(The following topics include but are not limited to)
Track 1: Cryptography
Cryptography protocols, encryption and encoding
Privacy and authentication
Key management, trust management
Quantum cryptography, secure computing intelligence
Artificial immune systems
Biological and evolutionary computing
Intelligent agents and systems
Cooperative evolution algorithms
Data integrity
Authentication, trust and authorization models
Wireless network security, information hiding, data and system integrity
Track 2: Cybersecurity
Active defense systems
Adaptive defense systems
Biometric security, security of complex systems
Database and system security
Data/system integrity
Distributed access control
Distributed attack systems
High-performance network virtualization
High-performance security systems
Security in cloud and grid systems
Security in e-commerce
Security in ubiquitous/ubiquitous computing
Security and privacy in smart grids
Security and privacy in wireless networks
Secure mobile agents and mobile code
Track 3: Quantum Computing
Analysis of the threat of quantum algorithms to classical cryptography
Progress in the design and standardization of post-quantum cryptographic algorithms (NIST PQC)
Quantum key distribution (QKD) and quantum communication networks
Quantum random number generation and quantum entropy sources
Quantum secure direct communication and quantum digital signatures
Blockchain and cryptocurrencies resistant to quantum attacks
Progress in quantum computing hardware and error correction
Security challenges of classical-quantum hybrid systems ...