BURAIDO: An IoT Based Multifunction Smart Blinds using Raspberry Pi
- Lyjay Dred G. Cayanong
- Jayvie F. De Leon
- Shawn Nicole D. Farrow
- Eunixen C. Lansang
- Arlie T. Torres
- Justin D. Yalung
- Frederic D. Santos
Abstract
The Internet of Things (IoT) is a key differentiation in many ways, such as how it improves convenience and efficiency; therefore, the researchers decided to develop an IoT device designed specifically for households. The researchers chose blinds because they have easy and quick method to get started with smart-home technology and are a perfect entry point for a home-related IoT device. The raspberry pi 4b micro-controller was used by the researchers in this study, with the installed smart blinds with various capabilities and features. The primary objective of this study is to create a prototype termed "Buraindo: An IOT Based Multi-function Smart Blinds Using Raspberry Pi." The prototype model is the general methodology used in this study. The researchers used this method to develop a prototype, test it, and then improve it as needed until an acceptable prototype was established. The researchers discovered that it is critical to appropriately display the data and to include the decimal digits. Additionally, they discovered that utilizing a powerful motor is necessary for the blinds to operate effectively. Since installing a speech recognition module would be too expensive, the researchers opted to use Google Speech Recognition. Derived from the findings, the prototype was built by the researchers that incorporated multifunctional smart blinds. Finally, successful alpha and beta testing results demonstrated that the application and prototype met the specifications, using the collected evidence. The research concluded that the product prototype "Buraindo: An IOT Based Multi-function Smart Blinds Using Raspberry Pi" was a success.
