Abstract: Cryptography forms the backbone of modern digital security, safeguarding communication, data, and transactions in an increasingly interconnected world. As technology evolves, so do the challenges and opportunities in designing cryptographic systems that are both secure and efficient. From classical encryption schemes to cutting-edge post-quantum cryptography, the field continues to expand in scope and impact.
In this talk, Dr. Bapi Chatterjee and Prof. Dziembowski from IDEAS NCBR will provide insights into the foundations and frontiers of cryptography. The session will explore how cryptographic methods are applied to protect privacy, ensure integrity, and enable trust in digital systems, while also addressing emerging threats posed by advances in computing.
Key themes will include:
Core principles of modern cryptography and their applications.
Advances in secure protocols for communication and data protection.
The growing importance of post-quantum cryptography in preparing for future computational capabilities.
Real-world challenges in deploying cryptographic solutions at scale.
The role of cryptography in enabling trust across domains such as finance, healthcare, and national security.
The presentation will highlight both theoretical developments and practical applications, showing how cryptography continues to evolve as a cornerstone of digital society. By addressing current challenges and anticipating future needs, the speakers will illustrate how cryptography remains essential to building secure and trustworthy systems in the modern era.