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Key Usage: The Key Usage extensions define what a particular certificate may be used for (assuming the application can parse this extension). Key Enciphered: (Taken from http://www.ietf.org/rfc/rfc3280.txt) The keyEncipherment bit is asserted when the subject public key is used for key transport.
Extended Key Usage (EU) is a method of enforcing the public key of a certificate to be used for a pre-determined set of key purposes. There can be one or more such key purposes defined. This extension is usually defined by the end entity systems in their certificates to support their security design constraints.
Description. A file extension is the designation at the end of a file. For example, a certificate named “certificate. Cer” has a certificate extension of “.
The enhanced key usage (EU) extension MUST be used and MUST contain the following AIDS: PKI Peer Auth (defined below) and PKI Server Auth (1.3. 6.1. The DID to specify that a certificate can be used for P2P authentication. An IDC MUST contain usage specifiers for both Peer Auth and PKI Server Auth (1.3. 6.1.
The subject key identifier is an extension stored in the certificate with an arbitrary identifier which is unique to this public key and makes it efficient for systems that want to validate a signature to identify which public key to use, either for CA certificates when doing path construction or for other purposes.
Key enciphered means that the key in the certificate is used to encrypt another cryptographic key (which is not part of the application data). Data enciphered means that the key in the certificate is used to encrypt application data.
The enhanced key usage (EU) extension MUST be used and MUST contain the following AIDS: PKI Peer Auth (defined below) and PKI Server Auth (1.3. 6.1. The DID to specify that a certificate can be used for P2P authentication. An IDC MUST contain usage specifiers for both Peer Auth and PKI Server Auth (1.3. 6.1.
TLS Client Authentication. Traditionally, TLS Client Authentication has been considered the alternative to bearer tokens (passwords and cookies) for web authentication. In TLS Client Authentication, the client (browser) uses a certificate to authenticate itself during the TLS handshake.
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