Computer password protection method

Abstract

The invention discloses a computer password protection method which comprises the following steps: S1, opening a login interface, if a correct character link is clicked and a correct password is input, entering a two-layer interface, otherwise, entering a two-layer pseudo interface; s2, in a second-layer interface, if a correct character link is clicked and a correct password is input, entering a third-layer interface, otherwise, entering a third-layer pseudo interface; and S3, in a three-layer interface, if a correct character link is clicked and a correct password is input, entering a system, otherwise, entering a four-layer pseudo interface. Compared with the prior art, the system has the advantages that the security protection capability of the system is effectively improved by setting a multi-layer password verification mechanism; the system interface design is friendly, the user operation is simple and convenient, the verification logic is clear, and the conditions of user confusion and misoperation are avoided; a computer readable storage medium and an electronic equipment implementation scheme are provided, and the universality and practicability of the system are improved.

Description

Technical Field

[0001] The present invention relates to the field of computer security technology, and specifically refers to a computer password protection method. Background Art

[0002] With the rapid development of computer technology, network security issues have become increasingly prominent. Traditional password protection methods often rely on a single password verification mechanism, which seems powerless in the face of complex network attacks. Once the password is cracked, attackers can easily obtain system access rights and then perform illegal operations on the system.

[0003] In order to enhance the security of password protection, multi-layer password verification methods have emerged in the prior art. For example, the password recognition method, device, computer equipment and storage medium with the publication number CN115589290B improve the security of the system by setting multi-layer password verification. However, this method still has some deficiencies. First, when the user continuously enters the wrong password, this method does not take effective protection measures and simply rejects access, which gives attackers the opportunity to continuously try to crack the password. Second, this method does not trigger any warning or defense mechanism after reaching a certain number of wrong attempts, making the system particularly vulnerable to brute-force cracking attacks.

[0004] In addition, there are also some common problems in the computer password protection systems in the prior art. For example, the interface design of some systems is not user-friendly enough, and users are prone to confusion during use; the verification logic of some systems is too complex, resulting in inconvenient user operations; and some systems lack effective countermeasures when facing attacks and can only passively bear losses. Summary of the Invention

[0005] In view of the problems and deficiencies in the prior art, the present invention proposes a computer password protection method, system, storage medium and electronic device, aiming to improve the security protection ability of the computer system and effectively prevent unauthorized access.

[0006] Specifically, the technical solution provided by the present invention is: a computer password protection method, including:

[0007] S1. Open the login interface. If the correct word link is clicked and the correct password is entered, enter the second-layer interface; otherwise, enter the second-layer fake interface.

[0008] S1.1. Under the second-layer fake interface, if the correct word link is clicked and the correct password is entered, enter the second-layer interface; otherwise, enter the third-layer fake interface, and so on. If the correct word link cannot be clicked and the correct password cannot be entered all the time, enter the Nth-layer fake interface and open the virus to run.

[0009] S2. If, under the second - layer interface, the correct word link is clicked and the correct password is entered, then enter the third - layer interface; otherwise, enter the third - layer fake interface.

[0010] S2.1. Under the third - layer fake interface, if the correct word link is clicked and the correct password is entered, then enter the third - layer interface; otherwise, enter the fourth - layer fake interface, and so on. If the correct word link cannot be clicked and the correct password cannot be entered all the time, then enter the N - layer fake interface and start the virus running.

[0011] S3. Under the third - layer interface, if the correct word link is clicked and the correct password is entered, then enter the system; otherwise, enter the fourth - layer fake interface.

[0012] S3.2. Under the fourth - layer fake interface, if the correct word link is clicked and the correct password is entered, then enter the system; otherwise, enter the fifth - layer fake interface, and so on. If the correct word link cannot be clicked and the correct password cannot be entered all the time, then enter the N - layer fake interface and start the virus running.

[0013] Preferably, a computer password protection system is also provided, which includes a login interface module, a fake - interface module, an interface - jump module, and a system - core module based on the system architecture. It is characterized in that: The login interface module is used to display the login interface, including the correct word link and a password input box, verify whether the word link and password entered by the user are correct, and decide whether to enter the second - layer interface or the second - layer fake interface according to the verification result; in terms of architecture, it consists of an interface - display sub - module, an input - verification sub - module, and a decision - making sub - module. The interface - display sub - module is responsible for displaying the login interface, the input - verification sub - module is responsible for verifying the word link and password entered by the user, and the decision - making sub - module decides the next jump according to the verification result; in terms of the interaction mode, the user enters the word link and password through the interface - display sub - module, the input - verification sub - module receives the user input and verifies it, and the decision - making sub - module calls the corresponding jump logic according to the verification result.

[0014] The fake - interface module is used to display the fake interface, including the wrong word link and a password input box, verify whether the word link and password entered by the user are correct, and decide whether to enter the next - layer interface or fake interface, or start the virus running according to the verification result; in terms of architecture, it consists of an interface - display sub - module, an input - verification sub - module, a layer - management sub - module, and a virus - running sub - module. The interface - display sub - module is responsible for displaying the fake interface, the input - verification sub - module is responsible for verifying the word link and password entered by the user, the layer - management sub - module manages the levels of the fake interface and decides the next jump, and the virus - running sub - module executes the virus - running logic when reaching the N - layer fake interface; in terms of the interaction mode, the user enters the word link and password through the interface - display sub - module, the input - verification sub - module receives the user input and verifies it, the layer - management sub - module decides the next jump according to the verification result and the current level, and if reaching the N - layer fake interface, then calls the virus - running sub - module.

[0015] The interface jump module is responsible for jumping between different interfaces. Based on the user's input and the current interface state, it determines the next jump target. Architecturally, it consists of a jump logic sub-module and a state management sub-module. The jump logic sub-module contains the jump logic between different interfaces, and the state management sub-module manages the state of the current interface, including the hierarchy and verification results. In terms of the interaction method, it receives jump requests from the login interface module, pseudo-interface module, etc. Based on the information of the jump logic sub-module and the state management sub-module, it determines the next jump target, executes the jump operation, and guides the user to the target interface.

[0016] The system core module contains the core logic and functions of the system, such as user permission management and system resource access. After the user successfully passes all verifications, it provides system access permissions. Architecturally, it consists of a user permission management sub-module and a system resource access sub-module. The user permission management sub-module manages the user's permissions and roles, and the system resource access sub-module provides an access interface to the system resources. In terms of the interaction method, it receives access requests from the interface jump module, verifies the user's permissions and roles, and if the user's permissions are legal, it provides an access interface to the system resources.

[0017] Preferably, the overall system interaction process includes:

[0018] S1. The user opens the login interface module and enters the username link and password.

[0019] S2. The login interface module verifies the user input. If it is correct, it jumps to the second-layer interface module; otherwise, it jumps to the second-layer pseudo-interface module.

[0020] S3. In the second-layer interface or pseudo-interface module, the user continues to enter the username link and password.

[0021] S4. The interface jump module determines the next jump target based on the user input and the current interface state.

[0022] S5. If the user fails to enter correctly all the time, it will finally jump to the N-layer pseudo-interface module and trigger the virus running sub-module.

[0023] S6. If the user successfully passes all verifications, it will finally jump to the system core module and obtain system access permissions.

[0024] Preferably, a computer-readable storage medium is also provided. The storage medium stores a computer program, and when the computer program is executed by a processor, the above method is implemented.

[0025] Preferably, an electronic device is further provided, including a memory, a processor, and a computer program stored on the memory and executable on the processor. When the processor executes the program, the above method is implemented.

[0026] The advantages of the present invention compared with the prior art are as follows: By setting up a multi-layer password verification mechanism, the security protection ability of the system is effectively improved. Even if an attacker cracks the password of a certain layer, they cannot directly obtain system access rights because subsequent layer verification is still required; when the user continuously enters incorrect passwords, the present invention can automatically jump to a fake interface and gradually increase the verification difficulty. When reaching the Nth fake interface, the virus running mechanism is triggered to counterattack the attacker, thus effectively preventing brute-force cracking attacks; the system interface design is user-friendly and the user operation is simple. At the same time, the verification logic is clear and straightforward, avoiding the situation of user confusion and misoperation; a computer-readable storage medium and an electronic device implementation scheme are provided, enabling the method to be widely applied on different computer platforms, further improving the versatility and practicality of the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 is a schematic flow chart of the present invention.

[0028] Figure 2 is a schematic flow chart in specific implementation. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0029] The present invention will be further described in detail below with reference to the drawings.

[0030] Embodiment 1

[0031] As Figure 1As shown in the figure, this embodiment provides a computer password protection method, including: S1. Open the login interface. If the correct word link is clicked and the correct password is entered, enter the second-layer interface; otherwise, enter the second-layer fake interface. S1.1. Under the second-layer fake interface, if the correct word link is clicked and the correct password is entered, enter the second-layer interface; otherwise, enter the third-layer fake interface, and so on. If the correct word link cannot be clicked and the correct password cannot be entered all the time, enter the Nth-layer fake interface and open the virus to run. S2. Under the second-layer interface, if the correct word link is clicked and the correct password is entered, enter the third-layer interface; otherwise, enter the third-layer fake interface. S2.1. Under the third-layer fake interface, if the correct word link is clicked and the correct password is entered, enter the third-layer interface; otherwise, enter the fourth-layer fake interface, and so on. If the correct word link cannot be clicked and the correct password cannot be entered all the time, enter the Nth-layer fake interface and open the virus to run. S3. Under the third-layer interface, if the correct word link is clicked and the correct password is entered, enter the system; otherwise, enter the fourth-layer fake interface. S3.2. Under the fourth-layer fake interface, if the correct word link is clicked and the correct password is entered, enter the system; otherwise, enter the fifth-layer fake interface, and so on. If the correct word link cannot be clicked and the correct password cannot be entered all the time, enter the Nth-layer fake interface and open the virus to run.

[0032] Embodiment 2

[0033] As Figure 2 shown, this solution proposes a multi-level computer password protection method and its corresponding system implementation, aiming to enhance the security of the system by gradually increasing the verification difficulty. The specific working method is as follows:

[0034] I. Login stage

[0035] The user first faces the login interface and needs to click the correct word link and enter the correct password. If the verification passes, enter the next-level interface (such as the second-layer interface). If the verification fails, enter the corresponding fake interface (such as the second-layer fake interface).

[0036] II. Fake interface stage

[0037] In the fake interface, the user also needs to click the word link and enter the password for verification. If the verification passes in the fake interface, jump to the corresponding real interface (such as jumping from the second-layer fake interface to the second-layer interface). If the verification fails, enter a deeper fake interface (such as jumping from the second-layer fake interface to the third-layer fake interface).

[0038] III. Layer-by-layer verification

[0039] This process is repeated between multiple layers of interfaces and fake interfaces, and the difficulty of cracking is increased for each layer. If the user fails the verification continuously for multiple times, they will be gradually guided to deeper fake interfaces.

[0040] IV. Virus Operating Mechanism

[0041] When the user reaches the preset N-layer fake interface and still fails to pass the verification, the system will trigger the virus operating mechanism. The virus operating mechanism can be countermeasures against attackers, such as recording attacker information, blocking their IP addresses, or implementing other security policies.

[0042] V. Successful Verification

[0043] If the user finally successfully passes all levels of verification, they will obtain system access rights and enter the core module of the system.

[0044] The working principle of this embodiment: The login interface module is responsible for displaying the login interface and receiving the word link and password entered by the user. The input verification sub-module verifies the correctness of the user input. According to the verification result, the decision-making sub-module determines the next jump target (the second-layer interface or the second-layer fake interface).

[0045] The fake interface module is similar to the login interface module, but displays a fake interface. It also includes an input verification sub-module to verify the user input. The hierarchical management sub-module manages the levels of the fake interface and determines the next jump based on the verification result and the current level. If the N-layer fake interface is reached and the verification fails, the virus operating sub-module is triggered.

[0046] The interface jump module is responsible for jumping between different interfaces. It includes a jump logic sub-module and a status management sub-module. The jump logic sub-module defines the jump rules between different interfaces. The status management sub-module manages the status of the current interface (such as level, verification result, etc.).

[0047] The system core module contains the core logic and functions of the system, such as user permission management and system resource access. It provides system access rights after the user successfully passes all verifications.

[0048] The virus operating mechanism, as part of the security policy, is triggered when the user reaches the N-layer fake interface and the verification fails. It can perform various security operations, such as recording attacker information, blocking IP addresses, etc.

[0049] In summary, this solution gradually increases the difficulty for attackers to crack through a multi-level verification mechanism and fake interface design. At the same time, combined with the virus operating mechanism as the last line of defense, it effectively improves the security of the computer system.

[0050] Embodiment III

[0051] Such as Figure 2As shown, this solution presents the practical application of a computer password protection method. When a user attempts to access the system, the first thing they encounter is the login interface. The interface clearly instructs the user to click on a specific "correct word link" and enter the preset password in the adjacent password input box. If the user clicks on the correct word link and enters the password accurately on the first attempt, the system will verify its correctness and then jump to the second-layer interface.

[0052] In the second-layer interface, the user needs to perform the same operations as on the login interface again. If the verification is passed, it will further jump to the third-layer interface; if it fails, it will jump to a pseudo-interface specially designed for the second-layer interface. In the pseudo-interface, the user has multiple attempts. Each time, they need to click on a new correct word link and enter the password. If they fail continuously, the system will gradually deepen the level of the pseudo-interface until it reaches the preset N-layer pseudo-interface.

[0053] Once the user enters the N-layer pseudo-interface and the verification still fails, the system will automatically activate the built-in virus protection mechanism, which may include recording attack attempts, blocking IP addresses, or triggering an alarm, etc. If the user successfully verifies throughout the process, they will ultimately be able to enter the system core module and enjoy full system access rights.

[0054] Example 4

[0055] As Figure 1 shown, this embodiment provides a specific implementation method for the construction and operation of a computer password protection system. First, a login interface module, a pseudo-interface module, an interface jump module, and a system core module are built according to the system architecture. Each module is further divided into multiple sub-modules, such as interface display, input verification, hierarchical management, etc., to ensure the integrity of the system functions.

[0056] When a user attempts to log in, the login interface module is responsible for receiving and verifying the word link and password entered by the user. According to the verification result, the interface jump module will guide the user to the corresponding second-layer interface or pseudo-interface.

[0057] In the pseudo-interface, the hierarchical management sub-module gradually guides the user to a deeper pseudo-interface based on the user's consecutive failed attempts. At the same time, the input verification sub-module continuously verifies the user input until the user succeeds or reaches the N-layer pseudo-interface. Once the user enters the N-layer pseudo-interface and the verification fails, the virus operation sub-module will be activated to execute the preset virus protection logic, such as blocking the attacker's IP or triggering a system alarm. If the user successfully passes all verification levels, the system core module will verify their permissions and grant full system access rights.

[0058] Example 5

[0059] As Figure 1As shown, this embodiment provides an implementation of a password protection method based on an electronic device. Select an electronic device with sufficient processing power and storage space, such as a high-performance computer or a smart mobile device. Ensure that the necessary operating system and applications are installed on the device. Deploy the computer program of the above computer password protection method to the memory of the electronic device. The program should include all the functional logics of the login interface, the fake interface, interface jump, and the system core module.

[0060] When the user attempts to access the system through the electronic device, the program will automatically load the login interface. The user needs to click on the correct word link and enter the password according to the interface prompts. The input verification sub-module in the program will verify the user input in real time. According to the verification result, the interface jump module will guide the user to the corresponding interface level. If the user fails continuously, the fake interface level will be deepened layer by layer. Once the user reaches the Nth layer of the fake interface and fails the verification, the program will trigger the built-in virus protection mechanism. If the user successfully passes the verification, they will obtain full access rights to the system.

[0061] The above shows and describes the basic principles, main features, and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above embodiments. What is described in the above embodiments and the specification only illustrates the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention will have various changes and improvements, and these changes and improvements all fall within the scope of the present invention claimed. The scope of protection claimed by the present invention is defined by the appended claims and their equivalents.

Claims

1. A computer password protection method, characterized in that include: S1. Open the login interface. If you click the correct link and enter the correct password, you will enter the second-layer interface. Otherwise, you will enter the second-layer pseudo interface. S1.

1. In the second-layer pseudo interface, if you click the correct link and enter the correct password, you will enter the second-layer interface, otherwise you will enter the third-layer pseudo interface, and so on. If you cannot click the correct link and enter the correct password, you will enter the N-layer pseudo interface and open the virus to run; S2. In the second-layer interface, if you click the correct link and enter the correct password, you will enter the third-layer interface, otherwise you will enter the third-layer pseudo interface; S2.

1. In the three-layer pseudo interface, if you click the correct link and enter the correct password, you will enter the three-layer interface, otherwise you will enter the four-layer pseudo interface, and so on. If you still cannot click the correct link and enter the correct password, you will enter the N-layer pseudo interface and open the virus to run; S3. In the third-layer interface, if you click the correct link and enter the correct password, you will enter the system, otherwise you will enter the fourth-layer pseudo interface; S3.

2. In the four-layer pseudo interface, if you click the correct link and enter the correct password, you will enter the system, otherwise you will enter the five-layer pseudo interface, and so on. If you cannot click the correct link and enter the correct password, you will enter the N-layer pseudo interface and open the virus to run.

2. A computer password protection system, characterized in that It includes a login interface module, a pseudo interface module, an interface jump module, and a system core module based on the system architecture, and is characterized in that: the login interface module is used to display the login interface, including the correct word link and password input box, to verify whether the word link and password input by the user are correct, and to decide whether to enter the second-layer interface or the second-layer pseudo interface according to the verification result; in terms of architecture, it is composed of an interface display submodule, an input verification submodule, and a decision submodule, the interface display submodule is responsible for displaying the login interface, the input verification submodule is responsible for verifying the word link and password input by the user, and the decision submodule decides the next jump according to the verification result; in terms of interaction, the user inputs the word link and password through the interface display submodule, the input verification submodule receives the user input and verifies it, and the decision submodule calls the corresponding jump logic according to the verification result; The pseudo interface module is used to display a pseudo interface, including an incorrect word link and a password input box, to verify whether the word link and password input by the user are correct, and to decide whether to enter the next layer interface or pseudo interface, or to start virus operation according to the verification result; in terms of architecture, it is composed of an interface display submodule, an input verification submodule, a hierarchy management submodule, and a virus operation submodule, wherein the interface display submodule is responsible for displaying the pseudo interface, the input verification submodule is responsible for verifying the word link and password input by the user, the hierarchy management submodule manages the hierarchy of the pseudo interface, and decides the next jump, and the virus operation submodule executes the virus operation logic when reaching the N-layer pseudo interface; in terms of interaction mode, the user inputs the word link and password through the interface display submodule, the input verification submodule receives the user input and performs verification, the hierarchy management submodule decides the next jump according to the verification result and the current hierarchy, and if the N-layer pseudo interface is reached, the virus operation submodule is called. The interface jump module is responsible for jumping between different interfaces, and determines the next jump target according to the user's input and the state of the current interface; in terms of architecture, it is composed of a jump logic submodule and a state management submodule, wherein the jump logic submodule contains the jump logic between different interfaces, and the state management submodule manages the state of the current interface, including the level and the verification result; in terms of interaction, it receives jump requests from the login interface module, the pseudo interface module, etc., determines the next jump target according to the information of the jump logic submodule and the state management submodule, executes the jump operation, and guides the user to the target interface; The system core module contains the core logic and functions of the system, such as user authority management and system resource access, and provides system access rights after the user successfully passes all verifications; in terms of architecture, it is composed of a user authority management sub-module and a system resource access sub-module. The user authority management sub-module manages the user's authority and role, and the system resource access sub-module provides an access interface to system resources; in terms of interaction, it receives access requests from the interface jump module, verifies the user's authority and role, and provides a system resource access interface if the user's authority is legal.

3. A computer password protection system according to claim 2, characterized in that The overall interaction process of the system includes: S1. The user opens the login interface module and enters the link and password; S2, the login interface module verifies the user input, if it is correct, it jumps to the second-layer interface module, otherwise it jumps to the second-layer pseudo interface module; S3. In the second-layer interface or pseudo-interface module, the user continues to input the link and password; S4, the interface jump module determines the next jump target according to the user input and the current interface status; S5. If the user is unable to input correctly, the user will eventually jump to the N-layer pseudo interface module and trigger the virus running submodule; S6. If the user successfully passes all verifications, he will eventually jump to the system core module and obtain system access rights.

4. A computer-readable storage medium, characterized in that: The storage medium stores a computer program, and when the computer program is executed by a processor, the method according to claim 1 is implemented.

5. An electronic device comprising a memory, a processor, and a computer program stored in the memory and executable on the processor, wherein: When the processor executes the program, the method according to claim 1 is implemented.

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