In-memory certificate conversion system

A system comprising:

• a memory that stores instructions;
• and
• one or more processors configured by the instructions to perform operations comprising:
• initiating a Live Data Connector (LDC);
• accessing, via the LDC, a configuration file comprising a security certificate;
• analyzing, via the LDC, the configuration file to determine whether the configuration file contains a JKS certificate to be used by the LDC to exchange data between an on-premise application and a cloud system;
• based on determining that the configuration file contains a JKS certificate that is not compatible with the LDC, automatically converting the JKS certificate to a Public-Key Cryptography Standards (PKCS12) format certificate via a Java Virtual Machine of the LDC by performing operations comprising:
• determining a public key for the JKS certificate;
• determining a private key for the JKS certificate;
• determining a chain of trusted authority certificates that establish validity of the JKS certificate;
• generating a PKCS12 container containing the public key, private key, and the chain of trusted authority certificates;
• and
• generating a PKCS12 format certificate by exporting PKCS12 container as a bytes array;
• and
• providing, via the LDC, the PKCS12 format certificate to a web server for SSL configuration, the web server configured to establish secure communications using the PKCS12 format certificate in real time from a request to access a service via the web server.

A non-transitory computer-readable medium comprising instructions stored thereon that are executable by at least one processor to cause a computing device to perform operations comprising:

• initiating a Live Data Connector (LDC);
• accessing, via the LDC, a configuration file comprising a security certificate;
• analyzing, via the LDC, the configuration file to determine whether the configuration file contains a JKS certificate to be used by the LDC to exchange data between an on-premise application and a cloud system;
• based on determining that the configuration file contains a JKS certificate that is not compatible with the LDC, automatically converting the JKS certificate to a Public-Key Cryptography Standards (PKCS12) format certificate via a Java Virtual Machine of the LDC by performing operations comprising:
• determining a public key for the JKS certificate;
• determining a private key for the JKS certificate;
• determining a chain of trusted authority certificates that establish validity of the JKS certificate;
• generating a PKCS12 container containing the public key, private key, and the chain of trusted authority certificates;
• and
• generating a PKCS12 format certificate by exporting PKCS12 container as a bytes array;
• and
• providing, via the LDC, the PKCS12 format certificate to a web server for SSL configuration, the web server configured to establish secure communications using the PKCS12 format certificate in real time from a request to access a service via the web server.