
Explore the architecture and capabilities of Veilid, an open-source P2P framework enabling secure messaging and decentralized applications through private routing, strong encryption, and cross-platform compatibility.

Discover how basic vulnerabilities in enterprise software led to a successful Pwn2Own contest entry, featuring a command injection exploit in Lexmark printers and practical security insights.

Dive into real-world hacking adventures, from prison systems to major tech companies, exploring identification, exploitation techniques, and potential impact across different organizational contexts.

Explore how internet platforms evolve from user-friendly to exploitative, and discover practical solutions including antitrust measures, privacy laws, and user empowerment tools to combat digital degradation.

Discover advanced web race-condition attack techniques, from limit-overrun exploits to state machine manipulation, with practical methodologies and tools for identifying and exploiting vulnerabilities.

Discover physical attack vulnerabilities in Android smartphones, from Recovery mode exploits using SD cards to USB stack weaknesses in secondary bootloaders for achieving root access and code execution.

Discover groundbreaking advances in Windows shellcode analysis through SHAREM framework, offering enhanced emulation, complete code coverage, and superior disassembly capabilities for security professionals.

Explore vulnerability research and exploit development through vintage computing, focusing on the Commodore Amiga platform and practical demonstrations of retro software exploitation techniques.

Explore how Extended Reality (XR) technology impacts critical infrastructure security and operations through expert insights on implementation, risks, and protective measures.

Uncover powerful techniques for large-scale Azure user enumeration, focusing on OneDrive, Teams, and Graph vulnerabilities to map organizational relationships and monitor user presence without authentication.

Uncover critical security vulnerabilities in Microsoft SharePoint Online's migration APIs and learn how threat actors can exploit these features to compromise Microsoft 365 services and Azure Active Directory.

Explore advanced malware design techniques and covert communication frameworks, focusing on Windows architecture exploitation and maintaining persistent access while evading detection systems.

Explore security vulnerabilities in smart vacuum robots and learn practical techniques to protect your privacy while maintaining control over these AI-enabled devices.

Delve into data center power management security, exploring vulnerabilities in PDUs and DCIM systems while learning critical infrastructure protection strategies and attack vectors.

Explore software liability policies and their impact on cybersecurity through interactive legal exercises, focusing on Biden-Harris Strategy's Pillar 3 and future regulatory implications.

Dive into groundbreaking research on Intel CPU microcode manipulation, exploring techniques for persistent modifications and potential security implications through microcode backdoors in x86 instruction sets.

Explore TLS certificate validation vulnerabilities and their automated exploitation using certmitm, featuring real-world attacks on iOS and Windows 11 systems.

Dive into enterprise PBX/UC system vulnerabilities, exploring attack surfaces, Java Runtime exploitation, PHP decryption, and shell access techniques in communication infrastructure.

Uncover critical security vulnerabilities in NAS devices through cloud connectivity exploitation, focusing on WD and Synology systems' authentication weaknesses and remote access vulnerabilities.

Dive into mobile security as Android Red Team reveals their offensive evaluation techniques and findings on Pixel device modems, focusing on baseband vulnerabilities and protective measures.

Explore how Idaho National Labs leverages XR technologies and digital twinning to revolutionize data visualization, signal analysis, and autonomous operations in nuclear and security missions.