AFL-Unicorn - Fuzzing the 'Unfuzzable'
Explore afl-unicorn, a tool bridging manual research and AFL's automation for vulnerability discovery in complex systems, with practical workflow insights for various targets.
Insecurity of Embedded Devices' Firmware - Fast and Furious at Large Scale
Explore embedded device firmware vulnerabilities and large-scale security challenges in this DefCamp 2015 presentation, offering insights for security specialists and developers.
BlackBox Debugging of Embedded Systems
Explore BlackBox Debugging techniques for embedded systems, enhancing your ability to identify and resolve issues in complex hardware environments without source code access.
EGO MARKET - When People's Greed for Fame Benefits Large-Scale Botnets
Uncover how botnets exploit social media for profit, using Linux/Moose 2.0 as a case study. Learn detection techniques and insights into the fake follower economy.
Analysis of the Attack Surface of Windows 10 Virtualization-Based Security
Explore Windows 10's virtualization-based security, its implementation details, and potential vulnerabilities. Includes demonstrations of exploits against VBS and firmware, with a focus on platform complexity issues.
What's the DFIRence for ICS?
Explore digital forensics for industrial control systems, focusing on embedded devices in critical infrastructure. Learn data collection and analysis techniques for RTUs in electric substations.
The Tao of Hardware - The Te of Implants
Explore cheap hardware attacks on embedded devices and industrial control systems, including privilege escalation, kernel patching, and wireless control of PLCs. Learn about design decisions to reduce vulnerabilities.
A Deep Dive Into GarminOS And Its MonkeyC Virtual Machine
Explore GarminOS and MonkeyC VM, uncovering critical vulnerabilities in Garmin devices. Learn about reverse engineering, virtual machine internals, and exploiting low-level security flaws in smart fitness technology.
When Human Life Depends on Software - Introduction to Safety-Critical Systems
Explore safety-critical systems development, regulations, and real-world consequences of software errors in high-stakes environments like aerospace and medical equipment.
Embedded Rust - Rust on IoT Devices
Explore Rust for secure IoT development: full memory access, cross-compilation for microcontrollers, and bare-metal debugging. Learn how Rust combines safety and performance for embedded systems.
Using Android Things to Detect and Exterminate Reptilians
Explore Android Things to build a Reptilian-detecting machine using Raspberry Pi, Arduino, and machine learning. Learn to interact with physical components through specific APIs.
Raspberry Pi with Java 9
Learn to create hobby projects using Raspberry Pi and Java 9. Covers device setup, API usage, I2C programming, UI creation, 3D printing, and Java 9 modules for building embedded IoT projects.
Green Lights Forever - Analyzing the Security of Traffic Infrastructure
Researchers expose security vulnerabilities in traffic signal systems, demonstrating potential for disruption and safety risks. Recommendations for improving embedded systems security are provided.
FirmWar - An Imminent Threat to the Foundation of Computing
Explore the overlooked risks of enterprise device firmware in IT supply chains, uncovering vulnerabilities and discussing their impact on computing security and industry practices.
Hand Me Your Secret, MCU - Microarchitectural Timing Attacks on Microcontrollers Are Practical
Unveiling novel microarchitectural timing side-channel attacks on microcontrollers, challenging the belief that MCUs are immune to such vulnerabilities due to their simple architecture.
Continuous Delivery for Embedded Systems
Explore applying Continuous Delivery practices to embedded systems, overcoming challenges in versioning, testing, and security for improved software development processes.
Embedded Systems - Embodied Agents, Robot Programming in Java for the NXT Mindstorms
Learn Java programming for Lego Mindstorms NXT robots, covering sensor input, actuator control, and advanced topics like regulation systems and multi-robot mapping in this university-level course.
The Actor Model Applied to the Raspberry Pi and the Embedded Domain
Exploring the Actor Model's application to Raspberry Pi and embedded systems, highlighting its benefits for system architecture, testing, and error containment.
Connected Device Development by Contract
Explore modern connected device management with Exosense framework. Learn rapid prototyping, long-term evolution, and massive-scale deployment for in-vehicle monitoring and remote control applications.
Give Your ESP32s the Gift of Serviceability
Explore virtual machine technology for ESP32 microcontrollers, enabling efficient execution, sandboxing, and cloud-based management for enhanced serviceability and secure communication in IoT devices.
Code Size Compiler Optimizations and Techniques for Embedded Systems
Explore compiler optimizations and techniques to reduce code size in embedded systems, enhancing performance and efficiency for resource-constrained environments.