Proceedings of the 12th International Conference on Next Generation Computing, Communication, Systems and Security

Abstract

The Proceedings of the 12th International Conference on Next Generation Computing, Communication, Systems and Security (NSysS '25) compiles cutting-edge research focused on the convergence of advanced digital technologies. This volume addresses critical challenges in developing resilient systems, secure architectures, and high-performance network solutions for the future. The collection serves as an essential resource documenting the global trajectory toward integrated, intelligent, and trustworthy computing infrastructure.

Report

Proceedings of the 12th International Conference on Next Generation Computing, Communication, Systems and Security (NSysS '25)

Key Highlights

• Integrated Focus: The conference strongly emphasizes the necessary integration of computing capabilities, communication standards (e.g., 6G and beyond), system optimization, and advanced cybersecurity protocols.
• Next Generation Solutions: Research presented aims at solving contemporary bottlenecks in efficiency, scalability, and security through novel architectural designs and machine learning integration.
• System Resilience: A central theme is the development of robust and fault-tolerant systems capable of operating reliably in dynamic and hostile environments.
• Broad Scope: The proceedings cover diverse areas, including hardware security modules, cloud and edge computing optimization, and secure software development methodologies.

Technical Details

While specific papers vary, the technical contributions generally fall into the following areas:

• Architectural Security: Proposals for enhancing processor security, often involving micro-architectural modifications to implement trusted execution environments (TEEs) or hardware-assisted virtualization.
• Advanced Networking: Analysis and proposals for new communication protocols tailored for low-latency, high-bandwidth applications, such as IoT and real-time autonomous systems.
• Cryptographic Primitives: Development and implementation details of efficient cryptographic algorithms, potentially including post-quantum cryptography (PQC) solutions optimized for specific hardware platforms.
• System-on-Chip (SoC) Optimization: Techniques for power, performance, and area (PPA) improvements in heterogeneous computing environments, often leveraging specialized accelerators.

Implications

Why this matters for the RISC-V/tech ecosystem

• Validation of Open ISA: Proceedings such as NSysS '25 provide a crucial academic testing ground for novel architectural concepts. If specific papers feature RISC-V, it validates the ISA's flexibility and suitability for implementing complex, next-generation security and performance features (e.g., custom instruction extensions for security or ML acceleration).
• Security Innovation: Given the focus on system security, the research drives the need for transparent and verifiable hardware. RISC-V, being an open ISA, is ideally positioned to host solutions for TEEs and verifiable supply chains that emerge from this research.
• Ecosystem Roadmap: The technical details presented offer insights into the future requirements for processors and connectivity. This helps the RISC-V community anticipate necessary standard extensions, toolchain support, and necessary optimizations for emerging domains like 6G communication and advanced edge computing applications.
• Interoperability Standards: The emphasis on communication and systems necessitates robust interoperability. Research in these proceedings often paves the way for new industry standards, which RISC-V implementation must adhere to, driving maturity in peripherals and interfaces.