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There are a number of IoT platforms that can be used for the storage of real-time streaming sensor data from Arduino and similar boards. Figure 4: NodeMCU firmware for the Internet of Things (IoT) It is an Arduino-like board that is used for interfacing with the cloud in real-time so that the live signals or data can be logged or stored for predictive analysis. NodeMCU integrates the firmware with inbuilt Wi-Fi connectivity so that direct interaction with the network can be done without physical jumper wires. NodeMCU, an open source IoT based hardware platform with inbuilt Wi-Fi: To communicate and transfer data to the cloud in real-time, there is another chip called NodeMCU ( ) that can directly communicate with live servers. The ESP8266 Wi-Fi chip is very low cost and can be directly connected with the Arduino board to establish communication with the real cloud. ESP8266 is a very popular device for communication with the Internet that can be easily interfaced with Arduino microcontroller boards. Preparing Arduino for Internet of Things (IoT) applicationsĪrduino can be connected with live platforms of Internet of Things (IoT) by using Wi-Fi or similar network based chips. The Arduino IDE can be downloaded without any cost, along with the live updates of the software. C and C++ are the base programming languages used to program and customise the behaviour of the Arduino microcontroller board.

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The Arduino IDE software is available for multiple platforms including Windows, Mac OSX and Linux. This board can be easily programmed using the Arduino IDE, available at. There are different boards available that can be programmed for specific applications.Īrduino UNO is one of the widely used microcontroller boards for beginners. It is available in many variants, and can be selected depending upon the type of application for which it is required.

Mechatronics: This is the merger of mechanical and electronics engineering.įigure 2: The Arduino board being used in wearable devices (Source: Official portal of Arduino) Figure 3: ESP8266 microchip with Wi-Fi connectivityĪrduino ( ) is an OSH and electronics platform for real-time applications.

Electronics: This is the key domain in which electronic boards are customised using programming languages and scripts.

These live signals may be related to satellite data, global positioning systems (GPS), temperature, humidity, environmental factors, ultrasonic signals, and so on.

Computers: In desktop or laptop computing devices, much research is going on for the customisation of motherboards with real-time sensor devices so that live signals can be fetched in computers.

Open source hardware can be used in the following fields. Different types of open source hardware associated with the development and programming of electronic boards are available for specific and on-demand applications, and can be deployed for integrated circuits on motherboards.

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