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.
Let us introduce Alpha, our quadrupled robot! Constructed to investigate the future of independent companionship. With the aid of development, we intend to upgrade our robot with AI applications. Of course, the inspiration for this project came from the Boston Dynamics "Spot Mini" robot. Within a $200 budget, a prototype was completed in a month.
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The main idea of this project is to develop a test bed for Industrial Internet of Things to monitor parameters like temperature, humidity, light level, DC motor RPM and its power consumption. Sipeed Maixduino board act as the processing unit to measure, process and display the parameters in the LCD. Further the data is transferred to a host PC to feed the data to…
This intruder detection system combines Artificial Intelligence of Things (AIoT) and edge computing to create a smart, autonomous security solution. Using face detection on the microcontroller, the device processes and analyzes images locally. Edge computing allows this system to work with minimal latency and lower data transmission needs, sending only essential…
This project is a compact and interactive reaction-time training device, which has been developed with two versions to demonstrate its functionality and scalability. The first version, a working prototype, uses an Arduino Mega for initial testing and functional verification. The second version is an improved model using the Sipeed MAIXDUINO AI + IoT Kit. This device…
I decided to create a Smart AC watt-hour meter after experiencing a spike in my electricity bill that left me both shocked and curious. Each month, I tried to be mindful of my energy use, but I realized I had no clear way to track which appliances were consuming the most power or when. I also noticed that many homes and businesses around me faced similar challenges,…
AI is making waves everywhere, but what excites us most is how effortlessly it can now be incorporated into everyday devices. In fact, why should your backyard farm miss out on this revolution? If you're passionate about raising chickens but want to streamline your daily chores with cutting-edge technology, a DIY Smart Coop powered by AI and IoT is the perfect…
OTAPS (Open Train Accident Prevention System) is an open source train accident prevention system designed as a cost-effective alternative to TCAS (also known as KAVACH) used by the Indian Railways.
The Indian Railway has experienced a lot of accidents in the past few months. One of the primary reason for many such…
Monitoring industrial machinery is challenging due to complex sensor data and limited real-time visualization, making remote tracking and understanding difficult.
Solution:
Augmented Reality Digital twin Mobile Application
Impact StatementGot Cash prize of rupees…
Traditionally a blind person uses a stick. While he is on road going from one point to another point, Determining any drain that are open or close on road. A stick cannot determine 3D object on road. Such as pedestrian detour sign, Traffic sign, Construction work sign, His gps location, the gps location of destination, the path that he needs to…
The idea is to use the Sipeed Maxduino Board and an ESP8266 (Nodemcu) With the help of Platform IO and Ardunio Cloud/EspHome. The basics are to attach a four-channel relay and touch sensors hooked up to the NodeMCU board, making it a smart switch unlike other smart switches, which look and feel the same. This switch has some extra features that make it…
This project showcases an IoT Weather Station built using the Arduino Uno R4 Wi-Fi, designed to monitor and report various environmental parameters. Utilizing multiple sensors—including the DHT22 for temperature and humidity, the BMP180 for atmospheric pressure, an anemometer for wind speed, a wind vane for wind direction, and a rain gauge for…
Infineon Technologies AG has unveiled the PSoC™ 6 AI Evaluation Kit, aimed at supporting the development of embedded, Edge AI, and Machine Learning (ML) systems. This evaluation kit is designed to facilitate the creation of intelligent applications across consumer electronics, smart home environments, and Internet of Things (IoT) devices. The PSoC 6 AI Evaluation Kit…
