Projects

Lidar technology is integral in various applications like cartography, autonomous driving, environmental scanning, and intruder monitoring. It’s commonly used in robots and autonomous vehicles for mapping and localization. However, many lidar systems are wired, making them cumbersome for prototyping and testing. This is especially problematic in autonomous driving, where mounting and connecting lidar systems is

An automatic login system using the IndusBoard Coin leverages its capabilities to create a seamless and secure access control mechanism that eliminates the need for manual login processes. The system is powered by the IndusBoard, which features an ESP32 module capable of interfacing with various user identification hardware, such as RFID readers, biometric sensors, or

An air mouse is a device that allows you to control the cursor on devices like computers, mobile phones, and smart TVs through hand movements, providing a more intuitive and natural way to interact with your device. In this project, an air mouse is created using the IndusBoard Coin, a compact microcontroller with built-in sensors.

A digital lock using WebSerial technology offers a modern, secure, and convenient access control system, primarily leveraging an ESP32 microcontroller. This system functions by hosting a web interface that is accessible via a local Wi-Fi network. Users can connect to the network and enter a pre-set password through the WebSerial interface. The microcontroller processes the

The Arduino IDE project using the Indus board enables real-time sensor data transmission over Web Serial to a web browser, facilitating live monitoring and analysis. This process involves creating a web page that uses the Web Serial API to establish a serial connection with the Indus board. The board collects data from various sensors, such

In this article, we delve into the integration of Google’s Teachable Machine AI model with spectrograms to recognize sounds and trigger specific actions using the IndusBoard. The AI model, running on a phone or laptop, identifies particular sounds and communicates with the IndusBoard, which then executes predefined tasks based on the recognized sound. For instance,

Random number generation is a critical function in computing, enabling devices to perform tasks in an unpredictable manner. In the Arduino IDE, specifically with the IndusBoard, random numbers are generated using the randomSeed() and random() functions to achieve true randomness and avoid predictable sequences. How Random Number Generation Works This process is fundamental for tasks

The LED controller project leverages Web Serial to allow users to control LEDs directly from a web browser. This setup provides an intuitive and interactive way to manage LED states via a user-friendly web interface. By setting up a webpage with controls for the LEDs, the Web Serial API facilitates communication between the web application

A metal detector is a device designed to detect the presence of metal nearby, and it is commonly used for locating metal objects on the surface, underground, or even underwater. In this project, the IndusBoard coin is programmed to function as a compact metal detector by leveraging its built-in magnetometer sensor. The magnetometer sensor is

Fall detection using the IndusBoard involves utilizing accelerometer data to monitor and detect when a person experiences a fall. The system is designed to respond swiftly and effectively, ensuring that caregivers or monitoring systems are immediately informed of any incidents. When the IndusBoard detects a fall through abnormal accelerometer readings, it activates a blue LED