IoT Based Mechanized Robot: An Integrated Process Involving Fulltime Multipurpose Control, Automation and Surveillance System

The Internet of Things (IoT) is the next generation of wireless technology that automates routine tasks and reduces labor. Software, sensors, and actuators are combined into a network of linked devices in the Internet of Things. The gadgets may exchange data and communicate over a network. Our laboratories have used this technology to make appliances more convenient and automated. One of the key reasons for this increase is its capacity to both secure and facilitate research. The IoT innovation can provide fantastic content for modern automation. This study proposes an internet-based smart laboratory and laboratory machine automation, cloud storage data gathering, and monitoring system to efficiently operate types of machinery, online live data streaming, and monitor mechanical work devices. The IoT microcontroller devices are connected to the robot to gather different sensors data, control and monitor the types of machinery and lab appliances in a smart lab environment. Any Android phone, laptop, or computer may operate the robot wirelessly. All sensors data and parameters can be collected from Google's cloud storage platform Blynk and used to operate all appliances and devices. It will supply us with live streaming video of the laboratories with a specific IP address, and we can monitor the laboratory using this robot.