
Exploración de vulnerabilidades en dispositivos de automatización del hogar Belkin WeMo, revelando fallas de seguridad y demostrando ataques potenciales en la infraestructura IoT.

Explore innovative reverse engineering techniques to create self-aware binary code through relinking, binary reflection, and automated API prototyping, enhancing code reuse and debugging capabilities.

Explore DRAM security vulnerabilities and side-channel attacks targeting row buffers, with implications for various devices and systems regardless of software or OS.

Explores how curiosity and context influence clicking on dangerous links, analyzing user behavior and reasoning to improve cybersecurity strategies and protection mechanisms.

Explore machine learning applications in cybersecurity, including data exfiltration, network mapping, and botnet detection. Hands-on examples and tool demonstrations provided for practical implementation.

Explore JNDI/LDAP vulnerabilities and exploitation techniques, from basic concepts to advanced remote code execution methods in Java-based enterprise applications.

Explore cutting-edge browser exploitation techniques and kernel vulnerabilities from Pwn2Own 2016. Analyze attack vectors, root causes, and remediation strategies for achieving system-level access.

Explore the Linux kernel in Windows 10, its implementation, security implications, and potential vulnerabilities. Learn about system calls, process management, and attack surfaces in this unique OS integration.

Explore multiplexing attacks in QUIC and HTTP/2 protocols, their impact on network security, and defense strategies against potential threats in modern web technologies.

Comprehensive exploration of mobile security, examining hardware, software, and network components across platforms to uncover vulnerabilities and discuss protective measures for data and devices.

Explore vulnerabilities in payment systems, focusing on bypassing protections in points of interaction devices. Live demonstrations showcase EMV bypassing and PIN protection avoidance.

Innovative hardware-assisted approach to prevent control-flow hijack attacks, using processor features for real-time detection and prevention of abnormal branches in Windows and Linux systems.

Comprehensive exploration of Active Directory's critical components, security features, and vulnerabilities, empowering security professionals to better defend enterprise resources against sophisticated attacks.

Extracts runtime information to enhance static analysis, resolving virtual calls in C++ binaries and visually comparing samples for efficient vulnerability research and code auditing.

Explore risks and mitigation strategies for modern web security standards like SRI, CSP, and HPKP. Learn about implementation challenges, trade-offs, and potential exploits in legacy applications.

Explores vulnerabilities in TLS due to export-grade cryptography, examining FREAK, Logjam, and Drown attacks, their impact, and lessons for future cryptographic protocol design and implementation.

Quantitative analysis of software security across platforms, revealing surprising insights for informed decision-making in product selection and vulnerability assessment.

Explore vulnerabilities in Oracle eBusiness Suite and learn effective strategies to secure systems against potential attacks, including remote code execution and SQL injection.

Explore memory forensics in cloud environments using virtual machine introspection. Learn techniques for trustworthy data collection without system interference, ideal for digital forensics in virtualized settings.

Explore nonce-reuse vulnerabilities in GCM encryption for TLS, including Internet-wide scans, proof-of-concept attacks, and implications for HTTPS security.

Explore techniques for subverting Apple graphics to gain root access remotely. Learn about vulnerabilities in userland and kernel components, and practical exploitation methods for both OS X and iOS systems.