Light weight certificate suitable for encryption communication of circuit domain and encryption communication method
An encrypted communication and circuit domain technology, applied in the field of lightweight certificate generation and use, can solve the problems of incomplete delay, small encryption and identity authentication, and achieve the effects of protecting security, reducing delay, and improving user experience
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[0029] The present invention will be further described below through specific embodiments and accompanying drawings.
[0030] The invention proposes a lightweight certificate for encrypted communication in the circuit domain, and related generating and using methods. The lightweight certificate is compatible with the standard X.509 certificate, and it is guaranteed to have no impact on CA (CertificationAuthority, digital certification authority) and related certificate specifications.
[0031] 1. Extensions for X.509 certificates
[0032] X.509 certificate is a common signature certificate format. The certificates are in line with the ITU-TX.509 international standard. Certificates in the X.509 format are widely used for signing e-mail messages, authenticating program code, and authenticating many other types of data, among other things.
[0033] The present invention first expands the standard X.509 certificate as follows: a new extension item conforming to the X.509 certi...
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