Trusted Computing Platforms: TCPA Technology in Context - Softcover

Pearson, Siani

 
9780130092205: Trusted Computing Platforms: TCPA Technology in Context

Inhaltsangabe

TCPA: Building computing platforms upon a solid foundation of trust.

As businesses stake their very existence on the Internet, PCs, PDAs, and other key computing platforms, the trustworthiness of these platforms has become a vital concern. In response, the Trusted Computing Platform Alliance (TCPA) has delivered a complete specification for building trusted computing platforms atop trusted hardware. In Trusted Computing Platforms , leaders of the initiative illuminate TCPA for every systems developer and decision-maker. They place TCPA in context, outlining its goals, techniques, and powerful implications for the future.

What trusted computing platforms are, how they work, and what problems they will solve
Transforming standard platforms into trusted platforms cost-effectively
Scenarios for managers: TCPA applications in the security-focused business
Protected storage: how TCPA can ensure the confidentiality of stored data
Software integrity: ensuring that a system's software environment hasn't been tampered with
Trust mechanisms in a trusted platform: functional descriptions, advantages, and overhead
Trusted platforms in practice: TCPA for developers and technical professionals
How trusted platforms can be used to protect user privacy
The TCPA initiative: its history, status, and next steps forward
Backed by an extraordinary range of industry leaders, TCPA offers the first complete, cost-effective, and globally applicable solution for trusted computing. Whether you develop new systems or apply them in business or government, you need to understand this technology-and with this book, you will.

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Über die Autorin bzw. den Autor

About the Editor

DR. SIANI PEARSON is a Research Scientist at Hewlett Packard's Trusted e-Services Lab and has been a key member of the HP Labs team involved in founding and developing the Trusted Computer Platform Alliance (TCPA). She holds a Ph.D. in automated theorem proving at Edinburgh University and earned a fellowship at Cambridge University working in the same field. For the past four years, her research has focused on computer security, trust, and privacy.

With contributions from:

  • Boris Balacheff
  • Liqun Chen
  • Dr. Siani Pearson
  • David Plaquin
  • Graeme Proudler

Von der hinteren Coverseite

TCPA: Building computing platforms upon a solid foundation of trust.

As businesses stake their very existence on the Internet, PCs, PDAs, and other key computing platforms, the trustworthiness of these platforms has become a vital concern. In response, the Trusted Computing Platform Alliance (TCPA) has delivered a complete specification for building trusted computing platforms atop trusted hardware. In Trusted Computing Platforms, leaders of the initiative illuminate TCPA for every systems developer and decision-maker. They place TCPA in context, outlining its goals, techniques, and powerful implications for the future.

  • What trusted computing platforms are, how they work, and what problems they will solve
  • Transforming standard platforms into trusted platforms cost-effectively
  • Scenarios for managers: TCPA applications in the security-focused business
  • Protected storage: how TCPA can ensure the confidentiality of stored data
  • Software integrity: ensuring that a system's software environment hasn't been tampered with
  • Trust mechanisms in a trusted platform: functional descriptions, advantages, and overhead
  • Trusted platforms in practice: TCPA for developers and technical professionals
  • How trusted platforms can be used to protect user privacy
  • The TCPA initiative: its history, status, and next steps forward

Backed by an extraordinary range of industry leaders, TCPA offers the first complete, cost-effective, and globally applicable solution for trusted computing. Whether you develop new systems or apply them in business or government, you need to understand this technology―and with this book, you will.

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