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‘On-the-go’ mobile dashboard: This enables users to access, check data, and control remote sensor monitoring from anywhere using accessible widgets. So, you don’t need to move to Arduino IDE for programming the hardware. Plug & Play onboarding: Using the Arduino cloud IoT platform, you can write code, compile and upload directly from your browser, connect your IoT devices, and build real-time dashboards. All the features of Arduino Cloud IoT are listed below:Īutomatically generated code: The Arduino Cloud IoT automatically generates a sketch according to the variables that the user defines while setting up a Thing, thus it removes barriers for users who are not familiar with coding and empowering makers of all ages and experiences. It automatically generates a sketch when setting up a new thing according to the variables defined. Arduino Cloud IoT – Key Features and LimitationsĪrduino Cloud IoT platform enables users to write code, compile and upload directly from their browser, connect their IoT devices, and build real-time dashboards.
To test it out, we will send DHT11 sensor data from the board to the cloud, and set up a switch that can control the LED connected to NodeMCU. So, in this tutorial, we are going to set up the NodeMCU- ESP8266 with the Arduino Cloud IoT. This way, users can automate their homes or businesses with ease, all in a single place. This IoT Cloud Platform enables users to collect, graph, and analyze their sensor data, trigger events, and fully control their devices. Arduino IoT Cloud provides a full-stack approach that is ready-to-use, by combining hardware, firmware, cloud services, and knowledge support needed to deliver an end-to-end IoT solution. In 2019, Arduino Platform introduced Arduino Cloud IoT which is an end-to-end solution to help IoT enthusiasts and professionals in making connected projects easily.