In this ESP8266 tutorial, we are using an ESP-01 module to control an LED over the internet. The ESP8266 is a very cheap yet really effective platform for communicating over the internet. It is also easy to use with an Arduino. After going through this ESP8266 tutorial, you will have the know-how to control any electrical device […]
ESP8266 Tutorial: How to Control Anything From the Internet! Continue Reading
The main thing which makes this project super simple is that this project requires only one extra component. If you are new to Arduino, this tutorial will help you get familiar with Arduino and learn the basics of Arduino programming. This musical project has a speaker which plays out a song. If you ever want to
How to Build an Arduino Speaker That Plays Music in Minutes Continue Reading
Walleye is an interactive light installation which engages users in temporal gestural and bodily play. It generates temporal light propagation patterns, or a large scale very low resolution pixilated image (depending on how you look at it) based on the realtime movement of visitors in the space. The project is informed by discourses around emergent
Walleye using Arduino Continue Reading
This is an inexpensive, DIY, Arduino-powered oneironautics device that allows users to alert themselves when they are in a deep dreamstate, without waking up. In other words, this machine will tell you when you are dreaming, while you are dreaming. Why is this such a big deal? Because, this is the first step to achieving a
The Dream Machine Or, How to Be More Awake While You Sleep Continue Reading
Vehicle Tracking System becomes very important now days, especially in case of stolen vehicles. If you have GPS system installed in your vehicle, you can track you Vehicle Location, and its helps police to track the Stolen Vehicles. Previously we have built similar project in which Location coordinates of Vehicle are sent on Cell Phone,
Track A Vehicle on Google Maps using Arduino, ESP8266 & GPS Continue Reading
Introduction This Arduino 4 Channel Relay project demonstrates how an ATmega328P-based Arduino can control multiple high-power devices using a relay interface.The system uses a ULN2003 driver IC to safely switch four 12V relays from low-voltage digital pins.Designed and tested using Proteus simulation, this project is ideal for learning relay interfacing, serial control, and embedded systems
Arduino 4 Channel Relay using ATmega328P with Proteus Simulation Continue Reading
Introduction This project demonstrates a DDS (Direct Digital Synthesis) sinewave generator implemented using an ATmega168 microcontroller in a Proteus simulation environment.The system generates a clean, adjustable sinewave using a lookup table and high-speed timer interrupts.By combining PWM output, timer-based sampling, and direct digital synthesis, this project shows how precise waveforms can be created using low-cost
Arduino 168 DDS Sinewave Generator using ATmega168 with Proteus Simulation Continue Reading
Description: This article delves into the Software Serial library, a commonly utilized resource in Arduino programming. It explores its significance in programming for Arduino Uno or Arduino Nano and provides insights into when and why to employ this library. Through the aid of a Proteus simulation, I will elucidate its practical applications, alongside showcasing advanced-level
Arduino SoftwareSerial Mastery: Harnessing Multiple Serial Ports Continue Reading
This project details a Flowcode and E-blocks based weather station capable of reading local temperature and humidity with 2 remote thermo-hygrometer sensors. The local board also incorporates a real time clock. This article has been contributed by Flowcode user John Crow. Flowcode can be downloaded and trialled for free at the Matrix Technology Solutions website.
Developing your own Flowcode 7 controlled weather station Continue Reading
Arduino / Raspberry Pi Internet Radio This project represents an engaging integration between the Arduino microcontroller and the Raspberry Pi single-board computer to construct a functional Internet Radio. The project is best suited for individuals at an intermediate skill level, particularly those who already have some experience with Linux-based environments. While the technical requirements are
Arduino / Raspberry Pi Internet Radio Continue Reading
