Optimized Design of Trusted Boot Architecture Based on Embedded Devices

This paper delves into the optimized design of the trusted boot architecture for embedded devices. In an era where embedded devices are ubiquitously integrated into various aspects of modern life, safeguarding the security of their boot processes has become a critical concern. We commence with a comprehensive analysis of existing trusted boot architectures, highlighting their inherent limitations. Subsequently, an innovative optimized design is put forward, which incorporates state - of - the - art techniques such as refined measurement models, fortified key management strategies, and enhanced authentication protocols. Rigorous experiments are conducted to assess the performance and security of the proposed architecture. The experimental data convincingly demonstrates substantial improvements in boot - up time, attack resistance, and overall system integrity, thus offering a reliable solution for ensuring the secure boot of embedded devices.