Automation
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Arduino DC Motor Speed Control using GSM With the increasing demand for automation and remote operation, controlling electrical devices without the need for physical access has become an important area of development in modern engineering. Automation helps reduce manual effort, improves operational efficiency, and enhances safety, especially in environments where human presence is difficult. As a result,… |
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VENTUNO Q: Arduino’s Next-Gen AI Board In a major step toward bringing artificial intelligence directly into physical devices, Arduino has unveiled the VENTUNO Q, a new high-performance single-board computer powered by processors from Qualcomm’s Dragonwing IQ8 series. Announced ahead of Embedded World in Germany, the platform is designed to democratize edge AI, robotics, and intelligent automation for developers, educators, and… |
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Minimal Aesthetic Clock Using Simple Motor Mechanism Russian DIY creator AlexGyver has completed his latest “Challenge Accepted” project: a big, good-looking wall clock made using 24 small stepper motors called BKA30D-R5. These are the same kind of tiny motors you find inside car dashboards to move speedometer or fuel gauge needles. Each motor has two shafts, but he only uses one to control a custom pointer. With 24 of… |
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Simple Self-Timing Electric Motor Built from Scratch A maker recently demonstrated how to build a fully functional self timing electric motor using only basic electronic components, no microcontrollers, motor drivers, or brushes required. The minimalist design uses a single transistor, two hand-wound coils, a battery, and a pair of neodymium magnets mounted on a rotating shaft. Instead of relying on electronic timing… |
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Find My Book – AI & IoT Smart Library Navigation & Inventory By Aman Gandotra Find My Book is an AI and IoT-powered Smart Library Management System designed to automate the processes of book searching, issuing, returning, and theft detection. This system includes an interactive touchscreen kiosk on the ESP32-S3 Box 3, which allows users to quickly locate… |
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HomePod S3 - A Smart Desk companion By Rohan Barnwal HomePod S3 is a Smart Desk Companion that combines everyday utilities into one compact offline-first device designed to sit permanently on your desk. The goal of this project was to answer a simple but important question: If a small device stays on your desk all day, how can it… |
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iBIGS - Infant Behavior Intelligent Guardian System By Akash A S The iBIGS (Infant Behavior Intelligent Guardian System) is a smart baby monitoring and sleep-aid device built using the Adafruit MEMENTO (ESP32-S3) platform. The system is designed to help parents monitor infants, detect crying or movement, and provide soothing sounds to help babies sleep. … |
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Animatronic Human-like Home assistant (Skully) By Archit Jain Technology today is rapidly transforming the way humans interact with machines, making systems more intuitive, lifelike, and intelligent. Advancements in Artificial Intelligence (AI), robotics, and embedded systems have opened new pathways for creating machines that can mimic human expression and behaviour. This… |
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ESP32-S3 Box 3 Smart Weather Station: Real-Time Field Monitoring for Farmers from Home By Ashish Rana This project is an IoT-based weather station tailored for farmers to monitor their fields remotely. It collects comprehensive environmental data from Home, including wind speed, wind direction, temperature, humidity, pressure, gas levels, altitude, and rainfall. Using a BME680 sensor and other specialized sensors, all… |
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Smart Home Automation & Monitoring Hub By Rishabh Jain Modern smart home systems typically rely on cloud connectivity and internet access, which introduces latency, privacy concerns, and dependency on external infrastructure. In many real-world scenarios, reliable internet connectivity is not always available, and users still require fast, secure, and private home… |
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Smart Library System By Keshav Padia Hi everyone!, my project is a standalone Smart Library Kiosk designed to replace the traditional librarian counter with a self-service system. Built on the Adafruit Memento Development Board (from DigiKey) with an ESP32-S3 chip, it runs independently-currently powered via laptop but easily adaptable to a 3.7V LiPo… |
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AI Kept a Tomato Plant Alive Without Human Support A developer named Martin Devido took a different approach and experimented with an idea in which an AI named Claude was given full responsibility to take care of a tomato plant without any human intervention or support. Ever thought it was possible? The results now give the answer as “Yes”, because the AI has taken care of the tomato plant for the past 38 days without any human support. … |
