Using mobile devices for real-time control and monitoring of industrial processes

Abstract

The goal of this project is to develop a system 
for monitoring and regulating industrial 
processes in real time utilising GSM wireless 
communication technology so that all manual 
tasks may be removed. Depending on the 
state of other equipment, different pieces of 
industrial machinery will need to be operated. 
A worker should be hired to keep an eye on 
the progress of the cargo for this reason. On 
the other hand, it's possible that they'll 
neglect to operate. Because of the enormous 
currents and power consumption of these 
devices, operating them manually is also not 
a simple process. The greatest answer for 
such scenarios is provided by this project, 
which also totally eliminates the need for 
human operation. A wireless notion will be 
used in the development of this application. 
Since it is both inexpensive and simple to set 
up, the GSM communication system is one of 
the wireless options we're considering here. 
An interface for communication is provided 
by a GSM modem. Through its serial 
interface, it carries device protocols covertly 
over the network. If your wireless network 
supports the GSM standard, you may use a 
GSM modem. Using a SIM card from any 
GSM network provider, this GSM modem 
may function similarly to a mobile phone, 
complete with its own distinct dial tone. This 
modem's RS232 connector allows you to 
interact and build embedded programs, 
which is a huge plus. It is easy to build 
applications like logging, data transmission, 
SMS control, and remote control. The 
modem is compatible with any 
microcontroller or PC serial port. We will 
automate a business process by keeping tabs 
on the water level and temperature in the 
boiler as part of this project. A temperature 
sensor, three water level sensors, and an 8-bit 
microcontroller will all be connected in this 
project. The controller will be connected to a 
GSM modem using serial connection.