DESIGN AND IMPLEMENTATION OF ATM THEFT MONITORING SECURITY SYSTEM
ABSTARCT :
In today’s technically advanced world, autonomous systems are gaining rapid popularity. As the social computerization and automation has been increased and the ATM and credit card has been installed and spread out to simplify the activity for financial activity, the banking activity has been simplified, however the crime related with financial organization has been increased in proportion to the ratio of spread out of automation and devices So by using the GSM technology, Vibrations sensor, MEMS module, DC Motor, external ATM machine can be predicted. In this project GSM is used to give signal for corresponding bank and police station. Here DC Motor is used to close the door of the ATM and stepper motor is used to open the solenoid valve for emit gas(chloroform) and bring the theft to unconscious stage. Vibration sensor buffers a piezoelectric transducer. If the assembly is supported by its mounting points and left to vibrate “in free space” the device will behave as a form of vibration sensor.
EXISTING SYSTEM :
Banks in India have started introducing biometric automatic teller machines (ATMs) as it seems to be an effective way of preventing card usage and is also a channel to expand a banks reach to the rural and illiterate masses. Union Bank of India installed a first such "Kisan ATM" at Siyagangai branch Tamil Nadu. Dena Bank has launched the Bio-metric ATMs in Gujarat. Andhra Bank has launched mobile biometric – access ATMs, one each for the Twin Cities of Hyderabad and Sceunderabad. Corporation Bank has also introduced "talking" biometric ATMs. These ATMs talk’s to the farmer in their local languages. Present study deals with new innovative model for biometric ATMs which replaces card system by biometric technology for operating ATMs. Proposed model provides high security in authentication which also protects service user from unauthorized access. In this proposed model user required to authenticate himself with biometric identification (Thumb/ Fingerprint/Iris etc.), Personal Identity Number (PIN) and selection of bank branch from displayed list if necessary. This proposed model is designed for the rural farmers, semi-literate peoples. This model reduces complexity with authentication as "authentication is always with you" with high security. It alsosaves time, cost, and efforts compared with card based ATMs and also saves environmental pollution problem of excess number of plastic cards.Protected Cash Withdrawal in ATM Using Mobile Phonein recent days different access control methods have been proposed to secure the ATM Transaction from unauthorized access. This paper describes a method of implementing two way authentication.
DISADVANTAGE :
Presently the ATM machines have only one security system. It only provides security to the entrance door itself, by placing ATM card detectors near the door this technology exists in Few ATM centers only. By using the existed technology ATM machines are not safe in order to provide proper security for money. So it is proposed a new technology which can overcome this problem.
PROPOSED SYSTEM :
The proposed project includes system structure, hardware circuits and software program for GSM based automatic theft monitoring system. In this project,mems sensor and vibration sensor is used. The goal of this system is to develop smart security purpose and this system is reduces therobbery in atm.
ADVANTAGE :
This project proposed a new technology which can overcome the existing problem. It provides security for the ATM machine itself. Then the attacker try to damage the ATM machine vibration detection sensors and mems detector gets activated. A message is passed to the nearby police stations and bank manager with the help of GSM. When attacker try to break the glass door the solenoid value is activate and its leak the chloroform.
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