The term internet of things was coined only in 2008, but within the next 10 years (in 2018) there were already more than 7 billion IoT devices connected to the internet, and the number is set to increase exponentially. IoT has enabled multiple inter-connected devices to sense and transfer data wirelessly over the internet to provide vital data and control in areas like Home automation, Location tracking, Asset monitoring etc..
This section provides a wide variety of IoT Projects with complete resources including circuit diagram and code, allowing you to build and test your own IoT applications. It also discusses the recent IoT Technology Trends and keeps you updated with the latest IoT News.
This project aims to empower users to lead a healthier and safer lifestyle.
Next, let's look at the connections used in this project. The sensor SHT21 and OLED display use an I2C bus, the GPS sensor uses UART and the accelerometer sensors use analog pins.
The connections are done in that manner…
The desk bot is designed to perform various functions, allowing you to choose between using push buttons or voice commands. The push buttons provide a simple, direct way to select and activate specific tasks, with each button clearly assigned to a function.
Components Required1. Maixduino dev. kit2. N20 MOTOR3. MX1508 MOTOR…
The "Smart AI-Powered Surveillance Camera" represents a powerful combination of the latest and most advanced AI and the power of IoT in a single strong and intelligent security system. It uses the Maixduino kit, which will join tectonic strengths of machine learning with network connectivity for a scalable and efficient solution for surveillance.
Impact Statement…
The Wearable Communication Assistant is designed as a portable, AI-driven solution that leverages machine learning models for real-time sign language recognition and speech-to-text translation. Our goal is to enable this functionality on a lightweight embedded device, ensuring accessibility and ease of use. The project uses a development board with a camera for…
The Smart Indoor Plant Care System is an IoT-based solution that automates plant care by monitoring soil moisture, temperature, humidity, and light intensity. The system uses these sensor inputs to automatically water the plant and control lighting, ensuring optimal conditions for growth. Additionally, it provides real-time feedback to users through a mobile/web…
In the era of smart homes, automation and integration are key to enhancing convenience and efficiency. Our project leverages the SIPEED MAIXDUINO IoT Kit to create an advanced smart home ecosystem comprising two interconnected devices: a Master Device (Gateway) and a Node Device. This system aims to automate non-smart home appliances and integrate advanced AI functionalities, offering seamless…
This project is nothing but a simple All-in-One Car Accessory System
Have you ever thought about how many gadgets people use in their cars? There are dashcams to record what's happening on the road, OBD (On-Board Diagnostics) scanners to check how the car is running, and GPS (GNSS) trackers to follow the car's location. Each of these…
The Voice-Controlled Smart Home Assistant is an IoT device built using the Maixduino Kit for AI + IoT. It incorporates voice recognition and motion detection to interact with Home Assistant via MQTT. The assistant recognizes specific voice commands, detects motion, and provides visual feedback through four white LEDs and two vertical RGB LED light bars. It updates…
Developed AR and Voice Interaction functionalities. AR displays images to enhance learning, activated by the wake word "Hello" (e.g., "Hello Earth" displays Earth's image). Voice Interaction allows hands-free commands, with plans for two-way communication for visually impaired users. Explore hands-on tutorials with the AI Projects, featuring step-by-step builds and code for cutting-edge AI…
Our IoT-Based Smart Bin project features a custom-built IoT system and Firebase database, using the Arduino Uno R4 WiFi. Dual ultrasonic sensors handle motion and fill-level monitoring, with an automated lid synced to a Firebase dashboard built on Vite+React for real-time updates. This solution uniquely integrates our own IoT network for efficient waste management.…
Animal intrusion is a significant issue in many rural and agricultural areas, especially those near forests or wildlife reserves. Animals like elephants, wild boars and other large wildlife often wander into farms or villages, causing damage to crops, property and sometime even leading to human-animal conflicts. To address this issue, there is a need for a reliable, automated system that can…
This method uses a heat pump to recycle the air used in drying, making it more energy efficient. This technology allows drying at lower temperatures and maintains the quality of the coffee beans. Heat pump drying is an efficient and environmentally friendly method because it reuses the heat generated to speed up drying. In this process, the heat pump functions to…
