Organizers
Jianhong Zhang
Chair
Professor
North China University of Technology, China
Zhentao Jiang
Chair
Professor
Communication University of China, China
Jian Mao
Chair
Professor
Beihang University, China
Abstract
With the rapid growth of distributed ledger technologies and the increasing demand for privacy-preserving computation, applied cryptography and blockchain protocols have become fundamental enablers for digital security and efficient collaboration. As an important thematic track of ICCCS 2026, this forum focuses on both cutting-edge academic research and practical industrial needs, aiming to build an international platform for scholarly exchange.
The track will center on topics such as digital signature schemes, optimization of zero-knowledge proofs, permissioned blockchain protocols, cross-chain interoperability, and privacy-preserving computation. By promoting deep integration among academia, industry, and research institutions, this forum seeks to advance technological innovation and standardization, laying a secure and trustworthy cryptographic foundation for the digital economy. Scholars and practitioners worldwide are warmly invited to share insights and foster collaboration.
随着分布式账本技术与隐私计算需求的激增，应用密码学与区块链协议成为保障数字安全与高效协同的核心支撑。 本论坛作为 ICCCS 2026 的重要专题，聚焦领域前沿与产业需求，旨在搭建高水平的国际学术交流平台。
论坛将围绕数字签名算法、零知识证明优化、私链协议、跨链互操作及隐私计算等热点展开研讨，促进产学研深度融合， 推动技术创新与标准化发展，为数字经济筑牢安全可信的底层技术根基。诚邀海内外专家学者共话前沿、共促合作。
Topics
We invite original, completed, and unpublished research contributions. Topics of interest include, but are not limited to:
- Optimization and Security Enhancement of Cryptographic Primitives for Blockchain | 区块链密码学原语优化与安全增强
- Blockchain Protocol Design and Performance Improvement | 区块链协议设计与性能提升
- Cryptography and Blockchain-Based Privacy-Preserving Computation | 密码学与区块链隐私计算协同技术
- Cross-Chain Interoperability and Cryptographic Protocols for Heterogeneous Blockchains | 跨链互操作与异构链密码学协议
- Post-Quantum Cryptography and Blockchain Integration | 后量子密码与区块链融合技术