JavaScript MEAN stack application approach for real-time nonconformity management in SMEs as a quality control aspect within Industry 4.0 concept

ABSTRACT

Throughout industrialisation, and hence, in the Industry 4.0 era, manufacturing organisations strived to minimise nonconformities and reach zero defect manufacturing. This paper aims to propose a software solution for the detection of nonconformities and the definition of preventive and corrective actions that expands the use of edge devices in compliance with the Industry 4.0 paradigm. The software solution design presented hereafter is based on JavaScript frameworks combined in MEAN stack. The main contributions of this paper reflect in the presentation of the software solution, which allows an affordable identification and reporting of the nonconformities amidst heavy workload, integrated with other software modules for the quality analysis, problem solving, and in the comparison of the execution and subsequent performance between the established solution and prevalently used solutions based on scripting language and a relational database for a similar purpose. One-way ANOVA tests were carried out so that the performance of the considered technologies could be compared. The novelty aspects of this research are the utilization of the presented solution for real-time nonconformity categorization and the comparison to prevalently used solutions, which indicate that the proposed solution is reliable and that it performs database queries at a rate that is relatively effective.

KEYWORDS:

• Quality 4.0
• nonconformity report
• nonconformity management
• open-source solution

Disclosure statement

No potential conflict of interest was reported by the authors.

Notes

1. TypeScript presents a type-checking superset of JavaScript that compiles to JavaScript.

2. Web Bluetooth is an API used to discover and communicate with devices over the Bluetooth 4.

3. V8 is the runtime environment for JavaScript created for Google Chrome. It is free software since 2008, written in C ++ with the purpose to compile the JavaScript source code into machine code instead of interpreting it in real-time.

4. Libuv is a library that supports asynchronous I/O originally written for Node.js, know also used by other platforms.

5. before Node.js establishment, it was necessary to be familiar with, at least, two programming languages, one used for the presentation, and the other for the business tier development.