DIY
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Interface Water Level Sensor with Arduino UNO – Circuit, Code & Working Water tank overflow is a common problem that leads to water wastage, yet it's surprising that many households don't even consider it a concern. Though there are many solutions for it, like ball valves that automatically cut the flow of water when a certain level is reached, as an electronic engineer, I prefer a solution that includes sensors and automation. So, in… |
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Raspberry Pi uses Artificial Intelligence to Convert Real World Photos to Art In a recent Reddit post, a user showcased a fascinating project using a Raspberry- Pi to convert Real-World Photos into Artwork with the help of artificial intelligence. This Maker has integrated a camera with the Raspberry Pi to capture images, which are then transformed into artistic masterpieces using Astica, a cognitive intelligence API, and DALL·E 3, a creation… |
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DIY POV Display Powered with a Custom Silicon Youtuber Bitluni, who we all know for doing crazy projects such as 256 Core Supercluster with the 10-cent Microcontroller or making his own ASIC chip has released a video on his new project - a custom ASIC-powered DIY hologram display. This is not the first time he is making his own custom chip, a month back he showcased his custom chip, which holds pixel data, that… |
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A Simple Automatic Plant Watering System without Microcontroller Nowadays, many people are turning towards green solutions to lead healthier lives. Efforts are being made to grow plants, which contribute to maintaining the stability of nature. The key challenge in growing plants is maintenance, particularly ensuring they receive adequate watering. Despite our best intentions, we may forget to water our plants at times. To address… |
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256 Core Supercluster with the 10-cent Microcontroller Nowadays we have seen super cheap microcontrollers running neural network, now they are running superclusters. Maker and Youtuber Bitluni has showcased his 256-core supercluster using the infamous 10-cent CH32V003 RISC-V microcontrollers. Previously Bitluni, himself has created a 16-core cluster board using this very own MCU. This early model featured an 8-bit data… |
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Arduino Robotics Projects: From Basics to Advanced Arduino projects have gained immense popularity among both seasoned makers and beginners due to their ability to blend innovation and fun. Whether you have years of experience or are just starting out, Arduino offers a user-friendly interface that makes it easy to get started. Additionally, the vast community support surrounding Arduino ensures that you will never be… |
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Exploring RFID Chip Implants: Legal, Medical, and Ethical Considerations in India It was in January 2024, when Neuralink Corp. a company by Elon musk implanted its first brain chip called “Telepathy” in a 29-year-old accident victim to help him regain control of his paralyzed limbs. While this technology could actually help humans achieve a cyborg status it is far away from being available as of today But the same… |
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Meet Singleboard Alpha! - An ESP32 Based Single-Board Computer
Kevin Bates, the creator of AUDUBOY—a full-fledged miniature gaming system in a credit card-sized package—is now working on his new project, Singleboard Alpha. This concept involves a single-board computer built around the ESP32-S3 as its core. Kevin released… |
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WiFi Controlled Surveillance Robot Car using ESP32-CAM Module In this project, we are going to build an ESP32 Cam Surveillance Car—a practical and accessible starting point to start learning about remote-controlled and ESP32 projects. This project leverages the versatility of the ESP32 camera module, offering a budget-friendly, energy-efficient and easy-to-make solution. Designed with simplicity and functionality in mind, it's… |
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Let's Build a Low Cost Drone using ESP32 Drones have rapidly evolved from niche hobbies to versatile tools with a wide range of applications, from photography to agriculture or even for defence and military purposes. Building a DIY ESP32 drone project is an affordable entry point into drone technology, with costs ranging from pocket change to commercial-grade systems. Even though the basic principle… |
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Building a High-Resolution POV Display using ESP32 Persistence of Viasion is a fundamental principle that allows our eyes to perceive continuous motion from separate images, a concept crucial to the illusion of motion in cinema. When I was a kid, I was always fascinated with it. So, in this project, we are going to use this fascinating optical phenomenon to create a cool-looking POV Display. You must have seen a lot… |
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Interfacing Seven Segment Display with Arduino Nowadays, visual indication is a must-have feature for any electronic device, which will make user interaction much easier. There are multiple ways to implement the visual indication, from simple light indications to LCDs or even holograms. Today, we will be talking about such a device, which has been used in the industry for decades – the Seven Segment Display. The 7… |
