Technologies for provisioning cryptographic keys include hardcoding identical cryptographic key components of a Rivest-Shamir-Adleman (RSA) public-private key pair to each compute device of a plurality of compute devices. A unique cryptographic exponent that forms a valid RSA public-private key pair with cryptographic key components hardcoded into each compute device is provided to each compute device so that each compute device has a unique public key. The public key of each compute device may be used to provision unique secrets to the corresponding compute device.

Technologies for provisioning cryptographic keys include hardcoding identical cryptographic key components of a Rivest-Shamir-Adleman (RSA) public-private key pair to each compute device of a plurality of compute devices. A unique cryptographic exponent that forms a valid RSA public-private key pair with cryptographic key components hardcoded into each compute device is provided to each compute device so that each compute device has a unique public key. The public key of each compute device may be used to provision unique secrets to the corresponding compute device.

Disclosed are a method and apparatus for a data storage library comprising a first and second drive, a first and second mobile medium, a first and second partition wherein the first partition comprises the first drive and the first mobile medium and the second partition comprises the second drive and the second mobile medium, and a combination bridge controller device. The combination bridge controller device is configurable to control first communication traffic between at least a first client and the first partition wherein the first communication traffic can comprise a first data package. The combination bridge controller device is further configurable to optionally encrypt the first data package for storage on the first mobile medium when the first mobile medium is in cooperation with the first drive.