Read Aloud the Text Content

This audio was created by Woord's Text to Speech service by content creators from all around the world.

Text Content or SSML code:

Welcome to the lesson on what is Blink IoT Platform? Blink IoT Platform Makes IoT products design simple. Blink Platform is designed for the Internet of Things. It helps the development and implementation of smart IoT devices quickly and easily. Blink is a hardware-agnostic IoT platform with white-label mobile apps, private clouds, device management, data analytics, notifications, and machine learning. Blink can be used to read, store, and visualize sensor data and control hardware remotely. Blink IoT platform connects your devices to the cloud. You can design apps to control devices. You can analyze telemetry data. You can manage your deployed products at scale. How Blink Works? Blink can display sensor data. Blink can store data, visualize it, and do many other cool things. You can control hardware remotely like controlling lights, ac., fans, motors, etc. using the Blink. Blink can display sensor data. Blink can store data, visualize it, and do many other cool things. There are three major components in the Blink IoT platform. Blink App Blink Server Blink Libraries Blink App allows you to create amazing interfaces for your IoT projects using various widgets. Blink Server is responsible for all the communications between the Smartphone and hardware. You can use the Blink Cloud. Or you can run your private Blink server locally. A private server is open-source, could easily handle thousands of devices. The private server can even be launched on a Raspberry Pi. Blink Libraries available for all the popular hardware platforms - enable communication with the server. Blink libraries process all the incoming and outgoing commands. Now imagine Every time you press a Button in the Blink app, the message travels to the Blink Cloud, where it magically finds its way to your hardware. It works the same in the opposite direction, and everything happens in the blink of an eye. For Example, to control a smart bulb. When you press a button to turn on the smart bulb, the message 1 travels to the Blink Cloud. In the blink cloud, message 1 magically finds its way to your hardware. The bulb connected to hardware turns on. When you press a button to turn off the smart bulb, the message 0 travels to the Blink Cloud. In the blink cloud, the message 0 magically finds its way to your hardware. The bulb connected to the hardware turns off.