
Exploring IC reverse engineering techniques for security assessment, including failure analysis tools, delayering methods, and circuit editing. Learn how to analyze and modify chip structures for hardware hacking.

Step-by-step guide to designing custom embedded microcontroller PCBs. Learn modular design, component selection, schematic creation, and PCB layout for successful prototyping and small-scale manufacturing.

Explore vulnerabilities in satellite-based rescue systems, focusing on the International Cospas-Sarsat Programme. Learn about eavesdropping, spoofing, and active attack techniques on satellite communications.

Explore techniques for dumping, parsing, and analyzing i.MX flash memory chips, focusing on NXP i.MX architecture in embedded systems. Learn about custom flash memory management and tools for recovering filesystems.

Explore techniques for intercepting and decrypting encrypted SIP sessions, and learn about a new tool for streamlined password recovery in VOIP protocols.

Explore vulnerabilities in VoLTE implementations, including text spoofing and subscriber enumeration. Learn to monitor VoLTE traffic on rooted Android phones using custom tools and Wireshark.

Explore techniques for exploiting vulnerabilities in telephone systems, uncovering potential security risks and methods for unauthorized access in this eye-opening presentation.

Explore advanced techniques for detecting hidden vulnerabilities in IoT firmware at scale, enhancing cybersecurity practices for the rapidly expanding Internet of Things ecosystem.

Clever tricks for writing exploits on embedded systems, including tiny shellcode for ARM, memory corruption on 8-bit micros, and developing without debuggers or firmware images.

Explore advanced techniques for exploiting SOHO routers, including firmware analysis, vulnerability discovery, and ARM/MIPS exploit development. Learn about 0-day vulnerabilities and post-exploitation concepts for household routers.

Reverse engineering KeeLoq systems: extracting firmware, decrypting transmissions, and integrating with home automation. Practical approach to exploiting known vulnerabilities in remote keyless entry systems.

Explore IoT security challenges in enterprises, examining millions of devices to reveal vulnerabilities, default credentials, and outdated firmware. Gain insights into the current state of IoT security.

Hands-on workshop on extracting and emulating ARM IoT firmware using ARMX. Covers firmware extraction, unpacking, file system analysis, and device emulation. Practical experience with real IoT devices and tools.

Innovative IPsec gateway implementation on embedded APUs, enhancing network security performance through efficient hardware utilization and optimized cryptographic operations.

Explore the future of interactive technology with Ivan Poupyrev as he discusses integrating digital information into the physical world, from touchless gestures to smart garments and beyond.

Explores crowdsourcing network repair in rural Philippines using SMS, revealing community eagerness and capacity for resolving common failures when repairs align with local experiences.

Innovative smartwatch technology enhances bio-acoustic sensing, enabling gesture recognition, object detection, and body-based data transmission, expanding wearable interaction possibilities.

Explore security vulnerabilities in embedded systems, focusing on real-world examples and practical attack scenarios. Learn about potential risks and strategies for enhancing embedded system security.

Investigates a recent telephony fraud technique called Over-The-Top Bypass, exploring its mechanisms, impact on telecom operators, and potential countermeasures.

Explore fault injection techniques to bypass Secure Boot in embedded systems, focusing on hardware-based attacks when logical vulnerabilities are absent.

Explore zero-day vulnerabilities in BLE chips, allowing unauthenticated network penetration. Learn about BLEEDINGBIT, its impact on enterprise APs, and potential attack scenarios.