
Explore emerging drone threats to industrial wireless systems, electronic warfare concepts, and defensive strategies for protecting critical infrastructure from cyber-physical attacks.

Innovative framework for adaptive Android kernel live patching, enabling open and collaborative efforts to address vulnerabilities quickly without interrupting user experience or requiring source code access.

Explore CANSPY, a platform for auditing CAN devices in vehicles. Learn to intercept, modify, and analyze CAN frames for security testing of automotive systems and connected devices.

Explore a novel timing side-channel attack against KASLR using Intel TSX, demonstrating its effectiveness in de-randomizing kernel memory layout across major operating systems.

Explore Java messaging vulnerabilities, focusing on deserialization issues in popular message brokers. Learn to identify and exploit these weaknesses using the Java Messaging Exploitation Tool.

GreatFET: An improved open-source hardware hacking tool with enhanced features, better maintainability, and cost-effective manufacturing, replacing the popular GoodFET project.

Explore criteria for designing and evaluating security automation tools, from small-scale techniques to large-scale implementations, to effectively secure organizational environments.

Explore Windows 10 IoT Core internals, security features, attack surfaces, and assessment methods. Learn to secure IoT devices and understand their role in the evolving Internet of Things landscape.

Explore vulnerabilities in paravirtualized devices using Xenpwn, a hypervisor-based memory access tracing tool, to discover critical security flaws in Xen hypervisor drivers.

Explore Windows 10's AntiMalware Scan Interface (AMSI) for script-based attack prevention. Discover its effectiveness, limitations, and potential workarounds through live demonstrations and expert analysis.

Explore the evolving landscape of Internet scams, their increasing sophistication, and user vulnerability. Learn about targeted attacks, spam filter effectiveness, and factors influencing scam susceptibility.

Explore NFC payment vulnerabilities, cloning techniques, and security mechanisms. Learn to set up a testing lab and conduct fraudulent transactions using off-the-shelf devices.

Explores security vulnerabilities in customized Android systems, revealing how malicious apps can exploit hanging attribute references to gain unauthorized access and control over device functions.

Explore Apple's Secure Enclave Processor: its hardware design, SEPOS architecture, data exchange mechanisms, and potential vulnerabilities in this in-depth technical analysis.

Explore advanced ATM hacking techniques, including bypassing anti-skimming methods, NFC long-range attacks, and automated cash-out systems. Learn about vulnerabilities in EMV implementations and future credit card data risks.

Explore HL7 2.X standards in healthcare, learn pen testing techniques for medical systems, and discover strategies to secure HL7 2.X messages against potential vulnerabilities and attacks.

Explore Windows 10's virtualization-based security, its implementation details, and potential vulnerabilities. Includes demonstrations of exploits against VBS and firmware, with a focus on platform complexity issues.

Explore Schannel's internal security, CNG key caching, and forensic implications. Learn to extract and leverage TLS/SSL connection data for decryption and analysis of ephemeral key exchanges.

Explore Android's evolving security landscape, examining threats, vulnerabilities, and defensive measures. Learn how the Android Security Team addresses challenges and implements new features to protect users.

Explore advanced techniques for injecting CAN messages into vehicle networks, bypassing restrictions on physical control systems like brakes, steering, and acceleration.

Comprehensive survey of TCP injection attacks, revealing commercial and non-commercial false content injections on the web. Explores detection methods, identifies injectors, and proposes client-side mitigation techniques.