Granted Patent B2

US 12,432,049 · App. 17/871,959 · Granted Sep 30, 2025

Inventors: Robert C Hines, III (Irvine, CA); Scott Lazarus (Fort Lauderdale, FL)

Assignees: ZEROPROOF, LLC; Scott Lazarus

H04L9/0825H04L9/0819H04L9/0852H04L9/0869H04L9/0662

Abstract

Claims (61)

1. A method for quantum key distribution, the method comprising:

forming a first quantum production key package with a first production file name, the first quantum production key package being an encrypted file with a plurality of quantum production keys;

forming a first quantum sacrificial key package with a first sacrificial file name associated with a portion of the first production file name, the first quantum sacrificial key package being an encrypted file with a first sacrificial return key;

sending the first quantum sacrificial key package to a sacrificial key server; and

sending the first quantum production key package to a plurality of computer devices to set up a quantum key encryption tunnel between the plurality of computer devices.

2. The method for quantum key distribution of claim 1 , further comprising:

with a first computer device,

receiving the first quantum production key package with the first production file name;

sending the first production file name to the sacrificial key server;

receiving the first sacrificial return key from the sacrificial key server;

using the first sacrificial return key to decrypt the first quantum production key package with the plurality of quantum production keys;

retrieving a first quantum production key out of the plurality of quantum production keys;

using the first quantum production key to encrypt data to send to other computer devices of the plurality of computer devices; and

using the first quantum production key to decrypt data received from the other computer devices of the plurality of computer devices.

3. The method for quantum key distribution of claim 2 , further comprising:

with a second computer device,

receiving the first quantum production key package with the first production file name;

sending the first production file name to the sacrificial key server;

receiving the first sacrificial return key from the sacrificial key server;

using the first sacrificial return key to decrypt the first quantum production key package with the plurality of quantum production keys;

retrieving a first quantum production key out of the plurality of quantum production keys;

using the first quantum production key to encrypt data to send to the first computer device of the plurality of computer devices; and

using the first quantum production key to decrypt data received from the other first computer device of the plurality of computer devices.

4. The method for quantum key distribution of claim 2 , further comprising:

with the sacrificial key server,

receiving the first quantum sacrificial key package with the first sacrificial return key;

receiving the first production file name from one computer device of the plurality of computer devices;

using a first sacrificial send key to decrypt the first sacrificial key package;

retrieving the first sacrificial return key; and

returning the first sacrificial return key to the one computer device of the plurality of computer devices.

5. The method for quantum key distribution of claim 4 , wherein

the first sacrificial send key is the first production file name.

6. The method for quantum key distribution of claim 1 , wherein the first quantum production key package is formed by

generating, into a first file having the first production file name, a first plurality of quantum encryption keys using a quantum random number generator; and

encrypting the first file with a predetermined encryption algorithm using the first production file name to form the first quantum production key package.

7. The method for quantum key distribution of claim 1 , wherein the first quantum sacrificial key package is formed by

generating, into a file having a first sacrificial file name associated with a portion of the first production file name, a first sacrificial return key using a quantum random number generator;

encrypting the file with a predetermined encryption algorithm using the first sacrificial file name to form the first quantum sacrificial key package.

8. The method for quantum key distribution of claim 1 , wherein the first quantum production key package further includes

an address of the sacrificial key server to which the first production file name can be sent.

9. A method for quantum key distribution, the method comprising:

forming a first quantum production key package with a first production file name, the first quantum production key package being an encrypted file with a plurality of quantum production keys;

forming a first quantum sacrificial key package with a first sacrificial file name associated with a portion of the first production file name, the first quantum sacrificial key package being an encrypted file with a first sacrificial return key;

sending the first quantum sacrificial key package to a first single use sacrificial key server of a plurality of single use sacrificial key servers;

sending an internet protocol (IP) address of the first single use sacrificial key server and the first quantum production key package to a first computer device of a plurality of computer devices to set up a quantum key encryption tunnel for the first computer device;

sending the first quantum sacrificial key package to a second single use sacrificial key server of the plurality of single use sacrificial key servers; and

sending an IP address of the second single use sacrificial key server and the first quantum production key package to a second computer device of the plurality of computer devices to set up a quantum key encryption tunnel for the second computer device.

10. The method for quantum key distribution of claim 9 , further comprising:

with a first computer device,

receiving the first quantum production key package and the IP address of the first single use sacrificial key server;

sending the first production file name to the first single use sacrificial key server associated with the IP address;

receiving the first sacrificial return key from the first single use sacrificial key server;

using the first sacrificial return key to decrypt the first quantum production key package with the plurality of quantum production keys;

retrieving a first quantum production key out of the plurality of quantum production keys;

using the first quantum production key to encrypt data to send to other computer devices of the plurality of computer devices; and

using the first quantum production key to decrypt data received from the other computer devices of the plurality of computer devices.

11. The method for quantum key distribution of claim 10 , further comprising:

with a hacking computer device to gain access to information,

stealing the first quantum production key package and the IP address of the first single use sacrificial key server;

sending the first production file name to the first single use sacrificial key server associated with the IP address; and

receiving no response or a null response from the first single use sacrificial key server given that the first quantum production key package and the IP address were previously used by the first computer device.

Assignments (2)

Continuity (2)

References Cited (60)