Conference Description
Key Takeaways
- Two-day, single-track conference focused exclusively on offensive IT security
- Technical presentations covering vulnerability discovery, advanced exploitation and reverse engineering
- Designed for security researchers, penetration testers, exploit developers and technical security professionals
- Tokyo edition of the OffensiveCon series, which originated in Berlin in 2018
About the Event
OffensiveCon Tokyo is an international security conference dedicated to offensive security. Organized by Binary Gecko, the event is the Tokyo edition of the OffensiveCon series that launched in Berlin in 2018. The conference runs as a single-track, in-person event over two days, prioritizing technical depth over breadth.
Technical Focus Areas
The conference concentrates on three core disciplines within offensive security: vulnerability discovery, advanced exploitation techniques and reverse engineering. Presentations emphasize practical expertise and technical rigor, with content aimed at practitioners who work directly with these methodologies. The single-track format ensures all attendees share a common experience and can engage with each presentation.
Who Should Attend
OffensiveCon Tokyo targets security researchers, penetration testers, exploit developers, security engineers and technical leaders. Attendees typically come from cybersecurity firms, technology companies and research organizations. The conference suits professionals seeking to deepen their expertise in offensive security techniques and stay current with evolving methodologies in vulnerability research and exploitation.
Knowledge Sharing and Collaboration
The event emphasizes education and community building over commercial activity. By bringing together experienced practitioners for technical discourse, OffensiveCon Tokyo provides a forum for sharing research findings and discussing emerging challenges in offensive security. The format supports direct engagement between speakers and attendees working at similar technical levels.