Cloud ATM system

Abstract

The invention discloses a cloud ATM system which comprises a cloud ATM terminal, a virtual cloud end server, an ATM front-end processor and a bank center host, wherein the cloud ATM terminal is connected with the virtual cloud end server trough a secondary network; the virtual cloud end server is connected with the ATM front-end processor through a primary network; the ATM front-end processor is connected with the bank center host through a core network; the cloud ATM terminal is connected to the virtual cloud end server through the secondary network; the virtual cloud end server comprises a management control server, a virtual bottom layer ESX and a CA server; an ATM control system ATMC is arranged inside the virtual cloud end server; the cloud ATM terminal is only provided with a display device and a USB device, and is used to directly input data in the virtual cloud end server for processing; the data is managed and operated by the virtual cloud end server at the opposite end of the networks, and is subjected to centralized management to effectively ensure the reliability and the safety of the information; and the cloud ATM terminal is only provided with a display for providing a transaction interface for customers, so that the power consumption of the terminal equipment is reduced, and the equipment is simplified.

Description

technical field [0001] The invention relates to the field of cloud computing, in particular to an ATM system utilizing cloud computing. Background technique [0002] At present, the existing automatic teller machine (ATM) is based on a medium and high-performance airborne PC / industrial computer as the core, connected to the banking network through the network, and provides services to customers. Send the customer's transaction request message data to the bank host, and receive the bank's return data. The existing problems are: 1. The user's transaction data is stored in the hard disk of the automatic teller machine ATM, and the automatic teller machine ATM does not upload transaction data to the bank in real time, so once the automatic teller machine ATM fails, the user's transaction data may be lost , security cannot be guaranteed; 2. Since the transaction data on each automatic teller machine (ATM) is processed locally and then uploaded to the bank, the data management is...

AI Technical Summary

Problems solved by technology

The existing problems are: 1. The user's transaction data is stored in the hard disk of the automatic teller machine ATM, and the automatic teller machine ATM does not upload transaction data to the bank in real time, so once the automatic teller machine ATM fails, the user's transaction data may be lost , security cannot be guaranteed; 2. Since the transaction data on each automatic teller machine (ATM) is processed locally and then uploaded to the bank, the data management is too fragmented; 3. The existing automatic teller machine (ATM) has There are medium and high-performance airborne PC / industrial computers. On the one hand, it occupies a part of the volume of the ATM chassis of the automatic teller machine. On the other hand, the terminal of each ATM ATM is equipped with a computer, which is too expensive; Terminal data is first processed and stored, and then sent to the bank regularly, resulting in low operational efficiency

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