Get Started with IoT: Build a NodeMCU Adafruit IO Dashboard with DHT11 Sensor

#NodeMCU #DHT11 #AdafruitIO #IoT #HomeAutomation
Take your IoT projects to the next level with this tutorial on building a smart dashboard with NodeMCU, DHT11 sensor, MQTT and Adafruit IO. Monitor temperature and humidity levels in real-time with the DHT11 sensor, and visualize the data on an Adafruit IO dashboard. Additionally, control an LED remotely through the dashboard with the touch of a button. This project is perfect for home automation or environmental monitoring. Watch now to learn how to build this NodeMCU Adafruit IO IoT system and start monitoring your environment today!
Additional boards manager URLs (for ESP8266 boards):
arduino.esp8266.com/stable/pa...
For code, wiring diagram and detailed explanation visit:
arduinoyard.com/dht11-with-ad...
For more details and similar projects, please visit:
arduinoyard.com/
#NodeMCU #DHT11 #AdafruitIO #IoT #HomeAutomation

[@holdergaines2338]

thank you so much, you are saver

[@arduinoyard]

Glad it was helpful!

[@qaimalmuhammad]

Very useful. Thank You for this!!!

[@arduinoyard]

Glad it was helpful! :)

[@DrOBH]

Very useful and comprehensive video.
Definitely gonna share this .
Keep up the good work 👍

[@arduinoyard]

Thank you for your kind words!

[@BlazinFire88]

Very practical approach!

[@arduinoyard]

Glad you think so!

[@gulfamasifbhatti8379]

Thank you

[@arduinoyard]

You're welcome.

[@OnceinaSixSide]

Very informative video my friend, good work :)
Here's some feedback to help you improve for future videos.
You should start the video with the final result. Show what the end product is and show it doing its thing, then move onto the technical how-to info. Where you can, try and eliminate dead air (the moments of screen capture with no narration).
The more concise and punchy you can make it, the better, because unless someone is dying to know how to make this exact thing and following your video to a T then most people are going to lose interest and switch off pretty quick.
Would be great to see more full screen shots of the parts too. I reckon a larger focus on actually assembling the circuit would be very interesting visually, and narratively. You could explain as you go for example how to code is interacting with the different components.
Hope that's helpful to you, and good luck!

[@arduinoyard]

Thank you very much for the feedback. It will help a lot.