Revolutionize Secure Smart Banking: Harnessing Central FPGA For Enhanced Distance Analysis and Security

Abstract

Automated teller machines (ATMs) have transformed the landscape of personal and business financial transactions, offering convenient access to banking services across various locations. However, despite their widespread adoption, many ATMs remain limited by proprietary systems and lack networking capabilities. With the increasing demand for smart banking solutions, there arises a necessity for seamless integration and automated management of ATM functionalities. In addressing this challenge, this paper introduces a pioneering approach centered on a central Field Programmable Gate Array (FPGA) controller. Here FPGA controller serves as the interface for ATMs and sensors, facilitating automated monitoring and control. Through integration with a mobile phone's GSM interface, users can remotely access and manage ATM operations. This innovative methodology ensures uninterrupted availability of ATM services, empowering consumers to conduct financial transactions securely and conveniently at any time and from any location.