20240022404. NON-HACKABLE DIGITAL IDENTITY simplified abstract (C2 Vault LLC)
Contents
NON-HACKABLE DIGITAL IDENTITY
Organization Name
Inventor(s)
Tommie Andrè Andreassen Nepstad of Bergen (NO)
Jesse Vikjart Erland of Pueblo CO (US)
Melvin James Bullen of Houston TX (US)
NON-HACKABLE DIGITAL IDENTITY - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240022404 titled 'NON-HACKABLE DIGITAL IDENTITY
Simplified Explanation
The abstract of the patent application describes a non-hackable digital identity system that involves registering high-resolution digital images of retinas, mapping blood flow, creating arterial and venal circulation system maps, storing the retinal image as a binary large image in memory, and creating and encrypting a retinal key.
- The system aims to create a secure digital identity by utilizing retinal images and mapping the blood flow and circulation system.
- The retinal image is stored in memory as a binary large image consisting of pixels, allowing for easy retrieval and analysis.
- A retinal key is created and encrypted to further enhance the security of the digital identity.
- The system ensures that the digital identity is non-hackable, providing a high level of security.
Potential Applications:
- Secure authentication systems for various industries, such as banking, healthcare, and government sectors.
- Access control systems for restricted areas, ensuring only authorized individuals can enter.
- Identity verification processes for online transactions and digital services.
- Biometric identification systems for law enforcement and border control.
Problems Solved:
- Addressing the issue of hacking and identity theft by providing a non-hackable digital identity system.
- Enhancing the security of authentication and access control systems.
- Improving the accuracy and reliability of identity verification processes.
Benefits:
- Increased security and protection against identity theft and hacking attempts.
- Improved accuracy and reliability of authentication and access control systems.
- Simplified and efficient identity verification processes.
- Potential for reducing fraud and unauthorized access to sensitive information.
Original Abstract Submitted
in accordance with one or more embodiments of the invention, a non-hackable digital identity, including a method of service registration including high resolution digital images of retinas, mapping blood flow, creating arterial and venal circulation system maps, storing the retinal image in memory as a binary large image, consisting of pixels, creating and encrypting a retinal key.
