
Explore real-world healthcare security vulnerabilities, threat modeling, and IoT device risks. Learn practical strategies to protect hospital systems and patient data from cyber attacks.

Explore the challenges and implications of IoT device end-of-life, discussing security risks, consumer impacts, and potential solutions for responsible lifecycle management.

Explore vulnerabilities in IoT devices for children, including baby monitors and GPS trackers. Learn research techniques like mobile reverse engineering and network analysis to enhance IoT security.

Explore IoT firmware analysis techniques with Bogdan Glazov, Senior Security Researcher. Learn about vulnerabilities, hacking methods, and cybersecurity strategies in the rapidly evolving IoT landscape.

Explore reverse engineering techniques for embedded devices using FreeRTOS. Learn about memory organization, task handling, and security features. Gain insights into automating the process with IDA scripts for efficient firmware analysis.

Explore IoT device security through an attacker's perspective, covering fuzzing, reverse engineering, and exploit development. Learn about vulnerabilities, remote execution techniques, and challenges in IoT security.

Explore Language-theoretic security for IoT, focusing on input recognition and processing separation. Learn about parser combinators, test case generation, and implementation in AMQP protocol for robust IoT systems.

Explore zero-click vulnerabilities in smart UPS devices, uncovering potential remote takeover risks and physical threats. Includes demonstration of exploits and discussion on cybersecurity implications.

Explore vulnerabilities in P2P protocols used by smart cameras, including Kalay Platform analysis, device-specific exploits, and remote code execution demonstrations. Learn about IoT security risks and mitigation strategies.

Learn to set up an IoT testing lab with affordable tools, debunk common misconceptions, and gain insights into IoT pentesting from an experienced security researcher.

Comparative study of Xtensa architecture for IoT devices, exploring differences from ARM for security researchers. Covers assembly instructions, security mechanisms, gadget searching, and post-boot persistence techniques.

Discover how program analysis can uncover vulnerabilities in IoT devices. Learn about firmware analysis challenges, memory corruption patterns, and see 20 real-world examples of security flaws identified through automated techniques.

Técnicas de análisis y ataque contra dispositivos IoT: hardware, firmware y comunicaciones inalámbricas. Incluye demostraciones prácticas de vulnerabilidades y herramientas de explotación.

Explore the evolution of IoT botnets, focusing on Torii and smart-home vulnerabilities. Gain insights into emerging threats and security implications for connected devices.

Uncover vulnerabilities in long-standing standards and explore their implications for IoT security in this eye-opening talk by Paul Meller.

Explore the transition from web pages to the Internet of Things, examining security implications and future challenges in connected devices and systems.

Explore hardware hacking techniques using Metasploit's Hardware Bridge, enabling IoT device exploitation and automotive system penetration testing.

Explore BLE authentication challenges in IoT devices, focusing on design issues and security implications for connected systems. Learn about potential vulnerabilities and best practices.

Explore the inner workings of smart home devices through hardware analysis, uncovering potential security vulnerabilities and gaining insights into IoT technology.

Explore techniques for exploiting vulnerabilities in TP-Link devices, uncovering potential security risks and learning ethical hacking practices for IoT devices.

Explore automotive ECU research fundamentals, including analysis techniques and security implications for modern vehicles' electronic control units.