Welcome to the IoT-Playground repository! Here, you'll find a collection of codes developed for learning, research, and optimization purposes. This repository contains code written in C, C++, Arduino IDE-supported C, and Python, with a focus on smart systems, automation systems, IoT-controlled devices, and a wide array of sensors and electronic components.
I am passionate about creating innovative solutions for smart homes, life automation, and IoT-controlled systems. My projects involve various hardware platforms such as Arduino, ESP8266, ESP32, and a diverse range of sensors like PIR, IR, IR Receivers, temperature sensors, ultrasonics, and a plethora of electronics including relays, MOSFETs, transistors, and more.
My work also extends to optimizing Arduino and embedded codes, connecting devices to voice assistants like Alexa and Google Home, and seamlessly integrating Python when required.
This repository serves as a playground for the initial development and testing of project code. It's a dynamic space where creative ideas come to life and evolve into functional solutions. Feel free to explore and contribute to these projects as they grow.
The code in this repository is primarily intended for personal use and development. If you're interested in using any of the code provided here, kindly reach out to me via email at ddhruvaror2@gmail.com to request permission. When using the code, please give proper credit to the original author (that's me!).
To encourage collaboration and protect your work, I recommend using an open-source license for this repository. A suitable license might be the MIT License, which is permissive and allows others to use your code with proper attribution while maintaining a degree of protection. You can include the license text in your repository.
In this repository, you'll discover a variety of projects and code related to:
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Smart Home Solutions: Automation and control of devices to enhance convenience and efficiency.
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Life Automation: Implementations aimed at simplifying and optimizing everyday tasks.
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TFT Displays: Code for working with TFT (Thin-Film Transistor) displays and creating interactive interfaces.
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Arduino and Embedded Code Optimization: Techniques to make your code more efficient and resource-friendly.
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Integration with Voice Assistants: Connecting your IoT projects to voice-controlled assistants like Alexa and Google Home.
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Python Integration: Seamless integration of Python for tasks requiring high-level programming.
I encourage collaboration and welcome contributions from the community. If you have ideas, improvements, or bug fixes, feel free to submit a pull request. Let's work together to create innovative and efficient solutions for a smarter world!
Explore, experiment, and enjoy your time in the IoT-Playground. If you have any questions or suggestions, don't hesitate to reach out. Happy coding!