Public key password calculation method and system based on Intel SGX mechanism

Abstract

The invention discloses a public key password calculation method and system based on an Intel SGX mechanism. The method comprises the following steps of 1) generating Public enclave and Private enclave independent of each other, which are application running environments providing isolated execution based on the Intel SGX mechanism respectively; deploying the Public enclave in an encrypted messagesender terminal or a signed message verifier terminal, and deploying the Private enclave in an encrypted message receiver terminal or a signed message generator terminal; and 2) when the Private enclave is started for the first time, generating a private key; and when the Public enclave is started for the first time, executing SGX remote authentication for the Private enclave to request for a public key identical to the private key. According to the public key password calculation method and system, the public key password calculation is realized securely and efficiently.

Description

Technical field [0001] The invention belongs to the field of computer technology and information security technology, and specifically relates to a public key cryptographic calculation method and system based on the Intel SGX mechanism. Background technique [0002] The public key cryptosystem is the basic security component of Internet applications and protocols, supports various Internet standards, and is widely used in various Internet security services. Generally, public-key cryptosystems use public-key cryptographic algorithms based on mathematically difficult problems, such as factorization of large integers, discrete logarithm problems, and discrete logarithm problems on elliptic curves. Due to the computational complexity of difficult mathematical problems, the existing public key cryptosystems are usually computationally intensive, and have the disadvantages of time-consuming computation and high performance overhead. Compared with the symmetric cryptosystem based on pe...

AI Technical Summary

Problems solved by technology

Due to the complexity of the calculation of difficult mathematical problems, the existing public key cryptosystem is usually computationally intensive, and has the disadvantages of time-consuming calculation and high performance overhead

Compared with symmetric cryptosystems based on permutation and transposition, the performance of public key cryptosystems is much lower when achieving equivalent security strength

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