A powerful companion for the Arduino IoT Cloud - simply access, monitor and control your dashboards with a few screen taps.

Arduino IoT Cloud Remote can be very useful in a variety of use cases where you need to monitor or control regardless of the time or place:

- In the field: you can read the data from your soil sensors or start your irrigation system directly from anywhere.

- In the factory: constant visibility of the state of your manufacturing process status, with the ability to control your automation remotely.

- In the home: simply monitor your home automation systems, check your previous or actual energy consumption from the convenience of your sofa.

Create your dashboards on https://app.arduino.cc from your computer or tablet and control them with IoT Cloud Remote from your phone. When creating your dashboards on the Arduino IoT Cloud you can link your widgets to multiple IoT projects for maximum flexibility. Featuring a broad set of versatile and simple widgets, including:

- Switch

- Push-button

- Slider

- Stepper

- Messenger

- Color

- Dimmed light

- Colored light

- Value

- Status

- Gauge

- Percentage

- LED

- Map

- Chart

- Time picker

- Scheduler

- Value Dropdown

- Value Selector

- Sticky Note

- Advanced Chart

- Advanced Map

Arduino IoT Cloud Remote refers to the process of controlling and monitoring physical devices connected to the Arduino IoT Cloud from a remote location. This typically involves using an Arduino board (like the Nano 33 IoT, MKR WiFi 1010, or ESP32-based boards) as the microcontroller that interfaces with sensors and actuators. These devices are then connected to the internet through Wi-Fi or other connectivity options. The Arduino IoT Cloud platform provides the infrastructure to securely manage these devices, store sensor data, and create web-based dashboards or mobile applications for remote control and monitoring.

The basic workflow involves writing code in the Arduino IDE to read sensor data (e.g., temperature, humidity, light levels) and control actuators (e.g., LEDs, motors, relays). This code leverages the Arduino IoT Cloud libraries to establish a connection to the cloud, authenticate the device, and publish sensor data. Simultaneously, the code can subscribe to commands from the cloud, allowing remote users to control the actuators connected to the Arduino board. The Arduino IoT Cloud allows users to define "things," which represent the physical devices and their properties. These properties can be configured as read-only (for sensor data) or read-write (for control signals). Users can then build dashboards or mobile apps using the cloud's interface to visualize the sensor data and send commands to the Arduino board, effectively enabling remote monitoring and control of the connected devices. Security is a critical aspect, with the Arduino IoT Cloud employing encryption and authentication mechanisms to protect the data transmitted between the devices and the cloud platform.