• Distributed algorithms
• Network quantitative analysis and modeling
• Distributed and networked applications
• Blockchain and distributed ledger technologies
• Smart cities
• Intensive data computing (Big Data), data mining and analysis
• Mobile computing
• Service-oriented, cloud, fog, and edge computing
• Social computing
• Ubiquitous, pervasive, and context-aware computing
• Visible light communications
• Urban computing
• Performance, scalability, and reliability
• Anomaly and attack detection and prevention
• Digital Twins
• Network engineering and traffic control
• Protocol specification, validation, and verification
• Identity, address, and location management
• Network management, operation, design, and analysis
• Artificial Intelligence/Machine Learning in computer networks and distributed systems
• Artificial Intelligence at the edge and fog (edge AI, edge intelligence)
• Artificial Intelligence in programmable data planes
• Internet of Things and cyber-physical systems
• Future Internet
• Tactile Internet
• Network measurement and monitoring
• Middleware
• Cross-layer optimization
• Experimental network platforms
• Data plane programmability

• Quality of Service (QoS) and Quality of Experience (QoE)
• Autonomic and self-organizing networks
• Cellular networks (5G, 6G) and their applications
• Information-centric networks
• Data center networking
• Cognitive radio networks
• Sensor networks
• Software-defined networks
• Peer-to-peer (P2P) networks and systems
• Mobile networks
• Optical networks
• Quantum networks
• Infrastructured wireless networks
• Social networks (online, mobile, and pervasive)
• Delay/disruption-tolerant networks
• Manned and unmanned vehicular networks
• Green networking
• Routing, switching, and addressing
• Network security and distributed systems security
• Adaptive distributed systems
• Multimedia distributed systems
• Real-time distributed systems
• Web services
• Network simulation and emulation
• Distributed systems (autonomic, multimedia, real-time)
• Network softwarization
• Smart grids
• Fault tolerance and resilience
• Network function virtualization
• Network virtualization

Papers submitted to the SBRC must constitute original work that has not been published elsewhere or is currently under review. Submissions will be exclusively electronic through the SBC JEMS3 system. Papers can be written in Portuguese or English and submitted only in Adobe Portable Document Format (PDF). Each paper is limited to 14 pages, including abstract, figures, diagrams, and references. Papers should be formatted according to the SBC's Article Publication Template. It is also important to note that submitted papers must adhere to the SBC's Code of Conduct for Authors in Publications, approved by the SBC Council in February 2024.

The accepted papers will be published in the SBC-OpenLib (SOL), which grants open and free access to the scientific community. Publication of accepted papers requires at least one author's registration for SBRC 2025, as well as the oral presentation of the paper during the symposium.

SBRC stimulates authors to adopt Open Science principles and practices. Therefore, authors are encouraged to disclose data setsdata sets, source code, tools, and other artifacts used in their research to promote transparency, reproducibility, and replicability of their work, for example, by including links to repositories or replication packages. Authors are also suggested to include an unnumbered section entitled "Availability of Artifacts" after the conclusion section, in which they can inform where research artifacts are available and how to access them. If it is not possible to make such artifacts available due to, for example, confidentiality or privacy issues, authors are suggested to include a statement about this impossibility. It is essential to highlight that sharing research artifacts is desirable, but it is not mandatory to submit papers or a criterion for acceptance of submitted papers.

Brazilian Computing Society (SBRC)

Computer Networks Laboratory (LARC)