• Location: Amalfi, Italy
• Dates: September 14–16, 2026

Overview

This conference convenes experts, researchers, industry practitioners, and academia to explore the latest advances in cryptographic techniques, protocols, and implementation strategies. It aims to foster innovation in secure communication, cryptanalysis, privacy-preserving technologies, quantum-resistant algorithms, and blockchain security, supporting the development of trustworthy digital systems.

Structure and Sessions (Who Does What)

• Opening & Keynotes: Leading scientists and industry leaders present on emerging trends such as post-quantum cryptography, blockchain security, and cryptanalytic methods.
• Technical Sessions: Peer-reviewed presentations covering symmetric and asymmetric cryptography, cryptographic protocols, zero-knowledge proofs, homomorphic encryption, elliptic curve cryptography, and cryptanalysis.
• Workshops & Tutorials: Practical, hands-on training on secure protocol design, cryptographic hardware, software implementation, side-channel attack defenses, and cryptographic standards (SSL/TLS, PKI).
• Panel Discussions: Multidisciplinary panels debate privacy issues, cryptography in cloud security, e-governance, secure voting, and future threats such as quantum computing.
• Poster Sessions: Researchers and students showcase innovative cryptographic algorithms, data hiding techniques, and real-world security solutions.
• Awards & Closing: Recognition for outstanding research, innovative cryptographic solutions, and active participation.

Participate and Contribute (Who Benefits)

• Researchers & Academics: Share groundbreaking research, collaborate on cryptographic challenges, and publish in reputed venues.
• Industry & Security Professionals: Discover the latest tools, protocols, and security architectures for enterprise and blockchain applications.
• Students & Emerging Scholars: Present research, learn about new cryptographic advances, and network with peers and industry experts.
• Policymakers & Standardization Bodies: Understand technical challenges to inform standards, regulations, and cybersecurity policies.

Benefits for Attendees

• Certificate of participation based on active engagement and feedback.
• Digital memento recognizing involvement.
• Opportunities to publish abstracts and full papers in indexed journals (Scopus, CrossRef, WoS, Elsevier, SCI).
• Awards for best paper, innovative solutions, and impactful research.
• Access to all session recordings and conference proceedings after the event.
• Structured networking, collaboration, and mentorship opportunities.

Abstract Topics / CFP Tracks – Registration

• Classical and modern cryptography techniques
• Symmetric and asymmetric encryption algorithms
• Cryptographic protocols and security models
• Hash functions, digital signatures, and authentication schemes
• Cryptanalysis, attack models, and defenses
• Zero-knowledge proofs and privacy-preserving mechanisms
• Homomorphic encryption and secure multi-party computation
• Blockchain, distributed ledger security, and smart contract cryptography
• Post-quantum cryptography and quantum cryptography
• Cryptographic hardware, lightweight cryptography, and implementation security
• Key exchange protocols, PKI, identity and attribute-based encryption
• Secure communication protocols (SSL/TLS, VPNs)
• Random number generation and cryptographic standards
• Side-channel attack analysis and countermeasures
• Privacy in cloud, e-voting, and digital identity systems

Submissions are peer-reviewed; accepted abstracts and papers require registration for presentation and publication.

Detailed Program Grid (2 Days) — Online Conference (with Breaks)

Conclusion:
This detailed and diverse program aims to accelerate innovation, foster collaborations, and shape the future landscape of cryptography and secure communication.