
Explore ByteSweep, a free IoT security analysis platform. Learn about artifact uploading, file extraction, data enrichment, and analysis techniques for identifying vulnerabilities in IoT devices.

Explore robot security challenges, attack surfaces, and protection strategies for hardware, software, and user privacy in the era of widespread robotic adoption.

Explore how OWASP projects can revolutionize enterprise threat modeling, addressing compliance issues, undefined attack surfaces, and risk distortions to create measurable security impact.

Unveiling embedded firmware vulnerabilities through multi-binary analysis. Learn about Karonte, a novel static analysis tool that tracks inter-binary interactions to detect security flaws in IoT devices.

Exploración de vulnerabilidades en aspiradoras inteligentes Neato Botvac Connected, incluyendo extracción de firmware y ejecución remota de código, con implicaciones para la privacidad y seguridad del hogar.

Explora los desafíos y soluciones de seguridad en el Internet de las Cosas, comparando dispositivos y demostrando vulnerabilidades en esta charla de DefCamp sobre ciberseguridad.

Explore advanced IoT botnet techniques, including hardware hacking, bootloader hijacking, and exploiting vulnerabilities in security cameras and enterprise messaging systems.

Explore IoT hacking and CTF challenges in this DefCamp talk. Gain insights into IoT security, Brillo, and router vulnerabilities for enhanced cybersecurity knowledge.

Explore vulnerabilities in collaborative robots, from firmware to physical attacks. Learn about security risks, reverse engineering, and potential solutions in industrial robotics.

Explore IoT-CCTV device vulnerabilities, learn exploitation techniques, and understand the potential impact on security and privacy in this eye-opening presentation.

Explore Xiaomi IoT ecosystem security, firmware extraction, and cloud communication. Learn to modify devices, implement new functions, and gain independence from proprietary cloud services.

Explore IoT security vulnerabilities and research methodologies with insights on ecosystem structures, live demonstrations, and manufacturer collaborations for mitigation strategies.

Explore IoT security challenges and learn how to apply threat modeling to design and test more secure IoT systems, addressing risks in devices, web services, and client applications.

Explore IoT security vulnerabilities in mobile apps, focusing on common mistakes, attack vectors, and research techniques. Learn to identify and exploit weaknesses in device-to-cloud communication.

Explore usable IoT security design principles to create user-friendly, effective protection. Learn strategies for clear communication, secure defaults, and seamless integration of security measures.

Explore automotive security trends, attack surfaces, and mitigation strategies for suppliers in the era of connected and autonomous vehicles. Learn about third-party risks and development process improvements.

Explore IoTGoat, an OWASP project for IoT security testing. Learn about hardware compatibility, vulnerabilities, and hands-on techniques like firmware extraction and password cracking.

Introducing the Common Requirement Enumeration (CRE) initiative: a unified framework linking security standards to simplify and integrate application security across domains and stakeholders.

Explore common IoT device vulnerabilities, attack strategies, and defensive measures. Learn to design secure embedded systems and stay ahead of evolving threats in the IoT landscape.

Explore remote trust for IoT devices using Keylime, an open-source project leveraging TPM technology. Learn about measured boot, continuous attestation, and secure device management.

Explore IoT device security vulnerabilities related to random number generation, their impact on cryptography, and potential solutions for embedded systems.