Arduino And Its Application On IOT

Arduino, the leading IoT development platform, today announced the Opla IoT Kit, its first open and programmable IoT platform that allows anyone to build custom IoT devices with complete control over personal data. To streamline the Internet of Things ( IoT), Arduino is launching two new wireless connectivity cards. The device is provided with an environment that uses the shielded Arduino MKR ENV and uploads data in 2s to the Arduino IoT Cloud. It acts as a physical interface to the Arduino IoT Cloud, allowing users to create dashboards to search values and timelines. [Sources: 7, 12, 15]

You can connect to the Arduino IoT Cloud by clicking the "Arduino IoT Cloud" button and navigating to the "Connector" in the top right corner of the application's home screen. Connect to Arduino's IoTCloud via a new, easy-to-use interface, such as the argument of the ARduinoIoTIPPreferredConnection variable to start the function, or the ArduinoIIoIpreferredConnection variable as an argument. [Sources: 12, 16]

At the end of today's tutorial, you will learn how to build an IoT device based on the Arduino IoT Cloud. There are many other interesting use cases to explore with Arduino's ServiceNow IOT solution, whether it's getting Arduino sensor modules, working with MKR WiFi 1010 and Arduino, or how Arduino Create platform works. For now, we can also read our guide to getting started with your Arduino, which includes instructions on how to install libraries in Arduino IDE, upload code to Arduino, and how to work with the MKL WiFi-1010 Arduino. [Sources: 1, 3, 12]

One of the latest IoT platforms is the Arduino IoT Cloud, developed by our good friends at Arduino. The Arduino IOT Cloud allows you to connect your board to the cloud to ensure secure communication and share data between Arduino and the cloud. [Sources: 12, 16]

In addition to using a traditional compiler and a toolchain, Arduino projects offer an integrated development environment with community-developed language bindings, and there is also a command-line tool, arduino-cli, developed in Go. Developing software running on Arduino compatible microcontrollers is as easy as using the entry-level IDE software. Arduino is easy to program, because it uses a simplified version of C + + compared to other programmers, and much of the encoding is not required to process easily available codes. This allows you to connect to a variety of microcontroller platforms such as the Raspberry Pi and Arduino, as well as the Arduino IDE. [Sources: 3, 8, 13, 14]

With an Arduino MKR WiFi 1010, you can easily connect to the Arduino IoT Cloud and send data to and from the cloud. The latest update also includes the Web Editor and Serial Monitor directly in the duino IoT Cloud, and using them makes connecting to it as easy as sending data from your mobile device to your Arduino Uno. This integrates an emulated serial communication interface that allows users to easily plug in their mobile devices and communicate with Arduino via an emulated serial communication interface. [Sources: 4, 10, 16]

Raspberry Pi and Arduino boards also have many amazing applications, so Raspberry Pi projects or Arduino projects that use them for IOT will give you excellent results. Choosing an Arduino-compatible microcontroller makes it easy to port programs developed with Arduino projects that run on other Arduino-compatible devices with the duino IoT Cloud. [Sources: 11, 14]

Today we explore how to build a project that interacts with the Arduino IoT Cloud to send and receive data. This demonstration shows you how to work with Arduino and the IoT cloud and builds a cloud-ready temperature sensor. With this project you can build a simple weather monitor that shows a building with temperature sensors. [Sources: 2, 12]

These devices are all Arduino-compatible microcontrollers, including the ubiquitous Arduino Uno, particles and electrons (including an integrated mobile modem) and the Epressif with built-in Wifi. Then there is the Arduino IoT product line, which has also been enhanced with the Arma 2.0, the AVR microcontroller. This kit provides superior access to Arduino's IoT cloud and allows you to create custom applications for a wide range of applications, including smart thermostats, sensors and other smart devices. [Sources: 7, 9, 14]

Other boards besides the Arduino Uno are the NINA - W102 and ESP32, as well as the Epressif with built-in - Wifi. Arduino offers some great features that are integrated into other Arduino products such as the Nano-33 IoT module. Based on the NINNA-W102 or ESP 32, this module has the same features as the Arduino Nano 33 IoT, but with a much smaller form factor and footprint. [Sources: 0, 6, 16]

It is directly compatible with most Arduino libraries and can execute native Arduino code and run a variety of applications such as sensors, accelerometers, gyroscopes and other sensors. The best thing about the Arduino IoT Cloud is the ability to automatically generate the code for your project based on the type of board and the properties you choose for things. This module supports Arduino code and MBE execution, provides enterprise grade features, and maintains the familiar Arduino development environment. [Sources: 5, 12]

Sources:

[0]: https://www.elprocus.com/atmega328-arduino-uno-board-working-and-its-applications/

[1]: https://www.linkedin.com/pulse/arduino-servicenow-bringing-enterprise-iot-life-felix-acosta

[2]: https://www.electronicshub.org/iot-project-ideas/

[3]: https://www.seeedstudio.com/blog/2019/12/04/introduction-to-the-arduino-what-is-arduino/

[4]: https://stablekernel.com/article/mobile-development-for-arduino/

[5]: https://www.embedded.com/arduino-board-targets-industrial-iot/

[6]: https://github.com/ostaquet/Arduino-Nano-33-IoT-Ultimate-Guide

[7]: https://iotbusinessnews.com/2020/10/26/09515-arduino-makes-internet-of-things-simple-with-launch-of-new-opla-iot-kit/

[8]: https://en.wikipedia.org/wiki/Arduino

[9]: https://www.iotworldtoday.com/2018/05/21/arduino-iot-product-line-expands-two-new-boards/

[10]: https://www.arduino.cc/en/IoT/HomePage

[11]: https://nevonprojects.com/top-6-smart-simple-iot-projects-on-arduino-raspberry-pi/

[12]: https://www.electronics-lab.com/project/getting-started-arduino-iot-cloud/

[13]: https://www.electronicsforu.com/iot-projects-ideas

[14]: https://developer.ibm.com/technologies/iot/articles/iot-lp101-best-hardware-devices-iot-project/

[15]: https://www.microcontrollertips.com/arduino-boards-include-wifilatest-narrowband-iot-standard/

[16]: https://www.mouser.com/applications/create-automation-arduino-iot-cloud/