A novel design and implementation of IoT based real-time ATM surveillance and security system

Abstract

Security and safety are a necessity for automated teller machines (ATM). The ATM security system is implemented using the Internet of things (IoT) and GPS (global positioning system). The main idea of this project is to develop an ATM surveillance and security system. In this project, when any physical attack against the ATM takes place, then information about the attack is sent using IoT and also alerts the surrounding area using a buzzer, at the same time the entire data from the sensors is sent to the developed mobile application and puts alert message to the bank officials. The officials who have control over the mobile application can control the Door through their mobile to lock from their location remotely. To prevent the escape of the thief chloroform connected to the controller through relay can also be sprayed inside the ATM by the officials remotely from their place using the mobile app. The Camera (ESP32) is used for live video coverage and to monitor the activity inside the ATM. The Camera will not only record the activity but also, transmit will live video taken inside the ATM and the ATM location as latitude and longitude are tracked using GPS. The system is connected to the Blynk mobile application. The sensor and GPS data are read by the microcontroller and these data are sent to the Blynk application. With the help of the Blynk application, the official who has access to it can control the relays and the respective devices connected to the relay to turn it ON or OFF. It can be used in many real-time applications such as banks, homes, and industries.

Smart ATM Security and Alert System with Real-Time Monitoring

“…With limitations like potential false alarms from sensor sensitivity, reliance on internet connectivity for real-time alerts, and cost of implementing and maintaining the system. The study [12] International suggests a new approach to ATM security that employs RFID and fingerprint technologies along with two-factor authentication and email approval for transactions. The goal of this method is to enhance ATM security, minimize the occurrence of fraudulent activities, and eliminate the requirement for traditional ATM cards.…”

Utilizing the Internet of Things, Monitoring and Protecting System for Automated Teller Machines

“…Due to the fact that modern ATMs take both magnetic stripe and chip cards, which carry a unique card number and extra security data such as the expiration date or CVV (last three numbers on the back of the card), the machine can instantly authenticate the user's identification (CVV). [8] When a consumer inputs their personal identification number (PIN), it must match the PIN stored on the chip of their credit card or in the financial institution's database. Customers may, for instance, use ATMs to withdraw money from their bank accounts, check their account balances, or recharge their mobile phones.…”