Holographic cipher matrix encryption system
AssigneeBank of America Corporation
InventorsAdam Kristian King, Stacy Ellis Ingle
Life of this patent
Estimating the term…
Abstract
A method for encrypting data leveraging holographic technology. The method may include generating holographic interference patterns to produce encryption keys. The holographic patterns may be based on environmental conditions. The environmental conditions may be continuously monitored to generate the holographic interference patterns in real-time. The holographic interference patterns may be generated based on the environmental conditions and laser lights. The holographic interference patterns may be integrated into a computer infrastructure. The holographic interference may continuously adapt based on changes within an environment.
Claims20
A method for encrypting data, said method leveraging holographic technology, the method comprising:
- generating holographic interference patterns to produce encryption keys, said generating based on environmental conditions;
- continuously monitoring environmental conditions, said continuously monitoring adjusting the holographic interference patterns in real-time;
- dynamically adjusting the holographic interference patterns based on the continuously monitored environmental conditions;
- integrating the holographic interference patterns into computing infrastructures, said integrating encrypting data;
- and
- continuously adapting the holographic interference pattern based on changes in an environment.
A Holographic Cipher Matrix (“HCM”) system for encrypting data, the system comprising:
- a plurality of lasers, each of said lasers generating a laser beam;
- a plurality of lenses, each of said lenses focusing and shaping the laser beams;
- a plurality of mirrors, each of said mirrors to direct the laser beams;
- a plurality of beam splitters, each of said beam splitters dividing the laser beams into multiple paths;
- a plurality of holographic plates, the holographic plates configured to:
- record each of a plurality of characteristics about the laser beams;
- and
- create a holographic interference pattern based on each of the characteristics of the laser beams;
- one or more encryption keys, each encryption key being generated based on the holographic interference pattern;
- a plurality of environmental sensors, each of said environmental sensor configured to continuously monitor environmental conditions, said environmental conditions occurring within an environment of the HCM system;
- a plurality of real-time processing units for dynamically changing the holographic interference pattern and/or the encryption keys, said dynamically changing being based on the monitored environmental conditions;
- and
- an application programming interface (“API”) for integrating the HCM system into a computer infrastructure.
A Holographic Cipher Matrix (“HCM”) system for encrypting data, the system comprising:
- a plurality of lasers, each of said lasers configured for generating a laser beam;
- a plurality of lenses, each of said lenses configured for focusing and shaping the laser beams;
- a plurality of mirrors, each of said mirrors to direct the laser beams;
- a plurality of interferometers, each of said interferometers for splitting the laser beams into two paths;
- a plurality of holographic plates, the holographic plates configured for:
- recording each of a plurality of characteristics about the laser beams;
- and
- creating a holographic interference pattern based on each of the characteristics of the laser beams;
- one or more encryption keys, each encryption key being generated based on the holographic interference pattern;
- a plurality of environmental sensors, each of said environmental sensor configured to continuously monitor environmental conditions, said environmental conditions within an environment of the HCM system;
- a plurality of real-time processing units for dynamically changing the holographic interference pattern and/or the encryption keys, said dynamically changing being based on the monitored environmental conditions;
- and
- an application programming interface (“API”) for integrating the HCM system into a computer infrastructure.
Dependencies are inferred from the claim text.