Tags → #cryptography

Study Explores Future of Quantum Cryptography Systems

Researchers from the Pritzker School of Molecular Engineering and Argonne National Laboratory have published an article discussing the future of cryptographic systems in light of quantum technology advancements, emphasizing the need for quantum-resistant systems and exploring both Quantum Key Distribution and Post-Quantum Cryptography.
Study Introduces AMAZE Framework for Efficient Cryptographic Hash Functions

A recent study emphasizes the importance of collision-resistant cryptographic hash functions in enhancing security and privacy, particularly in zero-knowledge proof protocols, and introduces the AMAZE framework for efficient hardware implementation of the MiMC hash function on resource-constrained devices.
Advancements in Classification of Almost Perfect Nonlinear Functions

A recent research article has reported advancements in the search and classification of Almost Perfect Nonlinear (APN) functions, which are important for cryptographic security.
Advancements in Zero-Knowledge Argument Systems Using Garbled Circuits

A recent paper presents advancements in zero-knowledge argument systems using garbled circuits, building on previous research and introducing new techniques for efficiency and security in cryptographic protocols.
Hybrid Quantum-Classical Symmetric Encryption Method Introduced

A recent paper introduces a hybrid quantum-classical symmetric cryptosystem that utilizes quantum circuits for encryption, marking a significant advancement in cryptographic methods.
New Framework Introduces Secure Digital Consent Process

A new paper presents a framework for cryptographically secure digital consent, designed to enhance trust and security in online services by replicating traditional consent processes in a digital environment.
Researchers Introduce Pseudorandom Codes for Enhanced Cybersecurity

Researchers Christ and Gunn have introduced Pseudorandom Codes (PRCs) in 2024, enhancing error correction and security in cryptography and cybersecurity.
Zero-Knowledge Location Privacy Technology Introduced

The introduction of Zero-Knowledge Location Privacy (ZKLP) marks a significant advancement in privacy technology, enabling users to validate their presence in a geographic area without revealing their exact location.
Cryptography in Malware Development: The Decorrelated Fast Cipher

The article discusses the Decorrelated Fast Cipher (DFC), a symmetric block cipher developed by a team of cryptographers, highlighting its features, innovations, and identified vulnerabilities in the context of malware development.
Advancements in Zero-Knowledge Proof Protocols by UC Berkeley Researcher

A recent dissertation by Tiancheng Xie from UC Berkeley presents four new zero-knowledge proof protocols—Libra, deVirgo, Orion, and Pianist—designed to improve the efficiency and scalability of proof generation for privacy-preserving transactions.