Arduino Platform introduced the Arduino IoT Cloud, an end-to-end solution that enables IoT enthusiasts and professionals to easily create connected projects. The Arduino IoT Cloud offers a full-stack, ready-to-use approach that combines the hardware, firmware, cloud services, and knowledge support necessary to deliver an end-to-end IoT solution. Users can use it to collect, graph, and analyze their sensor data, trigger events, and completely control their devices. This makes it easy for users to automate their homes or businesses in a single place.
Arduino IoT Cloud's low-code approach helps users streamline their workflows and simplify device registration for convenience and flexibility. The platform also enables other methods of interaction, namely, HTTP REST API, MQTT, command-line tools, Javascript, and WebSockets. If you simply register for free and follow the instructions, users can connect the device and start their project.
Key Features of Arduino IoT Cloud
Automatically generated code: The code can be customized by users and requires minimal effort. This removes barriers for users unfamiliar with coding and empowers manufacturers of all ages and experience.
Plug and play onboarding: This helps users automatically sketch out when setting up a new device.
Mobile dashboard on the go: allows users to access and review data from anywhere using accessible widgets and control remote monitoring of sensors.
In addition, users can update their plans to turn on their tools and access additional features. The Create Maker plan allows users to connect more things, store more sketches, increase data storage in the cloud, and access unlimited compilation times. The Create Professional plan offers flexible and scalable options for business solutions.
The Arduino IoT Cloud aims to further demystify the facility by allowing employees to express their requirements in terms of the physical aspects they want to capture or influence (such as temperature, pressure or the status and color of light) rather than in terms of the technical aspects can express parameters: voltages, currents, etc.
Users can take advantage of a wide variety of widgets and assemble them into meaningful dashboards in minutes by intuitively linking these UI controls to the physical properties they relate to. By following simple steps and removing the most common points of friction, such as: By installing software, security management, etc., the connected object can be easily provided with Arduino IoT Cloud.
The platform is integrated with Amazon Alexa, Google Sheets, IFTTT, and ZAPIER, so users can program and manage devices using voice, spreadsheets, databases, and automate alerts using webhooks. The platform also allows developers to create custom apps using the Arduino IoT API, with the addition of custom endpoint webhooks for flexibility.
The automatic control of devices via an API makes remote management easy. In addition to Arduino hardware, users can easily and securely manage, configure, and connect the vast majority of Linux-based devices through a simple internet connection. Devices are secured using certificate-based X.509 authentication. Further security advantages are enabled by the crypto chips embedded in Arduino IoT-capable cards for secure elements.
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