Arduino IoT Cloud and ESP8266 with DHT11 for Temperature and Humidity Monitoring, Arduino Cloud

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Project Description:
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In today’s episode we are going to use Arduino IoT Cloud with the Nodemcu ESP8266. We will be using DHT11 temperature and Humidity module with the Nodemcu ESP8266. We will measure the Temperature and Humidity and then we will send these values to the Arduino IoT Cloud where these values will be displayed on the Gauges, charts, and message widgets. You can monitor these values using your cell phone or you can also use your computer. The dashboard which you can see on the cell phone is automatically generated and I have explained this in my previous tutorials. Anyways, with the help of this project you can monitor the temperature and humidity values from anywhere around the world if you have the internet connection. In this tutorial, I will also explain how to use the message widget on the Arduino IoT Cloud which you can use in different projects for displaying text messages.
In this tutorial, I will not explain the most basic things which I have already covered in my previous getting started tutorial, because the account registration and ArduinoCreateAgent installation is same for the ESP32 and Nodemcu ESP8266. Without any further delay, let’s get started!!!
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Amazon Purchase links:
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DHT11 Temperature and Humidity Module:
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LM7805 Voltage Regulator:
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About the Electronic Clinic:
Electronic Clinic helps the students and other professionals to learn electronics, designing, and programming. Electronic Clinic has tutorials on Arduino, Arduino Nano, Raspberry PI, image processing, gsm based projects, Bluetooth based projects, esp8266 projects, Nodemcu projects, robotics, desktop application designing and programming, PLC, SCADA, RC Planes, Electronics, Power Generation, HMI, and much more. Check my Playlists.
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[@alkatechnology]

great job bro.. thanks..

[@engineersupervisor4462]

Very good project

[@electronic7979]

Nice

[@adambeedle]

Great 👍

[@creativeelectronicchannel7647]

Nice idea bro

[@Duck-jc9ox]

Thanks for such a clear, artculate, informative video.
What is the setup is required for the ESP card before libking it to Arduino IOT?
Im assuming it must be connected to arduino uno. But does this connection include setting it up as either AT or STA in AT setup, for example? Or does Arduino IOT do this?

[@chainleang5313]

Everything works fine except the DHT11 data is not correct(sometimes nan). I have tested the DHT11 in example code and both temperature and humidity displays are almost correct.

[@aravgupta4809]

have u found the solution if yes then please share it would be relly helpful

[@exotic.unofficialnt]

Around 1:30 to 2:05 there was not much difference for the displayed temperature, was it cause of the sensor?

[@opusfarm7623]

What is the purpose of the 10K Ohm?

[@why.k5max]

I've followed all the methods in the video but the results on the Hannya serial monitor sometimes even error showing the result -15 even though I checked the normal upload for dht 11 on the display The monitor shows good results 31°C But when I try to upload it for iot arduino the result is "nan" ?

[@el_troesma]

Hola si pruebo el sensor sobre el id anda bien (clásico sin wifi) , si lo hago en el cloud la humedad me da el doble de valor. Que puede ser?

[@PSISVarshiniKN]

Sir can I get a report for this project

[@ElectroniClinic]

article link is in the description.

[@PSISVarshiniKN]

@@ElectroniClinic sir I need literature survey and methodology but it is not present in that article