Design of Wireless Sensor-Based Automation System for Laboratory Using Internet of Things

The abstract is a mandatory element that should summarize the con- tents of the paper and should contain 15–250 words. Abstract and keywords are made freely available in SpringerLink. Automation technology is currently advancing as information sensing, communication, monitoring, and control become increasingly complex and commonplace. The goal of this project is to design and construct a laboratory automation system that connects its components via a network infrastructure that incorporates Internet of Things (IOT) integration. Building automation for the lab is called lab automation. It entails the automation and control of lighting, heating (using devices like smart thermostats), ventilation, cooling, and the electricity supply to the computers. Lab equipment that can be remotely seen and managed online is a crucial component of the Internet of Things. Modern systems typically consist of switches and sensors that are linked to a central hub, sometimes referred to as a “gateway,” from which the system is controlled with a user interface that is interacted with through either a wall-mounted terminal, mobile phone software, tablet computer, or a web interface, frequently but not always via Internet cloud services. The primary goal is to automate the lab using IoT principles. This initiative will assist in lowering costs and high electricity use. We came up with a way to stop wasting electricity, and it will assist us in resolving this issue.