
Guidance on handling law enforcement demands for technical assistance, covering types of requests, legal authority, and response options for companies protecting user data and privacy.

Uncover vulnerabilities in Linux and PaX ASLR implementations, exploring low entropy, distribution issues, and object correlations. Learn to bypass Full ASLR and discover ASLR-NG, a new design addressing current weaknesses.

Explore tools for analyzing crashes on Linux and ARM, using dynamic binary instrumentation and backward taint analysis to determine exploitability. Learn about ARM-Tracer and ARM-Analyzer for efficient crash analysis.

Explore a fuzzing approach to uncover vulnerabilities in Android's core system components. Learn about data generation, test execution, logging, and triage mechanisms for effective vulnerability detection.

Aprenda a implementar um programa de segurança tático e eficaz, focando em avaliações ágeis, resposta a incidentes e gerenciamento de bugs. Descubra por que abordagens táticas podem ser mais efetivas que estratégias de longo prazo.

Explore vulnerabilities in multi-precision integer arithmetic used in cryptography implementations. Learn bug patterns, exploitation techniques, and strategies for automated vulnerability detection.

Explore advanced techniques for detecting and preventing memory corruption vulnerabilities, including execute-only memory and code pointer hiding, to enhance software security against sophisticated exploitation methods.

Explore vulnerabilities in DAB radio systems in cars, potential security risks, and implications for automotive cybersecurity using Software Defined Radio and custom testing tools.

Explore advanced polymorphism techniques using Return Oriented Programming for antivirus evasion, with practical demonstrations of the ROPInjector tool and its effectiveness against detection methods.

Explore universal Android rooting through kernel exploitation, focusing on a Use-After-Free bug affecting all Linux versions. Learn about innovative techniques for 64-bit devices and bypassing modern kernel mitigations.

Explore Android's Binder IPC vulnerabilities through fuzzing and exploitation techniques. Learn to identify, analyze, and exploit "BadParcel" issues for privilege escalation in high-privilege processes.

Explore active detection techniques for Dynamic Binary Instrumentation, focusing on exploiting weaknesses and escaping control. Learn to identify and overcome DBI environments in cybersecurity.

Explores Android vulnerabilities exploited by spyware and proposes a detection method using fuzz testing to mitigate risks and protect user privacy on smartphones.

Practical approach to application security: lightweight team, agile methods, and operational excellence. Covers assessments, bug handling, and private bug bounty programs, with actionable advice for managers and practitioners.

Exploring SDN vulnerabilities through attacks on control plane, channel, and data plane. Demonstrates critical exploits affecting network availability and confidentiality, and introduces SDN security projects.

Explore AndroBugs Framework, a free Android vulnerability analysis system. Learn to identify and mitigate security risks in Android apps before release, enhancing app safety and user protection.

Explore automated Linux malware analysis with Limon sandbox. Learn to collect, analyze, and report runtime indicators using static, dynamic, and memory analysis techniques for comprehensive threat assessment.

Innovative defensive strategy to break attack payloads by removing unused code and APIs from application processes, enhancing security without runtime overhead or file modifications.

Versatile CPU emulator framework supporting multiple architectures and platforms. Offers clean API, thread-safety, and language bindings for building advanced security tools and research.

Explore web application security challenges and solutions through expert insights in this panel discussion from Black Hat USA 2004.

Explore security vulnerabilities in build tools and development environments, emphasizing the importance of vigilance in software creation processes.