
Exposé des vulnérabilités critiques dans les terminaux de communication par satellite, permettant des attaques à distance sur les systèmes maritimes, aériens et terrestres. Démonstration technique incluse.

Explore vulnerabilities in high-end videoconferencing systems, focusing on Polycom HDX devices. Learn about firmware analysis, device rooting, and remote exploitation techniques for H.323 protocol.

Explore the analysis and exploitation of Twine, a consumer IoT device, through reverse engineering, traffic capture, and firmware analysis. Learn techniques for understanding embedded systems.

Explore hardware keyloggers, their pros and cons, and learn to build your own using Arduino. Covers PS2 and USB versions, payloads, and Bluetooth options.

Scrutinizing WPA2 password generation algorithms in wireless routers, revealing vulnerabilities, backdoors, and security flaws in various router brands. Highlights methods for obtaining firmware and exploiting weaknesses.

Explore embedded device security through reverse engineering and exploitation techniques, covering software analysis, hardware examination, and practical debugging methods.

Explore embedded device security, network pin tests, and hardware research. Learn about firmware analysis, intelligence gathering, and lateral movement in IoT systems.

Explore embedded system security challenges in IoT devices, from cameras to smart buildings. Learn about vulnerabilities, coordinated disclosure, and best practices for securing interconnected systems.

Exploring hardware vulnerabilities and their impact on C++ systems, this talk delves into side-channel attacks, physical penetrations, and supply chain risks, offering insights for securing modern C++ designs.

Explore Intel Wi-Fi chip vulnerabilities through reverse-engineering, uncovering firmware exploits and code execution risks in complex features like Wake-on-WLAN and TDLS.

Dive into hardware security analysis and rooting techniques for Cradlepoint IBR600 routers, exploring vulnerabilities and practical exploitation methods for network devices.

Delve into comprehensive security analysis of network-connected dash cams, exploring vulnerabilities in boot processes, custom protocols, and configuration systems across multiple international manufacturers.

Dive into the vulnerabilities of industrial VPN gateways, exploring security flaws in remote access solutions and learning techniques to identify and understand potential system compromises.

Dive into vehicle diagnostics adapter security through hardware reverse engineering, firmware analysis, and defensive strategies for automotive systems protection.

Discover how student researchers uncovered 9 zero-day vulnerabilities in Vilo routers through hardware hacking, firmware analysis, and cloud infrastructure investigation, highlighting IoT security challenges.

Dive into hardware hacking techniques for extracting firmware and generating Software Bill of Materials (SBOM) from a WiFi router, exploring vulnerability discovery through practical disassembly methods.

Discover how basic vulnerabilities in enterprise software led to a successful Pwn2Own contest entry, featuring a command injection exploit in Lexmark printers and practical security insights.

Uncover techniques for finding hidden private keys, certificates, and encryption keys in firmware, with real-world examples from Netgear, Fortinet, and Dell's security vulnerabilities.

Discover practical IoT hacking techniques, from selecting beginner-friendly devices to building an affordable toolkit under $100. Learn common vulnerabilities and methods to gain device access using simple tools and tactics.

Dive into industrial VPN gateway vulnerabilities through detailed analysis of security flaws, session hijacking risks, and hardware security bypass techniques in remote access systems.

Dive into advanced hardware hacking techniques to exploit Apple's ACE3 USB-C controller, using reverse engineering, side-channel analysis, and fault injection to gain code execution access on iPhone 15.