Once an issuer object is created in you key vault, its name can be referenced in the policy of the KV certificate. Create a certificate with a known issuer provider: This method requires you to do a one-time task of creating an issuer object.Your application completes the new certificate creation with a merger of the X509 Certificate from your CA.Your chosen CA responds with an X509 Certificate.Your application passes the CSR to your chosen CA.Key Vault returns to your application a Certificate Signing Request (CSR).In the diagram, your application is creating a certificate, which internally begins by creating a key in your key vault.The following descriptions correspond to the green lettered steps in the preceding diagram. Although this method requires more steps, it does provide you with greater security because the private key is created in and restricted to Key Vault. The signed x509 certificate can be merged with the pending key pair to complete the KV certificate in Key Vault. The signing request can be signed by your registration authority or certification authority. The certificate will be signed by its own key.Ĭreate a new certificate manually: Create a public-private key pair and generate an X.509 certificate signing request. The following are ways to create a certificate in Key Vault:Ĭreate a self-signed certificate: Create a public-private key pair and associate it with a certificate. When a KV certificate is created, the private key is created inside the key vault and never exposed to certificate owner. keytool -import -alias client-cert -file diagclientCA.A Key Vault (KV) certificate can be either created or imported into a key vault. Import a client's certificate to the client's trust store. keytool -import -alias server-cert -file diagserverCA.pem \ Import a server's certificate to the client's trust store. srckeystore clientkeystore.p12 -srcstoretype pkcs12 \ in diagclientCA.pem -inkey diagclientCA.key \Ĭonvert a PKCS12 keystore into a JKS keystore keytool -importkeystore -destkeystore client.keystore \ openssl pkcs12 -export -name client-cert \ Generate a private key openssl genrsa -out diagclientCA.key 2048Ĭreate a x509 certificate openssl req -x509 -new -nodes -key diagclientCA.key \Ĭreate PKCS12 keystore from private key and public certificate. Steps to create RSA private key, self-signed certificate, keystore, and truststore for a client file diagserverCA.pem -keystore uststore Import a server's certificate to the server's trust store. file diagclientCA.pem -keystore uststore Import a client's certificate to the server's trust store. srckeystore serverkeystore.p12 -srcstoretype pkcs12 in diagserverCA.pem -inkey diagserverCA.key \Ĭonvert PKCS12 keystore into a JKS keystore keytool -importkeystore -destkeystore server.keystore \ openssl pkcs12 -export -name server-cert \ Generate a private RSA key openssl genrsa -out diagserverCA.key 2048Ĭreate a x509 certificate openssl req -x509 -new -nodes -key diagserverCA.key \Ĭreate a PKCS12 keystore from private key and public certificate. Steps to create RSA key, self-signed certificates, keystore, and truststore for a server Can I reduce the number steps to achieve the same thing? If yes, then how? I would like to know why I need to add server’s and client’s own certificates into their respective truststores, in step 6. I am using Self-Signed certificates for testing only. The keystore and truststore file names are: server.keystore, uststore, client.keystore, and uststore. The server and client loads their keystore and truststore files. The keystore type used by the server and client is JKS. The server and client mutually authenticate each other using certificates. We have JAVA server and client communicate over a network using SSL.
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