Student Success Story: High Schooler's Paper Accepted to IEEE/IFIP DSN 2025, the #1 Dependability Conference

A high school Astral Fellow had their paper accepted to a workshop at the 55th IEEE/IFIP International Conference on Dependable Systems and Networks (DSN 2025), the world's premier venue for system reliability, security, and dependability research.

The Acceptance Email

One of our high school Astral Fellows was notified that their paper had been accepted to the VERDI Workshop at the 55th IEEE/IFIP International Conference on Dependable Systems and Networks (DSN 2025). The paper was reviewed through the standard peer review process used by all DSN-affiliated workshops, evaluated by experts in system dependability, cybersecurity, and fault tolerance.

The paper now appears in the official IEEE DSN 2025 Workshop Proceedings, published by IEEE and permanently indexed by IEEE Xplore, Google Scholar, Semantic Scholar, and DBLP. It is part of the same proceedings pipeline used for all DSN-affiliated publications, the definitive record of dependability research.

What Is IEEE/IFIP DSN?

The IEEE/IFIP International Conference on Dependable Systems and Networks (DSN) is the world's premier conference for research on the dependability, reliability, security, and resilience of computing systems and networks. Now in its 55th year, DSN has been the top venue for dependability research since 1970, making it one of the longest-running and most respected conferences in all of computer science.

DSN is jointly sponsored by the IEEE Computer Society and IFIP (International Federation for Information Processing). It is ranked CORE A, among the highest-tier conferences globally. The conference attracts submissions from leading research groups at MIT, Stanford, CMU, ETH Zurich, Microsoft Research, Google, and NASA, among others. Papers published at DSN have directly influenced the reliability of critical infrastructure including aerospace systems, financial networks, cloud computing platforms, and autonomous vehicles.

• CORE A ranked, among the highest-tier conferences in systems and dependability research
• The #1 conference for dependable systems, fault tolerance, and resilient computing
• 55 consecutive years of publication, one of the longest-running CS conferences
• Jointly sponsored by IEEE Computer Society and IFIP
• Proceedings published by IEEE and permanently indexed by IEEE Xplore and DBLP
• Submissions from MIT, Stanford, CMU, ETH Zurich, NASA, Microsoft Research, and Google

Research published at DSN has shaped how the world builds reliable systems. Foundational work on Byzantine fault tolerance, software aging, intrusion detection, and safety-critical system verification has been presented at this conference. An acceptance at DSN means the work was evaluated against the same standards used for the most critical and consequential systems research in the field.

Why This Is Remarkable for a High School Student

The fellow who received this acceptance is a high schooler who produced the work through the Astral Fellows AI research fellowship. The paper went through the same peer review process as every other workshop submission at DSN. The reviewers evaluated the work on its scientific contribution. They did not know the author's age, institution, or educational background.

DSN's author population consists almost entirely of graduate students, postdocs, faculty, and industry researchers working on mission-critical systems. A high school student having work published in IEEE proceedings at this venue is extraordinary. It demonstrates the ability to contribute to a field where the stakes are highest, where the research directly impacts the safety and reliability of systems that people depend on.

For high school students interested in cybersecurity, systems engineering, or safety-critical computing, a DSN publication is an exceptional credential. Admissions committees at top computer science programs recognize IEEE DSN immediately as one of the most rigorous venues in the field.

How the Research Was Produced

The paper was developed through the Astral Fellows Research Fellow track over a 12-week research cycle. The high school fellow was paired with a mentor experienced in systems research and dependability. The process followed the standard academic research methodology: literature review, research gap identification, system design, experimental evaluation, iterative paper drafting with mentor feedback, mock peer review, and final submission.