In this tutorial, we are going to set up the NodeMCU-ESP8266 with the Arduino Cloud IoT. To test it out, we will send DHT11 sensor data from the board to the cloud, and set up a switch that can ...

This is an example of how to generate JSON Web Token (JWT) credentials for connecting to Google Cloud IoT Core. This contains two parts: a library to make a JWT (json web token) which is used to ...

This project demonstrates how to control four relays using an ESP8266 (NodeMCU) and the Arduino IoT Cloud. The relays can be toggled locally via physical switches or remotely using a cloud-based ...

The Arduino IoT Cloud was designed with security in mind, from product development through its entire lifecycle, enabling users to securely provision, connect and authenticate devices to the IoT Cloud ...

Arduino has introduced an IoT Cloud as part of its professional IoT strategy. Targeted at developers, system integrators and maker hobbyists, the Arduino IoT Cloud is an easy-to-use Internet of Things ...

Arduino, the IoT development platform, has announced the full release of Arduino IoT Cloud - an end-to-end solution that makes building connected projects easier for makers, IoT enthusiasts and ...

The Arduino IoT Cloud platform supports various hardware, such as Arduino boards, ESP32, and ESP8266-based boards, which makes it easy for makers of any skill to build connected projects with ease.

Previously Arduino Cloud allowed the creation of devices based on Arduino or ESP32/ESP8266 hardware, with automatic sketch creation in C/C++ using the Arduino IoT Cloud library.

It’s really hard to overstate how awesome ESP8266 development boards like the Wemos D1 Mini really are. For literally a couple of dollars you can get a decently powerful Wi-Fi enabled microco… ...

Extensive implementation of Internet-of-Things (IoT) systems increases the needs of IoT engineers. However, some available IoT-trainer modules, which needed to equipped engineers with IoT skills, are ...