
Humorous critique of tech industry's approach to security, highlighting flaws in machine learning, AI, and IoT while advocating for ethical computing and thoughtful development.

Explores BLE device privacy vulnerabilities and introduces BLE-Guardian, a system protecting user privacy by controlling device discovery and access without modifying existing devices or protocols.

Exploring security vulnerabilities in smart home platforms through reverse engineering and phantom device testing, revealing unexpected state transitions and potential attacks.

Explore JEDI, a novel end-to-end encryption protocol for IoT systems, addressing security challenges in smart buildings and cities through key delegation and fine-grained access control.

Explores vulnerabilities in Bluetooth Low Energy protocol implementations, presenting a systematic fuzzing framework that discovered 11 new vulnerabilities across various devices and IoT products.

Unveils critical API vulnerabilities in 4G/5G networks, exposing risks for AI, MEC, and IoT applications. Explores attack vectors, security misconfigurations, and potential exploits in commercial providers' systems.

Explore IoT vulnerabilities in capsule hotels, revealing how six exploits can be combined to control bedrooms and potentially disrupt noisy neighbors.

Explores security vulnerabilities in cross-vendor IoT access control, focusing on delegation chains and authorization flaws in smart home devices and cloud platforms.

Explore security and privacy risks of motion sensors in IoT devices, including attacks on integrity, availability, confidentiality, and user privacy. Learn about implications and potential vulnerabilities.

Explore IoT security threats, automated threat hunting techniques, and advanced analysis methods to protect against malicious actions targeting millions of connected devices.

Comprehensive guide to LoRaWAN security auditing, covering vulnerabilities, testing methods, and new tools. Provides practical insights for securing IoT deployments in smart cities and industries.

Explore in-depth IoT device security, including hardware hacks, forensic approaches, and exploitation techniques for routers, IP cameras, and smart TVs. Learn practical skills for conducting your own device hacking.

Explore radio exploitation fundamentals, wireless attack types, and live demos. Learn to bridge IP network skills to wireless domain, understanding mechanics and awareness of radio-based network vulnerabilities.

Exploring RISC-V: A new open-source processor architecture, its security attributes, potential vulnerabilities, and impact on computing platforms. Includes demonstrations of attacks and discussions on privilege models and future implications.

Explore 4G LTE vulnerabilities through femtocell hacking, including rooting techniques, portability modifications, and man-in-the-middle attacks. Learn to exploit small cell access networks for security research.

Explore security vulnerabilities in IoT devices through live demonstrations, uncovering root access on routers, toys, and cameras. Learn about the importance of penetration testing and responsible disclosure.

Explore essential hardware and software tools for IoT security assessment, covering interfaces, analysis techniques, and skill-building for embedded device evaluation.

Explore vulnerabilities in cellular devices used for IoT and ICS connectivity, focusing on Sierra Wireless and other manufacturers' products. Learn about the security implications of always-on, available-anywhere connectivity.

Explore how lasers can manipulate voice-activated IoT devices, revealing potential security vulnerabilities in smart home technology and microphone systems.

Análisis de vulnerabilidades en dispositivos IoT populares y desarrollo de CGuard, un nuevo marco de control de acceso para proteger a los usuarios finales de amenazas en canales de gestión.

Explore ZigBee's security vulnerabilities in IoT devices, focusing on smart home applications. Learn about weaknesses, practical exploits, and a new security-testing framework for this widespread communication standard.