IoT based field parameters monitoring and control in press shop assembly

Abstract

Monitoring plays a more vital role in cloud computing platforms to pledge the dependability of cloud computing structures. IoT based remote platform has the main advantage of unveiling communication ports and firewall when multi-user cloud service was tangled. The proposed work focuses on a multi-user remote system encompasses Raspberry Pi with the Internet of Things (IoT) technology. In this paper, it is aimed to develop a web Monitor for the press shop assembly in an industrial environment to effectively monitor and control the field parameters. In the present work, IoT based industrial monitoring and control system is applied to collect pressure and temperature from a press shop assembly section in the industry and expected to shrink commercial hardware and software expenses, permitting online dispersal and unrestricted usage. The established Web-Remote Monitor can be operated by Internet-oriented computational hardware which retrieves acquired data from the cloud as charts and logs. The developed IoT based industrial remote monitoring and control system executes identifying and fine-tuning press shop assembly monitoring via isolated firmware running on the cloud. Thus, this approach exploits Embedded System with PIC which commqunicates with an industrialized cloud-centric server profile via Raspberry Pi based Python System, hence not entails dedicated computing devices.