Abstract: The disclosed embodiments generally use multiple QRNGs contained within independent servers operating in a round-robin fashion via an Application Programming Interface (API) such that the quality of the random number bitstream can be enhanced due to a sum of entropy being gathered across multiple QRNGs that are multiplicative in nature. This allows for multiple modes of operation to be accomplished, the first being a higher overall random stream bitrate, the second being an enhanced entropy stream where output from the independent QRNGs are interleaved together to improve the quality of the random bitstream, and the third mode of operation where a minimum guaranteed random bitstream rate is maintained equal to the redundancy value chosen by the operator based upon the quantity of QRNG devices within the system.

Abstract: The disclosed embodiments generally use multiple QRNGs contained within independent servers operating in a round-robin fashion via an Application Programming Interface (API) such that the quality of the random number bitstream can be enhanced due to a sum of entropy being gathered across multiple QRNGs that are multiplicative in nature. This allows for multiple modes of operation to be accomplished, the first being a higher overall random stream bitrate, the second being an enhanced entropy stream where output from the independent QRNGs are interleaved together to improve the quality of the random bitstream, and the third mode of operation where a minimum guaranteed random bitstream rate is maintained equal to the redundancy value chosen by the operator based upon the quantity of QRNG devices within the system.

Abstract: A quantum communication system for encrypting communication includes a processor configured to receive an encryption request from a mobile device. The mobile device determines a first encryption key from the mobile device. A quantum random number generator generates a second encryption key using quantum mechanics. The processor transmits the second encryption key to the mobile device. The mobile device implements a digital XOR logic gate configured to perform an XOR operation on the first encryption key and the second encryption key to generate a third encryption key.

Abstract: A quantum communication system for encrypting communication includes a processor configured to receive an encryption request from a mobile device. The mobile device determines a first encryption key from the mobile device. A quantum random number generator generates a second encryption key using quantum mechanics. The processor transmits the second encryption key to the mobile device. The mobile device implements a digital XOR logic gate configured to perform an XOR operation on the first encryption key and the second encryption key to generate a third encryption key.