A simple GUI to help you with common certificate related tasks.
If you have Chocolatey, the easiest way to install it is:
choco install openssl-wizard
Or you can download a copy from the the Releases section.
You will need to have openssl.exe present in the PATH of your system. If you're not sure how, you can always put openssl-wizard in the same folder as openssl.exe. If you don't need to run openssl, you can still click the copy button to copy the openssl command to the clipboard.
Generate an RSA key of specified length, and encrypted with a passphrase or unencrypted. The key length and encryption method may be chosen.
Generate an Elliptic Curve DSA key using the specified elliptic curve, and encrypted with a passphrase or unencrypted. The key length is fixed for the chosen curve.
Generates a new Root Certificate Authority (Root CA) key and self-signs it in one operation. Both a certificate (public key) and private key are generated. You can choose the digest algorithm, the certificate validity and other extended parameters.
Generates a Root Certificate Authority by signing an existing private key to give you a self-signed certificate. You can choose the digest algorithm, the certificate validity and other extended parameters.
Generates a Certificate Signing Request (CSR) for an existing private key. You can choose the digest algorithm, and other extended parameters. This CSR can be sent to your signing authority to have it signed and generate your SSL certificate.
Generates a new private key and a Certificate Signing Request (CSR) for that key. You can choose the digest algorithm, and other extended parameters. This CSR can be sent to your signing authority to have it signed and generate your SSL certificate.
If you have a CSR, you can now generate a signed certificate for it. You will also need the private key and public key of the authority that you want to sign with. You can choose the validity, and other extended parameters.
You can convert certificates from various container formats to one another.
You can combine a private key and a public key (certificate) into a single container.
Currently only PCKS#12 is supported as the output format.
