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Arduino IoT Cloud con ESP32, Relé (relay) y Sensor DHT22. Guía completa paso a paso desde cero

Guia paso a paso para registrar una cuenta gratuita en Arduino IoT Cloud, utilizamos un ESP32 y obtenemos datos de temperatura y humedad. Luego agregamos un relay y lo comandamos con un dashboard o tablero. Desde registrarnos en Arduino, crear los things, las variables, dashboards, incorporar la librería todo lo veremos de forma detallada.
También descargamos la app de Arduino para dispositivos móviles y probamos nuestro proyecto.
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Fácil solución de problemas al usar Arduino IoT Cloud, dos casos típicos analizados

Soluciones a problemas típicos al crear proyectos con Arduino IoT Cloud, analizamos la posibilidad de la no ejecución del Arduino Create Agent y el mensaje de necesidad de actualizar el Firmware del módulo NINA W-102 de la Nano RP2040 Connect.
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Arduino IoT Cloud Scheduler Enhances Automation for Your Projects

Arduino IoT Cloud Scheduler Enhances Automation for Your Projects | tecno4 | Scoop.it
Cloud Scheduler is a brand new feature that’s now live as part of your Arduino Cloud platform. It’s a powerful addition that adds a whole new dimension of automation and control to your projects.
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Arduino Iot Cloud With Esp32

Arduino Iot Cloud With Esp32 | tecno4 | Scoop.it
Sending temperature and humidity data from Magicbit (ESP32) to Arduino IOT Cloud.
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Controlar un potenciómetro con Arduino Iot Cloud

Controlar un potenciómetro con Arduino Iot Cloud | tecno4 | Scoop.it

En este post vamos avanzar en las posibilidades de la placa MKR1000 (o MKR 1010) a la nube de Arduino IoT  de modo que podremos hacer cosas mas complejas mas allá de encender o apagar un led  a distancia ( como vimos en este post ). En esta ocasión como ejemplo de la gran potencia de de esta solución  vamos a   leer en remoto las posición de un potenciometro  a través de Internet utilizando el sitio web de Arduino IoT Cloud.

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Remote working with Arduino: An intro to the Arduino IoT Cloud

Remote working with Arduino: An intro to the Arduino IoT Cloud | tecno4 | Scoop.it

We’d like to get you into learning something about the Internet of Things using our platform and boards.

If you’re reading this, you probably have some of the tools you need for the following tutorials, while the ones you don’t have are a click away.

We’ll start by learning how to connect a board to the Arduino IoT Cloud and in a matter of minutes have your environment data in an easy to read dashboard.

In the next installment, we’ll see how you can remotely control a device from a dashboard and maybe water your office plant while you’re stuck at home!

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Arduino IoT Cloud: La Nueva plataforma

Arduino IoT Cloud: La Nueva plataforma | tecno4 | Scoop.it

En plena efervescencia industrial causada por los entornos interconectados (IoT) y la ubicuidad de los sistemas basados en la nube (Cloud Computing), con grandes compañías que han detectado oportunidades millonarias en este campo como Google, Amazon, IBM y Microsoft, el fabricante de hardware de fuente abierta Arduino, presentó su primera plataforma de desarrollo IoT Cloud.

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 Getting started with the Arduino IoT Cloud

 Getting started with the Arduino IoT Cloud | tecno4 | Scoop.it

As previously announced, the Arduino IoT Cloud is an easy to use Internet of Things application platform that enables developers to go from unboxing their board to a working device in just minutes.

To help you get started, we’ve put together a quick project that’ll walk you through connecting a MKR1000 (or MKR WiFi 1010) to the Arduino IoT Cloud.

By the end of the tutorial, you’ll be able to control and monitor your board over the Internet using the Arduino IoT Cloud site.

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IoT in 3 Minutes! 

The Arduino IoT Cloud is an easy-to-use platform that makes it very simple for anyone to develop and manage their IoT applications, then deploy them to a large number of users. It allows users to create applications that solve real-life problems, and hopefully, improve their lives. Convenience and flexibility are key considerations for the Arduino IoT Cloud. Arduino boards usually require you to program them by entering code by way of a sketch — now the Arduino IoT Cloud can do this for you. It will quickly and automatically generate a sketch when setting up a new thing, thus enabling a developer to go from unboxing their board to a working device within five minutes. The Arduino IoT Cloud also provides other methods of interaction, including HTTP REST API, MQTT, Command-Line Tools, Javascript, and Websockets. Learn more: https://www.arduino.cc/en/IoT/HomePage Try it out: https://create.arduino.cc/iot/

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DHT11 Temperature and Humidity sensor in the Cloud

DHT11 Temperature and Humidity sensor in the Cloud | tecno4 | Scoop.it
Take readings from the DHT11 Temperature/Humidity sensor and display them on the Arduino IoT Cloud.
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Arduino desde cero en Español - Capítulo 72 - Introducción a IoT Cloud servicio gratuito en la nube

Introducción al Internet de las Cosas (IoT) con el servicio de Arduino Cloud, conectaremos nuestra placa al servicio en un plan gratuito para obtener temperatura, humedad y controlar de forma remota el LED RGB incorporado, visualización de datos en PC y teléfono móvil. Con la placa Nano RP2040 Connect y un sensor DHT22 enviaremos datos de temperatura y humedad para mostrar en un Dashboard o Panel de control y también mediante interruptores virtuales controlar los colores del LED RGB de la placa, ingreso a la plataforma, configuración del dispositivo, red y programación desde cero. También instalaremos la App Arduino IoT Cloud Remote en un teléfono móvil. Recomendable ver Capítulo 69: https://www.youtube.com/watch?v=xanpq...

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Temperature Monitor using Arduino IoT Cloud | Nodemcu

Temperature Monitor using Arduino IoT Cloud | Nodemcu | tecno4 | Scoop.it
This video is about how to start with Arduino IoT cloud and how to monitor temperature using Arduino IoT Cloud.

Download code from here https://gist.github.com/EDISON-SCIENC
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Upload your sketch over-the-air with the Arduino IoT Cloud!

Upload your sketch over-the-air with the Arduino IoT Cloud! | tecno4 | Scoop.it

Over-the-air (or OTA) programming is a very useful feature in all those cases where your devices are located in places that are not easily accessible. For example, you built a weather station using the Oplá IoT Kit, installed it on your rooftop, and started monitoring the weather from an IoT Cloud dashboard. That’s great until you find a bug or want to modify something and have to climb on your roof with a laptop to do so. Here’s where OTA becomes handy. 
If you have connected an Arduino Nano 33 IoT or a MKR WiFi 1010 to the Arduino IoT Cloud, you can now update the sketch wirelessly from the web.

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IoT Cloud

IoT Cloud | tecno4 | Scoop.it

En este post vamos a a ver conectar una placa MKR1000 (o MKR 1010) a la nube de Arduino IoT  de modo que podremos controlar y supervisar  las entradas  o salidas de estas places a través de Internet utilizando el sitio web de Arduino IoT Cloud.

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» Take control of your dashboard — the new Arduino IoT Cloud Dashboard with advanced features!

» Take control of your dashboard — the new Arduino IoT Cloud Dashboard with advanced features! | tecno4 | Scoop.it

Using widgets to connect to the properties enables you to set up a new dashboard in minutes, and you can fully customize your dashboard by: grouping devices however you like, dragging and dropping to rearrange the layout, and selecting from multiple options to visualize the data.

It is now possible to import historical data into the dashboard to provide a backdated view for all your properties, hence creating a new dashboard  no longer means losing previous information. You can present the information in your dashboard as far back as you’ve been collecting the data.

A new ‘duplicate dashboard” function lets you copy any of your existing dashboards setup and layout, plus you can easily see which things are associated with which devices when setting up a new solution.

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Arduino IoT Cloud: Dynamic Dashboard

Arduino IoT Cloud: Dynamic Dashboard | tecno4 | Scoop.it

In this short article we are going to have a look at a new exciting feature: theDynamic Dashboard of Arduino IoT Cloud.

Among other things with Arduino IoT Cloud you can create a dashboard to monitor data and interact with your project.

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Arduino IoT Cloud 

Conecta la nube al mundo que te rodea.

Registre, grafique y analice datos de sensores, desencadene eventos y automatice su hogar o negocio.
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