
Explore Arduino auto-shutdown techniques using MOSFETs to conserve power. Learn circuit design, component selection, and implementation for efficient energy management in Arduino projects.

Learn to build a 2x2x2 LED cube with step-by-step instructions, circuit diagrams, and code. Gain insights into the electrical and programming concepts behind LED cubes, preparing you for more complex projects.

Learn to build an Arduino-controlled reflow oven for PCB soldering, covering wiring, testing, isolation, and circuit design in this hands-on tutorial.

Learn to integrate Arduino with Bluetooth RN-42 module, covering circuit design, level shifting, setup, coding, and pairing for wireless communication projects.

Control your Arduino remotely using a smartphone and HC06 Bluetooth module. Learn to set up the hardware, write Arduino code, and use a terminal emulator app for basic remote control functionality.

Learn Arduino programming with hands-on LED projects. Master for loops, variables, and circuit design while creating interactive light sequences in this beginner-friendly tutorial.

Learn to create an Arduino-based "valves" puzzle for escape rooms, including component explanations, wiring diagrams, and code implementation for an interactive and engaging player experience.

Learn to create an Arduino-based escape room puzzle inspired by "Keep Talking and Nobody Explodes." Build a memory game with color-changing LEDs, buttons, and displays, perfect for challenging players' coordination and cooperation.

Learn to create an IoT project using JavaScript and Node.js on a Raspberry Pi 2. Build a dancing monkey that responds to tweets, perfect for beginners and kids interested in hardware programming.

Explore a fault-tolerance scheme achieving low space overhead using geometrically local circuits, addressing limitations in quantum coding theory and syndrome extraction.

Explore hardware badge creation using innovative "Desi Jugaad" techniques in this insightful presentation from nullcon Goa 2014, offering practical insights for tech enthusiasts.

Explore innovative garbling techniques for Boolean and arithmetic circuits, enhancing cryptographic protocols and secure computation methods.

Explore hardware hacking techniques using an RFID badge reader, covering circuit analysis, signal decoding, and practical Arduino-based projects for RFID spoofing and security research.

Explore advanced cryptographic techniques for circuit compilers, focusing on achieving O(1/log(n)) leakage rate in secure computation and hardware protection.

Explore advanced techniques for constructing universal circuits, enhancing efficiency in cryptographic applications and secure computation protocols.

Explore quantum computing's impact on elliptic curve cryptography, analyzing resource estimates for discrete logarithm algorithms and their implications for cryptographic security.

Explore rotational symmetry in FPGA-specific AES implementation, focusing on innovative approaches to enhance efficiency and side-channel protection in cryptographic designs.

Learn to design circuits and PCBs using Kicad through a guided tutorial. Create a watering system relay controller with wireless communication and solar power, focusing on eeschema and pcbnew tools.

Explore Swift development on Raspberry Pi: setup, challenges, and opportunities. Learn to create LED circuits and integrate with Vapor for server-side applications.

Explore circuit-based programming to create simpler, more maintainable applications by modeling them as interconnected processes, inspired by category theory and functional reactive programming.

Learn to transform old phones into interactive wall art using Node.js, Raspberry Pi, and web APIs. Create unique displays for photos, lists, and visualizations while exploring IoT integration.