
Explore deep-learning techniques to identify and reduce side-channel attack vulnerabilities, leveraging AI explainability for efficient implementation assessment and improved security.

Explore Android kernel driver fuzzing with DIFUZE, a tool for identifying vulnerabilities in third-party driver code. Learn techniques to improve Android security infrastructure and discover potential weaknesses.

Explore advanced code deobfuscation techniques combining dynamic, static, and symbolic approaches to enhance software analysis and reverse engineering capabilities.

Explore command injection vulnerabilities in F5 iRules, focusing on syntax, exploitation techniques, and security implications for BigIP F5 products used in high-performance web traffic routing.

Hands-on workshop for non-programmers to learn fuzzing techniques. Covers environment setup, tools like AFL and Honggfuzz, instrumentation, input selection, and crash analysis. Suitable for beginners to intermediate level.

Explore the evolution of security research and disclosure, from historical "unbreakable locks" to modern challenges in IoT, blockchain, and AI, with insights on ethical hacking and vulnerability reporting.

Explore bug bounty programs' challenges and realities from multiple perspectives, offering insights into their evolution, limitations, and potential for improvement in cybersecurity.

Explore techniques for detecting vulnerabilities in Android kernel drivers using static analysis and fuzzing, with focus on DR.CHECKER and DIFUZE tools.

Explore IoT security vulnerabilities using SDR and GNU Radio. Learn to intercept, sniff, and hijack wireless devices like drones and keyboards through practical demonstrations and attacks.

Explore Chrome's open-source Clusterfuzz system for real-time security bug detection, distributed fuzzing techniques, and insights into exploitable crash prevention across platforms.

Explore fuzzing binary protocols with Zulu, a GUI-based tool for easy capture, mutation, and replay. Learn its features and successful bug-finding applications.

Explore SAML protocol security, including XML signature attacks, attribute implementation, and fuzzing techniques. Learn to identify and mitigate vulnerabilities in SSO systems.

Explore innovative attacks on USB data modems, including fuzzing techniques and SMS payload execution. Learn about vulnerabilities, reverse engineering, and USB sniffing for offensive security research.

Explore innovative approaches to skill acquisition in cybersecurity, including apprenticeship models, mind maps, and data-driven learning, as presented at BSidesPhilly 2017.

Explore advanced techniques for vulnerability detection in binary targets using knowledge graphs, static analysis, and specialized tools like Binary Ninja and Kraken.

Explore RouterOS vulnerabilities, including developer backdoors, key negotiation, and protocol analysis. Learn about CVEs and policy discovery techniques for enhanced network security.

Learn Android app penetration testing essentials, including tools, methodologies, and practical techniques for identifying vulnerabilities and securing mobile applications.

Explore Windows security research through a case study on subverting trust, covering dynamic analysis, code signatures, and PowerShell, with insights on validating trust and lessons learned.

Discover Unity Cloud Build's automated app building, testing, and distribution features for streamlined game development and efficient team collaboration.

Practical strategies for incrementally modernizing legacy systems, focusing on the strangler pattern, domain-driven design, and team topologies to evolve towards a reactive architecture.

Explore programming's greatest mistakes, from exploding rockets to bankrupting companies, in this humorous and informative talk about costly errors and their consequences.