International Journal of Innovative Technology and Exploring Engineering (IJITEE) ISSN: 2278-3075, Volume-8 Issue-9, July 2019 2439 Published By: Blue Eyes Intelligence Engineering & Sciences Publication Retrieval Number: I8920078919/19©BEIESP DOI:10.35940/ijitee.I8920.078919 Abstract: The stolen of a luggage from any public transport system is a daily basics issue in almost all major areas of any country. So, the security of a packed luggage must be the key concern to all the people in our society while travelling in public transport. This paper will be purposeful to meet those challenges by installing an accelerometer sensor, Bluetooth interfaced to a microcontroller system. The senses of acceleration due to gravity in the X, Y and Z axis will be sensed by the accelerometer and an analog output will be produced by it immediately. For communicating between the system present in the luggage and the Smartphone, Bluetooth will be helpful to text the message alert signal to the owner of the luggage if there is any system violation happened from its last position of the luggage. The overall system power is taken from a solar panel of 11.32V, 0.8A as an input and the output is observed as 6V, .62A.For short range application Bluetooth module application can be useful. In case of long range GPS and GSM facilities can be installed for future benefit. The system will be beneficial to all the people in the society to make a corruption free country in this aspect. Index Terms: Solar panel, luggage tracking, microcontroller unit, Bluetooth module, Smartphone application. I. INTRODUCTION In the recent times the stolen of luggage are doing at an incredible rate all over the world. If somebody is unconscious about his or her luggage in any public transport, it may possible that their assets may be stolen. Basically in that situation the proprietor will only be able to understand the asset has been stolen when it is already out of sight. In view of the above a clear tendency designates that the users are looking for an anti-theft luggage system which is not only going to accomplish to guard the assets but it can also be able to avoid the money loss. The situation can only be overcome if the subscriber is being informed in real time and particulars of incidence are captured in the controlled system installed in the owner’s smartphone [1-3]. A bunch of individuals have initialized to use the robbery control system attached in their luggage but the market accessible anti-theft luggage alarming system is expensive and life span of the system is short too. In Revised Manuscript Received on July 06, 2019. Suman Kumar Laha, Electrical Engineering, Indian Institute of Technology (ISM)-Dhanbad, Dhanbad, India. Pradip Kumar Sadhu, Electrical Engineering, Indian Institute of Technology (ISM)-Dhanbad, Dhanbad, India. Ankur Ganguly, Electrical Engineering, Techno International Batanagar, Kolkata, India. Ashok Kumar Naskar, Electrical Engineering, Techno International Batanagar, Kolkata, India. this article a modest and finest attempt has been designed and developed with a cheap and low cost luggage theft control system with a microcontroller unit. The system contains a microcontroller and a smartphone for this purpose. [4-7]. This article is designed for implementing the system with a luggage so that if any stolen activity is done, the attached system will automatically provides a sufficient alert message in the owners handset. So that the owner can be cautious before the stolen executed. Parallelly it will help the owner to track the luggage without any physical effort. The article is designed as follows. Section 2 gives a brief summery about the work in this field which has already been carried out in designing the antitheft control system. Section 3 describes the proposed methodology of the system. Section 4 represents the hardware module with results which is used in the system development. In section 5 conclusion shows with different application of the system that how the people of the society are getting benefited by using the system. II. RELATED STUDIES Since many years researchers are trying to enhance the controlling system of an anti-theft luggage system for providing a smart application in this area, a few techniques have been already adopted by different scientists. K.Shruthi et al. describes a model of an anti-theft vehicle monitoring system with a smartphone presentation where the authors have described a modest and cheap vehicle tracking system. The GPS and GSM technology has been used embedding with a smartphone for tracking the portable asset. With the use of smartphone application one can easily track the stolen object by just a clicking a button in the smartphone [8]. S.Lee et al. proposed in their paper a plan and execution of vehicle tracking mechanism with the help of GPS/GSM/GPRS with attaching a smartphone where an effective vehicle monitoring model has been portrayed and executed for tracking the mobile nature of any furnished vehicle. The device is implanted in a vehicle whose location is going to be chased in real time. A microcontroller has been applied there with GPS and GSM/GPRS units. In this projected automobile chasing model GPS unit is used to collect the geographical site in consistent intervals. In their system the GSM/GPRS system is employed to transfer and upgrade the vehicle position into a databank [9]. In manuscript “Design and implementation of real time vehicle tracking system” M. A. Elahi et al, Solar Power based Modeling and Monitoring of an Anti-theft luggage system through Smartphone for developing a Smart Society Suman Kumar Laha, Pradip Kumar Sadhu, Ankur Ganguly, Ashok Kumar Naskar