
Exploring synergies between academic and non-academic cybersecurity research to foster collaboration and innovation in addressing critical security and privacy challenges.

Explores interpersonal threat modeling for consumer technology, addressing security concerns from cohabitants and shared devices. Challenges traditional assumptions to better protect individuals and at-risk populations.

Exploring the offline dimension of cybercrime, challenging the notion of anonymity and revealing local elements in criminal networks through extensive global fieldwork and interviews.

Explores why experienced developers introduce vulnerabilities through API misuse, examining cognitive factors and personality traits affecting code security detection abilities.

Explores techniques for manipulating public opinion online, including fake news and social media campaigns. Examines historical precedents, current methods, and ways to identify and trace these influence operations.

Explore Firefox's content signature protocol, designed to protect data integrity against transport intermediaries and server compromises, ensuring secure updates for millions of users.

Explore vulnerabilities in automotive embedded devices, focusing on bare-metal software and real-time constraints. Learn about potential security risks and backdooring techniques in critical automotive systems.

Explore vulnerabilities in Apple's App Sandbox, uncovering methods to bypass security measures and escape containment, with insights on improving iOS and macOS protection.

Explore mathematical techniques for protecting privacy in data analysis, focusing on differential privacy and its applications in census data collection and statistical safeguards.

Discover techniques for exploiting Windows COM/WinRT services, uncovering vulnerabilities in cross-process communication and UWP applications for potential LPE, RCE, and sandbox escape attacks.

Explore vulnerabilities in the File System Access API, revealing how malicious websites can exploit it for arbitrary code execution and bypass security measures.

Uncover critical vulnerabilities in Windows Printer Spooler, exploring potential LPE and RCE exploits. Learn from past attacks and discover hidden security risks in this essential system component.

Learn Dynamic Trunking Protocol (DTP) for CCNP ENCOR, covering negotiation, frames, and interface commands. Gain practical knowledge through quizzes and hands-on examples.

Explore digital communication's future, encryption's role in privacy, and WhatsApp's efforts to balance security with combating misinformation in this insightful talk by Will Cathcart.

Explore the world of cybercrime as Misha Glenny profiles convicted coders, revealing surprising insights about the individuals behind malicious code and challenging conventional cybersecurity approaches.

Explore patterns of cyber criminal activity in underground forums, analyzing behavior across clear, deep, and dark web platforms to understand hacker communities and their focus areas.

Explore macOS firewall creation and vulnerabilities, covering kernel-level socket filtering, user-mode communication, secure installation, and self-defense mechanisms. Learn about firewall bypasses and potential weaknesses.

Explore power law-based techniques for detecting and mitigating DDoS attacks, intrusions, and other malicious network activities using PEIMA methodology.

Explore vulnerabilities in building automation systems, their potential for exploitation, and the implications for physical security in modern infrastructure.

Explore malware analysis techniques using a custom C&C server for OSX/FruitFly. Learn to decode, monitor, and understand malware behavior for enhanced cybersecurity skills.

Explore counter-forensic techniques to safeguard image-based intelligence from exploitation attacks, addressing current and emerging threats in visual asset protection.