Next-Generation Web 3.0 Architectures for Scalable Distributed Information Systems
SCOPE AND DETAILS
The rapid growth of data-intensive applications, decentralized services, and autonomous digital ecosystems has exposed fundamental scalability, interoperability, and security limitations of traditional Web architectures. Web 3.0 represents a paradigm shift toward decentralized, user-centric, and trust-aware information systems, leveraging distributed architectures to enable scalable data processing, storage, and retrieval across heterogeneous environments.
This Special Issue focuses on Next-Generation Web 3.0 architectures that address the core challenges of scalable distributed information systems, including massive data dispersion, autonomous data ownership, dynamic resource allocation, and secure information exchange. In contrast to centralized Web models, Web 3.0 architectures emphasize decentralization, semantic interoperability, distributed trust, and intelligent automation, making them highly relevant to scalable grid systems, P2P networks, content delivery networks, and large-scale distributed databases.
The integration of Web 3.0 concepts with scalable information processing frameworks enables efficient parallel processing, adaptive data mining, intelligent information retrieval, and resilient system design. Such architectures are crucial for emerging large-scale applications involving distributed ledgers, decentralized data marketplaces, semantic web services, and next-generation networked systems. Moreover, Web 3.0 architectures introduce new opportunities and challenges in information security, index compression, evaluation metrics for scalability, and system performance optimization.
This Special Issue aims to bring together researchers and practitioners from academia and industry to present novel architectures, algorithms, protocols, and applications that advance the state of the art in Web 3.0-enabled scalable distributed information systems. Contributions addressing theoretical foundations, system design, performance evaluation, and real-world deployments are particularly encouraged. The issue seeks to serve as a timely reference for future research and development in scalable, decentralized, and intelligent information systems.
TOPICS
The technical scope of this Special Issue encompasses foundational concepts, architectural frameworks, and application-oriented advancements related to Next-Generation Web 3.0-enabled scalable distributed information systems. Contributions may range from theoretical models and protocol design to system-level implementation, optimization, and scalability evaluation. Key technical themes include, but are not limited to:
- Web 3.0 architectures for scalable distributed information systems
- Decentralized data management and storage models
- Semantic web technologies for large-scale information retrieval
- Scalable P2P systems in Web 3.0 environments
- Distributed indexing and query processing mechanisms
- Architecture design for scalability and fault tolerance
- Web 3.0-based content delivery networks
- Parallel information processing in decentralized systems
- Scalable mobile and wireless Web 3.0 applications
- Evaluation metrics and benchmarking for Web 3.0 scalability
- Information security and privacy in Web 3.0 systems
- Real-world applications and case studies of Web 3.0 platforms
Main Guest Editor
Sunil Prajapat, Marwadi University, India, sunilprajapat645@ieee.org
Guest Editors
Yi Sun, Beijing University of Posts and Telecommunications, China, sybupt@bupt.edu.cn
Farhana Javed, Services as networkS (SaS) CTTC/CERCA Castelldefels, Spain, farhana.javed@cttc.es
Jacopo Iannacci, Fondazione Bruno Kessler, Italy, jacopo.iannacci@ieee.org
IMPORTANT DATES
l Manuscript submission deadline: 30 June 2026
l Notification of acceptance: 15 September 2026
l Submission of final revised paper: 15 October 2026
l Publication of special issue (tentative): December 2026
