust chain and improving overall platform security.

Attendees will learn about the changes to TSS to make use much easier and more efficient and how to start developing applications and resources. Use cases including key storage and software measurement will be addressed along with strong device identity and authentication. Using the TPM and TSS for health monitoring also will be discussed.

Lee is a business development engineer at OnBoard Security, where he is responsible for technical support and business development of OnBoard Security’s TCG Software Stack 2.0 (TrustSentry 2.0) and OnBoard Security’s post-quantum cryptography (NTRU and pqNTRUsign).

Phillip has found this way to Intel where his current responsibilities include transforming Intel’s open source implementation of the TPM2 Software Stack (TSS2) from proof of concept to a vibrant and sustainable OSS project.

This webcast is free but you must register.

Speakers:

Lee Wilson, Business Development Engineer, OnBoard Security, TCG Trusted Software Stack and Virtualized Platform Work Group Co-Chairman

Lee is the Product Development Engineer at OnBoard Security responsible for TrustSentinel 2.0 (OnBoards’s TSS 2 Offering) and OnBoard’s post-quantum cryptography, NTRU/pqNTRUsign. Lee had a diverse 35 year career with IBM spent initially in chip design, card design, CAD and system/network architecture. After designing a DES cryptography accelerator chip in his early career that went into IBM ATMs, he spent the last ten years of his career at IBM in System X focused on security leading IBM System X security and serving as IBM’s TCG Board of Directors member.

Phil Tricca, Software Architect and Engineer, Intel Corporation’s Platform and Security division

His career began with a 7-year stint in a U.S. Air Force research lab, working with open source Linux security technology, including mandatory access control systems like SELinux and measured boot, using the TPM 1.2 devices. Philip then transitioned to the private sector, working for Citrix integrating the Xen hypervisor with various platform security technologies. Most recently Philip has found his way to Intel where his current responsibilities include transforming Intel’s open source implementation of the TPM2 Software Stack (TSS2) from proof of concept, to a vibrant and sustainable OSS project.

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