International Conference on Cryptography and Number-Theoretic Methods

This track focuses on the latest developments in public key cryptography, emphasizing novel algorithms and protocols. Researchers are invited to present their findings on security enhancements and efficiency improvements.

This session explores the theoretical foundations and practical implementations of lattice-based cryptographic systems. Contributions that address security, performance, and real-world applications are particularly welcome.

This track delves into the role of elliptic curves in modern cryptographic frameworks. Papers discussing new elliptic curve constructions, security proofs, and applications in cryptography are encouraged.

This session examines the significance of modular arithmetic in cryptographic algorithms and protocols. Researchers are invited to share innovative approaches and applications that leverage modular techniques.

This track focuses on advancements in primality testing algorithms and their implications for cryptographic security. Contributions that explore new methods or enhance existing ones are highly encouraged.

This session investigates the applications of finite fields in cryptographic systems, including error-correcting codes and secret sharing schemes. Papers that present novel constructions or theoretical insights are welcome.

This track highlights the intersection of algebraic number theory and cryptography, exploring how algebraic structures can enhance cryptographic protocols. Researchers are invited to submit works that bridge these two fields.

This session explores the applications of arithmetic geometry in the development of cryptographic algorithms. Contributions that discuss theoretical advancements or practical implementations are encouraged.

This track examines the relationship between coding theory and cryptography, focusing on error correction and secure communication. Papers that propose new coding schemes with cryptographic applications are welcome.

This session addresses the evolving landscape of cryptanalysis, focusing on new techniques and the challenges posed by modern cryptographic systems. Researchers are invited to present their findings on vulnerabilities and countermeasures.

This track investigates the practical applications of number-theoretic methods in various security domains. Contributions that demonstrate real-world implementations or case studies are particularly encouraged.