JOURNAL ARTICLE

Research and Realization of Trusted Computing Platform Based on EFI

Abstract

Trusted computing has become a new and challenging research issue in the field of information security. To further enhance the safety of BIOS, we construct a trusted computing platform based on extensible firmware interface (EFI), the trust chain is transferred from the first stage of EFI to the operating system by applying TPM (trusted platform module) and TSS (TCG software stack). We presented the principle mechanism of EFI and the realization framework of trusted computing platform, proposed the key technologies such as chain of trust, construction of TMP and TSS, validation of file integrity, and etc. Theoretic analysis demonstrated the effectiveness of this new trusted computing platform.

Keywords:
Trusted Computing Direct Anonymous Attestation Firmware Trusted Platform Module Computer science Operating system BIOS Realization (probability) Construct (python library) Trusted computing base Booting Field (mathematics) Trusted Network Connect Interface (matter) Embedded system Key (lock) Computer security Cloud computing Cloud computing security Computer network

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Topics

Cloud Data Security Solutions
Physical Sciences →  Computer Science →  Information Systems
Security and Verification in Computing
Physical Sciences →  Computer Science →  Artificial Intelligence
Access Control and Trust
Social Sciences →  Social Sciences →  Sociology and Political Science
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