The Designing of Smart Cleaning Model

Abstract

        This study aimed to analyze and develop smart cleaning control software with Internet of Things (IoT) technology. There are two parts to conducting research: Smart Cleaning machine design using 123D Design program and               2) Application design in connection with Smart Cleaning through the blynk program to control the operation of smart cleaning machines. Users can command through the application on their smartphones. Commands are processed under the control of the Arduino device so that the device operates from user commands and controls. The researchers designed the Smart Cleaning machine using system development life cycle (SDLC) analysis. The researchers used it to analyze the system in three stages: Step 1: Understand problem recognition; Step 2 Feasibility Study; and Step 3 Analysis. The researchers designed and created a process model by developing a flow chart. When the flowchart was completed, it designs the device and the control screen. Experts were invited for evaluation as follows: 1 database expert, 1 (Internet of Thing : IOT) expert, 2 UX/UI experts, and 1 hardware expert. The results indicated that all four aspects were: 1. The database mean was 4.08 and the variance was 0.57. 2. The process mean was 4.04 and the variance was 0.55. 3. The performance mean was 3.96 and the variance was 0.52. 4. The user interface mean was 4.25 and the variance was 0.51.