World Congress on Internet Security (WorldCIS 2025)

The World Congress on Internet Security (WorldCIS 2025) is an international congress dedicated to advancement of the theory and practical implementation of security on the Internet and Computer Networks.

Topics

• Security, trust and privacy
• Internet Security
• Sensor nets and embedded systems
• Self-organizing networks
• Switches and switching
• Service overlays
• Traffic measurement and analysis
• Topology characterization and inference
• Trust and Data Security
• Traffic engineering and control
• Web services and performance
• Virtual and overlay networks
• Ad hoc mobile networks Security
• Wireless mesh networks and protocols
• Broadband access technologies
• Addressing and location management
• Biometrics
• Blended Internet Security Methods
• Capacity planning
• Boundary Issues of Internet Security
• Congestion control
• Cellular and broadband wireless nets
• Cryptography
• Content distribution
• Cyber-physical computing/networking
• Cross layer design and optimization
• Privacy Protection and Forensic in Ubi-com
• Geographic information systems
• Regulations
• Quality of Service Issues
• Security in Data Mining
• Secured Database Systems
• Semantic Web and Ontology
• Security and Access Control
• Software Architectures
• Data management for U-commerce
• Delay/disruption tolerant networks
• Defence Systems
• Enabling technologies for the Internet
• End Users
• Future Internet Design and Applications
• Implementation and experimental testbeds
• Mobility models and systems
• Middleware support for networking
• Multimedia protocols and networking
• Multicast and anycast
• Network architectures Network control
• Network applications and services
• Network simulation and emulation
• Network management
• Network and Protocol Architectures
• Novel network architectures
• Performance evaluation
• Peer-to-peer communications
• Pricing and billing
• Power control and management
• Resource allocation and management
• Protocols and Standards
• Optical networks
• RFID
• Scheduling and buffer management
• Routing protocols
• Virtual Reality