Method and system for highly secured network communication using quantum technologies

A computerized system for secure network communication of data comprising:

• source data;
• an encryption operator, implemented on a first computer processor, receiving the source data and producing encrypted data and key data corresponding to the encrypted data, wherein producing encrypted data and key data comprises:
• generating a random bit size corresponding to every write request of the source data of a size equal to the random bit size;
• and generating a random key equal to or greater in size than the random bit size;
• at least one network-enabled communication path between a first network location and a second network location, wherein a first of the encrypted data or the key data is transmitted from the first network location to the second network location;
• at least one verification operator verifying successful transmission of the first of the encrypted data or the key data through the network-enabled communication path;
• a second of the encrypted data or the key data transmitted from the first network location to the second network location only after verifying successful transmission of the first of the encrypted data or the key data, the at least one verification operator verifying successful transmission of the second of the encrypted data or the key data through the network-enabled communication path;
• and
• a decryption operator, implemented on a second computer processor, decrypting, at the second network location, the encrypted data with the key data to provide a data output.

A computerized method for secure network communications of data, the method comprising:

• providing source data located at a first network location;
• encrypting, using a first computer processor, the source data to produce encrypted data and key data corresponding to the encrypted data, wherein a random bit size generator is used to generate a random bit size corresponding to every write request of the source data of a size equal to the random bit size, and a random key generator is used to generate a random key equal to or greater in size than the random bit size;
• transmitting the key data from the first network location to a second network location;
• verifying successful transmission of the key data to the second location;
• upon verification of successful transmission of the key data to the second location, transmitting the encrypted data from the first network location to the second network location only after verifying successful transmission of the first of the encrypted data or the key data;
• verifying successful transmission of the encrypted data to the second location;
• and
• upon verification of successful transmission of the encrypted data to the second location, decrypting, using a second computer processor, the encrypted data with the key data to provide a data output.