Design & Development Of Real Time Rapid Inventory Access System Over Wi-fi Network Using Android App
Authors: Ankita Pardeshi, Rakesh Mandliya
Certificate: View Certificate
Abstract
Technology is of great importance and wireless sensor networks are the backbone of the wireless technology. In this paper we proposed a rapid inventory access system using WSN technology through android app, which is password protected. Using this inventory app, the communication between the embedded hardware module and the app takes place and the items of the inventory get selected. The embedded module and the app both have portable feature in it with which we can add delete and modify the nodes without the involvement of the core development interference. The inventory user gives the commandthrough the mobile app and the command will be received in the embedded hardware sectionand the inventory get audio and visually alarmed and the data is sensed.
Introduction
A real time rapid inventory access system using a WSN technology [1] is proposed.The system has an inventory app installed in Smartphone of the inventory user and the app is password protected .Secondly the user have to enter the IP address of the Wi-Fi module to open the app installed in the android handset
Conclusion
The inventory access system is able to develop android app for the inventories which makes the work of the inventory user to easily access the items from the inventory. The system is also providing number of wireless nodes for different blocks of the inventory system because of these different block nodes the proposed system can be used on the large scale. As the inventory app connects to the embedded hardware module. It creates an audio visual effect for accessing the inventory blocks and this audio visual identification avoids confusion and delay and finally smart android app also provide temperature and humidity of the inventory in the form of the digital output on the app screen
Copyright
Copyright © 2025 Ankita Pardeshi, Rakesh Mandliya. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.