
Comprehensive analysis of Windows Phone 7 security, revealing hidden internals through reverse engineering. Explores potential vulnerabilities and exploitation techniques in the OS and vendor customizations.

Explores hardware backdooring through Rakshasa malware, demonstrating permanent BIOS infection, NX bit disabling, and security lowering across various motherboards using open-source components like Coreboot.

Explore SSRF vulnerabilities in business-critical applications, focusing on SAP systems. Learn about XXE Tunneling and its potential to bypass security restrictions, with practical examples and attack scenarios.

Explore recent Java vulnerabilities, exploitation techniques, and malware trends. Learn about sandbox evasion, multi-platform attacks, and challenges in analyzing obfuscated Java exploits.

Analysis of malware targeting activists during Middle Eastern uprisings, exploring distribution methods and impact on digital dissent and online communities.

Visionary security experts discuss emerging threats, technological shifts, and societal impacts on cybersecurity over the next 15 years, offering insights into future challenges and opportunities in the field.

Explore techniques for probing cellular networks, uncovering diverse connected devices, and discussing security implications of findings from network investigations.

Explore browser exploitation techniques using MITM attacks and the BeEF Framework. Learn to hook browsers without social engineering or XSS, and maintain connections for advanced penetration testing.

Explore hidden cellular device controls, their vulnerabilities, and potential for global exploitation. Learn reverse engineering techniques, protocol analysis, and proof-of-concept exploits for major platforms and networks.

Explore vulnerabilities in mobile payment systems, including code execution through various input vectors. Live demonstrations showcase attack methods, emphasizing security weaknesses in current mPOS solutions.

Explore economic and psychological factors shaping incident response in cybersecurity, examining trends, challenges, and potential solutions for protecting networks against sophisticated attacks.

Explores USB security vulnerabilities, demonstrating malware in controller chips, device spoofing, and system compromises. Discusses potential defenses against USB-based attacks.

Explore vulnerabilities in everyday devices like cars and home alarms. Learn about eavesdropping, replay attacks, and code analysis techniques to understand and mitigate security risks in physical systems.

Explore vulnerabilities in Oracle's data redaction service, including bypass techniques and privilege escalation attacks, with insights on protection and compliance implications.

Explore the intersection of cybersecurity and political realism, examining power dynamics and policy implications in the digital realm.

Explore advanced intrusion investigation techniques, focusing on DHCP logging, Kerberos tickets, and DNS resolutions to enhance cybersecurity capabilities and identify compromise indicators.

Explore IE 10's Enhanced Protected Mode Sandbox, its security features, and potential vulnerabilities in this in-depth technical analysis.

Explore techniques for exploiting DNS server vulnerabilities and recent changes, focusing on offensive security strategies and potential attack vectors.

Learn essential privacy-by-design principles and techniques for security practitioners, enhancing your ability to protect user data and implement robust privacy measures in systems and applications.

Explore cloud security vulnerabilities and attack techniques with expert Eldar Marcussen, focusing on practical exploitation methods and defensive strategies.

Explore IoT vulnerabilities in smart devices like Hue lights, baby monitors, and Tesla cars. Learn about potential security risks and future malware threats in connected technologies.