Sensors are one of the crucial things when it comes to building projects/robots. Many a times the sensor might be not available locally or it might take too long to ship. Smart phone have most of the basic sensors like proximity, accelerometer, light, magnetometer, gyroscope, etc. embedded and we can in fact use these sensors […]
Sensors in Phone and Arduino Serial Communication Continue Reading
The mass flow meter SFM4300 features improved sensitivity and precision, even for low flow rates. The small, compact sensor is calibrated for air, O2 and N2O gases and – in contrast to its predecessor, the mass flow meter SFM4100 – it can also be used to monitor gas mixing. With a zero-point accuracy of 0.005 slm for a total range of up
SFM4300 – MASS FLOW METER FOR SENSITIVE GAS MIXTURE MEASUREMENT AT LOW FLOW RATES Continue Reading
This project is a continuation and reimagining of my former colleague’s (metaterra) “Whisker Sensory Extension Wearable”. The purpose of this project was to focus on the creation of novel, computationally-enriched “sensory extensions” that allow for augmented-sensing of the natural world. My major effort with this project was devoted to the fabrication and implementation of sensory
Cat Whisker Sensory Extension Wearable (2.0) Continue Reading
An Egyptian startup known as Elk has scored a Kickstarter funding for a tiny (55 x 25.5mm) IoT development board designed for decentralized web applications that can traffic in cryptocurrency payments using blockchain through Ethereum. According to Elk, the Elk board is built for blockchain-enabled IoT networks with privacy guarantees that are not feasible with mainstream IoT platforms
ELK’S DEVELOPMENT BOARD IS SUITABLE CRYPTOCURRENCY APPLICATIONS Continue Reading
Arduino’s Nano line will soon welcome four new products. They’re all small boards like the classic one, making Nano a family of small boards meant for compact projects. All the new boards boast low energy consumption and processors more powerful than what the classic has. Even better, they’re all pretty affordable: the most basic entry called Nano Every,
Arduino’s new Nano board family is more powerful and affordable Continue Reading
Technology can mix fun, creativity, and exercise, and the Makey Makey Dance Floor shows this well. This DIY project uses Makey Makey, conductive items, and Arduino to create a dance floor that makes sounds or actions when stepped on. It is great for kids, parties, and sensory events, making it both enjoyable and creative. What
Makey Makey Dance Floor Project Using Arduino Continue Reading
Arduino technology shines in the Smart Stick for the Visually Impaired because it builds accessibility features to empower visually impaired users. The assistive device utilizes ultrasonic sensors with buzzer components that integrate with Arduino for an innovative functional application. What is the Smart Stick? A handheld device known as the Smart Stick detects obstacles in
Arduino Smart Stick for the Visually Impaired Continue Reading
Through technological means individuals with disabilities gain empowerment and the Ultrasonic Sensory Device for the Visually Impaired stands as an excellent representation of this phenomenon. Its affordable design enables this simple device to detect ultrasonic signals for reliable assistance to people with vision impairment while they move around. What does the Ultrasonic Sensory Device accomplish?
Ultrasonic Sensory Device for the Visually Impaired Using Arduino Continue Reading
Using technology combination of Arduino and NFC represents a major step forward for aiding children with sensory needs. A project known as the NFC Fun Toy stands as an excellent demonstration of how innovative DIY projects deliver interactive therapeutic devices. What is the NFC Fun Toy? Near Field Communication technology powers the interactive sensory toy
Arduino NFC Fun Toy for Children with Sensory Needs Continue Reading
Introduction Greetings to all, hoping everyone is in good health. We’re thrilled to present our newest article about Arduino projects. This article discusses the development of a robot arm that is operated through hand movements with the help of Arduino UNO. To identify hand motions, we will use four IR sensors placed in four separate
Arduino-Based Robotic Arm Controlled by Hand Gestures Continue Reading
