System and method for automatically and safely inputting online banking password under RPA anti-automation condition

Abstract

The invention discloses a system and a method for automatically and safely inputting an online banking password under an RPA anti-automation condition, the system comprises an intelligent mouse key, an RPA, a computer host and an online banking UKEY, and the intelligent mouse key is a software-hardware RPA input device formed by a hardware unit taking a key simulation chip as a basis and a command unit taking an HID as a standard. The RPA opens a specified E-bank login interface by reading E-bank configuration, sets a cursor on an E-bank password control, and automatically sends commands to a mouse and a keyboard to realize driving-level simulation and directly read and write a hardware port of the keyboard, so that physical-level mouse operation or keyboard input is realized, an E-bank anti-automation mechanism is spanned, manual operation is avoided, and the operation efficiency is improved. When a large number of different types of E-bank accounts need to be switched and passwords need to be input, manual repeated input can be avoided through the system, the workload of operators is reduced, the working efficiency is improved, and the conditions of manual input errors and the like are avoided.

Description

technical field [0001] The invention relates to the technical field of process automation, in particular to a system and method for automatically and securely entering online banking passwords under the condition of RPA anti-automation. Background technique [0002] There are many daily activities and highly repetitive workflows in the process of corporate fund management, such as flow downloading, balance downloading, and document preparation for different online banking operations. Due to the need for security, the input of online banking passwords is usually anti-automated. Different online banking login switching processes require manual input of account passwords. When entering passwords, automatic input is prohibited. When the operator manually enters passwords and presses a certain keyboard key, the chip in the keyboard will check this action and Return the scan code to the computer, and then the keyboard driver will receive the scan code and convert it into a keyboar...

AI Technical Summary

Problems solved by technology

[0002] There are many daily activities and highly repetitive workflows in the process of corporate fund management, such as flow downloading, balance downloading, and document preparation for different online banking operations. Due to the need for security, the input of online banking passwords is usually anti-automated. Different online banking login switching processes require manual input of account passwords. When entering passwords, automatic input is prohibited. When the operator manually enters passwords and presses a certain keyboard key, the chip in the keyboard will check this action and Return the scan code to the computer, and then the keyboard driver will receive the scan code and convert it into a keyboard virtual code. For the same key, the scan code is different in energy efficiency, but the virtual code is the same, such as: the virtual code of key A If it is 65, then the hexadecimal number is &H41. Next, the operating system will put the keyboard information into the queue message and send it to the current active window to complete the password input. At the same time, for safety, online banking adopts security controls To prevent the attack of malicious programs, it cuts off the channel between the keyboard operation and the Trojan horse virus, so that the relevant software cannot realize the secret input through the software itself, thereby preventing the online banking from being illegally invaded, but in actual use, this This security mechanism also brings many difficulties to operators. For example, when more online banking accounts and passwords need to be input in a short period of time, it is necessary to manually switch accounts and manually input passwords. For operators, the operation volume is large. Low operating efficiency and prone to input errors

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