USE .PKS FOR JAVA KEYSTORE EXPLORER ARCHIVE
USE .PKS FOR JAVA KEYSTORE EXPLORER PASSWORD

They then sign the public key (using their Private certificate authority) and place the resulting certificate, along with the corresponding private key and all intermediate CA certificates (the 'certificate chain'), in the user's keystore. In this situation, the following occurs: the IT staff generates the public and private key pair for an employee along with the certificate signing request. Internally, many organizations will perform this process for their employees. In the above scenario, a '.cert' is sent back to the client. Now when the client connects to the server, the certificate is presented and the client is authenticated. the client stores the private key along with this certificate in its keystore.the server signs the public key and returns this signature (the 'certificate') to the client.

the client generates a certificate signing request for the public key and sends this to the server.

the client generates an asymmetric key pair (public and private keys).

The typical process for setting up an external client to authenticate using a certificate is as follows: The answer that Pornin gave is pretty good.ĭo we distribute.

USE .PKS FOR JAVA KEYSTORE EXPLORER PASSWORD

crt) file usually contains a single certificate, alone and without any wrapping (no private key, no password protection, just the certificate).

USE .PKS FOR JAVA KEYSTORE EXPLORER ARCHIVE

pfx file is a PKCS#12 archive: a bag which can contain a lot of objects with optional password protection but, usually, a PKCS#12 archive contains a certificate (possibly with its assorted set of CA certificates) and the corresponding private key. I personally stick to the strict definition for which the certificate is the signed container for the public key only.Ī. Some people use the term 'certificate' to designate both the certificate and the private key this is a common source of confusion. Certificates are intrinsically public objects. When the server sends its public key to a client, it actually sends its certificate, with a few other certificates (in a chain: the certificate which contains the public key of the CA which signed its certificate, and the certificate for the CA which signed the CA's certificate, and so on). It includes the public key, the server name, some extra information about the server, and a signature computed by a certification authority (CA). The certificate is, nominally, a container for the public key. There are two objects: the private key, which is what the server owns, keeps secret, and uses to receive new SSL connections and the public key which is mathematically linked to the private key, and made 'public': it is sent to every client as part of the initial steps of the connection.

Use .pks for java keystore explorer