Significant vulnerabilities have been found in chips. Computer programs and methods have been developed to prevent, find, and mitigate them. We proposed Secure Hardware Assurance Reference Dataset (SHARD) as a repository of reference examples(test cases) of both vulnerable and “clean” hardware chip designs. SHARD test cases will enable tool makers to test their chip designing and checking techniques and allow chip designers to evaluate those tools. SHARD received preliminary funding through NIST Information Technology Laboratory’s (ITL) Building The Future (BTF) 2024 program. This reports what we achieved with that funding.
Significant vulnerabilities have been found in chips. Computer programs and methods have been developed to prevent, find, and mitigate them. We proposed Secure Hardware Assurance Reference Dataset (SHARD) as a repository of reference examples(test cases) of both vulnerable and “clean” hardware chip...
See full abstract
Significant vulnerabilities have been found in chips. Computer programs and methods have been developed to prevent, find, and mitigate them. We proposed Secure Hardware Assurance Reference Dataset (SHARD) as a repository of reference examples(test cases) of both vulnerable and “clean” hardware chip designs. SHARD test cases will enable tool makers to test their chip designing and checking techniques and allow chip designers to evaluate those tools. SHARD received preliminary funding through NIST Information Technology Laboratory’s (ITL) Building The Future (BTF) 2024 program. This reports what we achieved with that funding.
Hide full abstract
