Arduino Hacking Tools: War Driving
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Arduino Hacking Tools: War Driving

How to Build your own War Driving Device with Arduino War Driving with ArduinoIn this Arduino Hacking Tools guide, we are going to learn about war driving. Then we will make our own war driving device using a D1-Mini, GPS module, and an SD Card module to log the captured data.Components Needed:D1-Mini ESP8266GPS ModuleD1-Mini SD Card ShieldSD CardWhat is War Driving? War driving is the act of using a vehicle to search for and exploit vulnerable wireless networks, such as…

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Arduino Projects: Building an Ultrasonic Theremin
Arduino

Arduino Projects: Building an Ultrasonic Theremin

Unlocking the Magic of Sound: Creating a Theremin-Like Device with Arduino Imagine controlling music and sound with the wave of your hand, just like a magician conjuring melodies from thin air. While it might not be the mystical theremin of classic sci-fi and suspense films, we've again embarked on an exciting journey to bring the enchantment of electronic music to life with Arduino.If you missed our first Theremin project, you could read about it here: Arduino Theremin Project. This time…

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Crypto Mining with Arduino, and is it Worth it?
Arduino

Crypto Mining with Arduino, and is it Worth it?

What is Crypto Mining? Crypto mining or cryptocurrency mining is the process of validating and verifying transactions on a blockchain network and adding them to the blockchain's public ledger. Miners, individuals or entities, use specialized computer hardware and software to solve complex mathematical puzzles, known as cryptographic algorithms. Successful miners are rewarded with cryptocurrency tokens for their efforts.Can you Mine with Arduino? Short answer, yes! Long answer, why would you want to? If you are just wanting to try it…

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Arduino Halloween Project 2021
Arduino

Arduino Halloween Project 2021

Creating a Motion Triggered Halloween Prank! Welcome to the spookiest house on the block, where Halloween meets high-tech trickery! Are you tired of the same old predictable scares for your unsuspecting trick 'r' treaters? This year, we're taking Halloween pranks to the next level by combining the eerie allure of a haunted house with the magic of Arduino and a DFPlayer MP3 module. Get ready to unleash bone-chilling scares and spine-tingling sound effects as trick-or-treaters dare to approach our front…

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Resistor Tester: Build your own with Arduino
Arduino

Resistor Tester: Build your own with Arduino

Resistance is Futile Ever found yourself rummaging through a pile of resistors, only to be stumped by their cryptic color codes? Well, worry no more! Introducing the ultimate DIY resistor tester powered by Arduino. This ingenious device is your ticket to quickly and effortlessly identifying resistors and understanding their values. Gone are the days of guesswork and frustration. Simply insert your mysterious resistor and watch as this smart gadget reveals its resistance and value, providing you with the knowledge you…

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Webserver: How to make a Webserver with Arduino
Arduino

Webserver: How to make a Webserver with Arduino

How to Create a Webserver with Arduino You can create a simple web server using the Arduino IDE and the D1 Mini board. If you're not familiar with the D1 Mini, you can read our guide here: A Guide to IoT Magic with the ESP8266. The ESP8266 is a Wi-Fi board that gives our Arduino projects the ability to connect to the internet. In this guide we will be creating a simple webserver to serve a basic webpage.Basic Webserver Code…

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D1 Mini: A Guide to IoT Magic with the ESP8266
Arduino

D1 Mini: A Guide to IoT Magic with the ESP8266

What is the D1-Mini? The D1 Mini is a compact development board based on the ESP8266 Wi-Fi module. It's designed to make it easy for developers and makers to build IoT (Internet of Things) projects with Wi-Fi connectivity. Key Features: ESP8266 Wi-Fi Module: The D1 Mini is built around the ESP8266, which is a highly integrated chip with Wi-Fi capabilities. It's known for its low cost and low power consumption, making it ideal for IoT projects.Compact Size: One of the…

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Programming the Ultrasonic Sensor with Arduino
Arduino

Programming the Ultrasonic Sensor with Arduino

What is an Ultrasonic Sensor? The HC-SR04 ultrasonic sensor is a popular distance sensor commonly used with Arduino and other microcontroller platforms. It's used to measure distances between the sensor and an object by emitting ultrasonic waves and calculating the time it takes for the waves to bounce back.Here's a step-by-step guide on how to use an HC-SR04 sensor with Arduino: Components you'll need: Arduino. HC-SR04 ultrasonic sensor. Jumper wires. Breadboard. Connections:Connect the VCC pin of the HC-SR04 to the…

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Programming the PIR Sensor with Arduino
Arduino

Programming the PIR Sensor with Arduino

How to use the PIR Sensor with Arduino In this guide we will go through the basic steps of using a PIR sensor module with Arduino. Then we shall build a home security alarm system to protect your property.Basic PIR Setup with Arduino Starting simple, this is to test the PIR sensor works properly.  The Code: Open the Arduino IDE. Now, copy and paste the code below to a new sketch. Study the code and make sure you understand what…

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Binary and Hexadecimal Number Counter
Arduino

Binary and Hexadecimal Number Counter

What is Binary and Hexadecimal? Binary and hexadecimal are two numeral systems used in computing and digital electronics. Here's a brief explanation of them both:Binary:Binary is a base-2 numeral system, which means it uses only two digits: 0 and 1.Each digit in a binary number represents a power of 2, with the rightmost digit representing 2^0 (1), the next digit to the left representing 2^1 (2), the next 2^2 (4), and so on.Binary is the fundamental language of computers. Computers…

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Theremin: Build Your own Arduino based Theremin
Arduino

Theremin: Build Your own Arduino based Theremin

What is a Theremin? The theremin is an electronic musical instrument that is unique in that it is played without physical contact. It was invented by Léon Theremin, a Russian inventor and musician, in the early 1920s. The theremin's unique method of sound production relies on the interaction of electromagnetic fields with the player's hands, which control pitch and volume by moving their hands closer to or farther from two antennae on the instrument. Its eerie and ethereal sound has…

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MP3 Player: Using a Mini-OLED to Display Status

Adding the Mini-OLED Display to our MP3 Player This is the third of three guides on building your own MP3 player with Arduino. In this guide we will be programming a mini-OLED display show the status of our Arduino based MP3 player: Part 1: Building a basic MP3 player and testing. Part 2: Adding Interactive Functionality. Part 3: Adding a mini-OLED display. Components: DFPlayer Mini. Arduino.. Mini OLED. Speaker. Push buttons. Jumpers. Breadboard. The Circuit:Strip all components and then reassemble…

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MP3 Player: Adding Interactive Functionality

How to add some Interactive Functionality This is the second of three guides on building your own MP3 player with Arduino. In this guide I will walk you through setting up some interactive functionality to skip tracks, pause tracks, and increase volume etc. by adding some push buttons to control the players functions. Then I will show you how to program your own functions: Part 1: Building a basic MP3 player and testing. Part 2: Adding Interactive Functionality. Part 3:…

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MP3 Player: Building an MP3 Player with Arduino
Arduino

MP3 Player: Building an MP3 Player with Arduino

How to Build your own MP3 Player with Arduino This is the first of three guides on building your own MP3 player with Arduino. In this guide I will walk you through the very basic setup and how to test it for errors. But here is what you can expect in these guides: Part 1: Building a basic MP3 player and testing. Part 2: Adding Interactive Functionality. Part 3: Adding a mini-OLED display. Part 1 Components: DFPlayer Mini. Arduino. Speaker.…

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GPS Module: Recording GPS Data to SD Card Module
Arduino

GPS Module: Recording GPS Data to SD Card Module

How to Capture GPS Data and Record it too an SD Card In this guide we are going to use the GPS module with an Arduino and then send the captured data to an SD Card in an SD Card Module. So, whether you're a hobbyist, a tech enthusiast, or a DIY adventurer, this guide will equip you with the skills to track and log your journeys with precision and ease. Let's Build! Logging GPS data with the SD-card module…

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The SD Card Module for Arduino Projects

What is an SD Card Module? An SD (Secure Digital) card module, also known as an SD card reader or SD card interface, is a hardware component that allows you to interface an SD card with a microcontroller or other embedded systems like Arduino. Here's some information about the SD card module:Purpose: The primary purpose of an SD card module is to enable data storage and retrieval on SD memory cards. SD cards are commonly used for data storage in various…

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GPS Module: Displaying GPS Data with Mini-OLED
Arduino

GPS Module: Displaying GPS Data with Mini-OLED

How to Display GPS Data on the Mini-OLED In this guide I will show you how to display the data returned from the GPS module to the mini-OLED display. This will help assist you to make this a truly portable project, without the need to be tethered to a computer to read the serial monitor in the Arduinos IDE. Let's Build! Components: Arduino GPS Neo 6M Mini-OLED Jumpers The Code: The code is very similar to our last guide: Programming…

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GPS Module: Programming Arduino with GPS
Arduino

GPS Module: Programming Arduino with GPS

What is a GPS Module? A GPS (Global Positioning System) module is often used with Arduino and other microcontroller platforms, it's a device that allows you to determine your precise geographical location on Earth using signals received from satellites.How does the GPS Work? Satellite Communication: The GPS module communicates with a network of satellites orbiting the Earth. These satellites continuously transmit signals that contain information about their location and the exact time the signal was sent. Signal Reception: The GPS…

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