
Explore flip-flops, serial protocols, and digital circuit concepts. Learn about state diagrams, conversion between flip-flop types, registers, and various serial communication interfaces.

Strategies for efficient electronics troubleshooting, covering tools, infrastructure, and techniques to quickly identify and fix issues in firmware, circuits, and mechanical components.

Explore the power of lookup tables in microcontroller projects, from bit-banging Ethernet to USB stacks, and learn to solve complex problems on smaller processors.

Explore microcontroller selection beyond the 8 vs 32-bit debate, emphasizing the importance of comprehensive knowledge in embedded systems design for optimal project outcomes.

Learn to program ATmega328p using Pololu 3pi robot, focusing on pulse width modulation for motor control and differential steering. Practical demonstrations included.

Explore SPI-controlled analog systems with Bil Herd, covering datasheets, I2C, bench testing, and practical demonstrations of universal active filters and linear meters.

Learn to program digital I/O on the Pololu 3pi robot, exploring buttons, LEDs, and beepers using ATmega328p microcontroller. Hands-on tutorial for embedded systems enthusiasts.

Explore microcontroller debugging using Atmel AVR In-Circuit Emulator (ICE) to examine a custom OBDII widget that converts vehicle speed to pulse stream, with insights on hardware development and coding.

Explore malware detection techniques and firmware analysis methods, including file comparison, key capture, and firmware extraction.

Hands-on workshop on breaking encrypted 3D printer firmware, covering techniques like frequency analysis, known-plaintext attacks, and ARM architecture exploitation using tools such as Matplotlib and SciPy.

Comprehensive exploration of 1-Wire protocol for embedded systems, covering hardware, protocol, and software aspects. Includes practical examples and implementation using MSP430 microcontroller.

Explore embedded serial buses, focusing on LCD integration, PCF8574 and BMP180 overviews, code analysis, and logic analyzers. Includes hands-on project, quiz, and self-evaluation for practical skill development.

Comprehensive introduction to I2C protocol, covering hardware aspects, protocol details, addressing, and practical examples. Ideal for embedded systems enthusiasts and engineers.

Dive into embedded serial buses, focusing on I2C communication. Learn setup, data transmission, and practical implementation using MSP430F5529 and SHT21 sensor as examples.

Discover how Windows-enhanced security settings on Surface devices reduce organizational security risks by 60% in hybrid workplaces, leveraging Microsoft's holistic ecosystem from chip to cloud.

Explore the flow3r electronic instrument: assembly, operation, software development, and community engagement. Learn to create captivating music and light art with this innovative device.

Hacker's perspective on DJI drone security: hardware analysis, attack vectors, and full compromise of Mini-series drones. Explores vulnerabilities, custom firmware, and GPL violations in commercial UAV systems.

Explore Freifunk Open-MPPT: an open-source project for efficient, resilient energy-autonomous infrastructure. Learn about current models, applications, and future developments in solar-powered systems.

Explore the BeagleBone Black's potential in cybersecurity and embedded systems. Learn why this versatile single-board computer is a favorite among tech enthusiasts and security professionals.

Senior experts provide in-depth analysis of Ripple20, a critical vulnerability affecting Industrial IoT devices, exploring its impact, detection challenges, and mitigation strategies.

Explore the security vulnerabilities and potential risks associated with eSIM technology in mobile phones and desktop devices, raising awareness about offensive operations and post-compromise scenarios.