How to Send Data from Raspberry Pi Pico W, ESP8266, and Arduino to Cloud | IoT Platform GetYourProjectDone.in - electrosoft system

How to Send Data from Raspberry Pi Pico W, ESP8266, and Arduino to Cloud | IoT Platform GetYourProjectDone.in

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How to Send Data from Raspberry Pi Pico W, ESP8266, and Arduino to Cloud | IoT Platform GetYourProjectDone.in

By Gajanan Chaudhari | Published on May 30, 2025

In this guide, you'll learn how to send real-time sensor data from a Raspberry Pi Pico W to the cloud using the free and beginner-friendly platform — GetYourProjectDone.in. Whether you're working on a home automation project, an industrial sensor application, or a student prototype, this guide helps you go live in minutes!

⚙️Why Use GetYourProjectDone.in for IoT?

Unlike heavy cloud services like AWS or Azure, GetYourProjectDone.in offers:

✅ Free access (great for students & hobbyists)
✅ Real-time dashboard for data visualization
✅ Simple REST API — easy to integrate
✅ Pre-made MicroPython code for Raspberry Pi Pico W
✅ Lightweight & fast — works well even on constrained networks

⚙️ What You Need

Item Description
✅ Raspberry Pi Pico W Microcontroller with Wi-Fi
✅ DHT11 / DHT22 / other sensor For reading temperature/humidity
✅ MicroPython installed Use Thonny IDE or similar
✅ Internet connection Wi-Fi access for your Pico W
✅ Free account at GetYourProjectDone.in For API key and dashboard

⚙️ Step 1: Create an Account

  1. Visit ? https://getyourprojectdone.in/iot_platform/register.php

  2. Register your device and get your Device ID and API Key

  3. You’ll also get access to a dashboard where your sensor data will be displayed

⚙️ Step 2: Install MicroPython on Pico W

  1. Download Thonny IDE (if not already installed)

  2. Plug in your Raspberry Pi Pico W

  3. Go to Tools > Options > Interpreter and select MicroPython (Raspberry Pi Pico)

  4. Flash the firmware if prompted

⚙️ Step 3: MicroPython Rpi pico w Code 


    https://github.com/gaju2214/iot-cloud-platform-examples

 

⚙️ ESP8266 (Arduino) Code

Install the required libraries in Arduino IDE:

  • DHT sensor library

  • ESP8266WiFi

  • ArduinoJson

⚙️ Arduino UNO + ESP8266 Setup

For Arduino UNO with an ESP8266 module:

  • Use AT Commands from Arduino UNO to send HTTP requests via ESP8266

  • You can also flash the ESP8266 with NodeMCU firmware and use it as standalone

Because of memory limitations on UNO, you may need to write minimal JSON manually and handle the HTTP POST accordingly.

Need help with this setup? Let me know and I’ll provide the AT-based example too.

⚙️ Step 4: View Data on the Dashboard

  1. Log in at https://getyourprojectdone.in/iot_platform/super_dashboard.php

  2. You'll see a live feed of the data your Pico W is sending

  3. Graphs auto-update in real time! ?

⚙️ FAQ

Q: Can I use other sensors?
Yes! You can send any sensor data by modifying the JSON payload.

Q: How many devices can I connect?
Multiple devices are supported — each needs its own Device ID/API key.

Q: Is this free to use?
Yes, this is a free platform especially designed for students, hobbyists, and prototyping.

⚙️ Demo & Code Examples

? Visit: https://getyourprojectdone.in/iot_platform/iot_code_examples.html

⚙️ Final Thoughts

If you're looking for an easy, no-fuss IoT cloud platform for your Raspberry Pi Pico W, GetYourProjectDone.in is an excellent place to start. It's free, user-friendly, and built for quick implementation.

✍️ Written by Gajanan | Cybersecurity & IoT Enthusiast
     Visit: https://getyourprojectdone.in