Intel corporation (20240223381). POST-QUANTUM CRYPTOGRAPHY SIGNATURE VERIFICATION simplified abstract
Contents
POST-QUANTUM CRYPTOGRAPHY SIGNATURE VERIFICATION
Organization Name
Inventor(s)
Alan Hwang of New York NY (US)
Solmaz Ghaznavi of Portland OR (US)
Santosh Ghosh of Hillsboro OR (US)
POST-QUANTUM CRYPTOGRAPHY SIGNATURE VERIFICATION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240223381 titled 'POST-QUANTUM CRYPTOGRAPHY SIGNATURE VERIFICATION
The patent application describes techniques for performing digital signature verification, including various circuitry components such as memory, secure hash algorithm (SHA) circuitry, message representative generator circuitry, tree verification circuitry, and hypertree verification circuitry.
- Memory, SHA circuitry, message representative generator circuitry, tree verification circuitry, and hypertree verification circuitry are included in the digital signature verification circuitry.
- The circuitry components work together to verify digital signatures efficiently and securely.
Potential Applications:
- This technology can be applied in secure communication systems to verify the authenticity of digital signatures.
- It can be used in financial transactions to ensure the integrity of digital signatures.
- This technology may find applications in secure document management systems for verifying the validity of digital signatures.
Problems Solved:
- Ensures the authenticity and integrity of digital signatures.
- Provides a secure method for verifying digital signatures.
- Enhances the overall security of communication and transaction systems.
Benefits:
- Improved security in digital communication and transactions.
- Efficient and reliable verification of digital signatures.
- Enhanced trust and confidence in the authenticity of digital signatures.
Commercial Applications:
- Secure communication systems
- Financial transaction platforms
- Document management systems
Questions about Digital Signature Verification: 1. How does digital signature verification enhance the security of communication systems? 2. What are the key components of the digital signature verification circuitry and how do they work together to verify digital signatures effectively?
Original Abstract Submitted
techniques for performing digital signature verification are described. digital signature verification circuitry includes a memory; and signature verification circuitry, including secure hash algorithm (sha) circuitry; message representative generator circuitry; tree verification circuitry; and hypertree verification circuitry.
