TWM544675U - Virtual currency encryption system - Google Patents

Description

Virtual point encryption system

This creation provides an encryption system, in particular an encryption system for virtual points.

E-commerce is one of the focuses of information technology development in recent years, and online transactions are very common in modern society. There are many ways to trade online, and there are different ways to use the currency, such as directly using cash or trading through tokens and points of virtual currency.

Like the currency method of tokens and points, it is usually converted from real money in a certain proportion and stored in the online server in the form of data. Although it may be a virtual currency dedicated to a specific website, it is converted by real money. Come, still have a certain value. Therefore, the information security maintenance of the server is very important, and there is a risk that the hacker will invade and tamper with the data.

The general server protects the overall information security and does not protect the single currency data. However, if the hacker is still hacked, it is still difficult to prevent the currency data from being tampered with, and it will cause serious damage to the manufacturer.

Therefore, how to prevent virtual currency from being tampered with and reduce the risks and damages that may be suffered is worthy of consideration in the field.

In view of the above reasons, this creation provides a virtual point encryption system that can encrypt each virtual point or virtual currency, which can effectively prevent related data from being tampered and improve the security of the transaction system.

This creation provides a virtual point encryption system that includes a servo host. The server includes a one-point login module, an encryption module, a storage module, and an authentication module. The point registration module is adapted to receive a cash information and convert it into a corresponding number of points information in a specific ratio, and each point information corresponds to a different point number. The encryption module encrypts the number of points. The storage module is adapted to store the point information and the encrypted number of points. The authentication module is adapted to authenticate the point number of the point information.

The virtual point encryption system described above further includes a user device, which is in communication with the server, and the user device is adapted to input cash information.

The virtual point encryption system described above further includes a gold flow module adapted to extract the point information in the storage module and convert the cash information back according to a specific ratio.

In the above virtual point encryption system, the gold flow module is also communicatively connected to one of the external financial servers, and the financial server performs financial operations according to the cash information.

The virtual point encryption system described above further includes a shopping module, and the user is adapted to purchase the information by using the shopping module.

The virtual point encryption system described above further includes a shopping module, and the shopping module belongs to an external shopping website.

In the above virtual point number encryption system, the authentication module compares the point number of the point information with the number of points in the storage module.

In the above virtual point encryption system, the point registration module is further adapted to input a redemption number to generate the point number.

100‧‧‧Virtual Point Encryption System

110‧‧‧Servo host

111‧‧‧Point Login Module

1111A~1111D‧‧‧ Points Information

112‧‧‧Encryption Module

1121A~1121D‧‧‧ points number

113‧‧‧ Storage Module

114‧‧‧Gold flow module

115‧‧‧Certificate Module

116‧‧‧Shopping module

120‧‧‧User device

121‧‧‧Cash Information

130‧‧‧Financial Server

FIG. 1 is a schematic diagram of the virtual point encryption system of the present invention.

Figure 2 is a schematic diagram of point information.

Please refer to FIG. 1. FIG. 1 is a schematic diagram of the virtual point encryption system. The virtual point encryption system 100 of the present invention is applied to an online platform for online shopping or online transactions, such as virtual currency or points. The virtual point encryption system 100 is adapted to encrypt and authenticate each virtual currency or point. Waiting for the job.

The virtual point encryption system 100 includes a server host 110 and at least one user device 120. The server 110 is adapted to process most of the information of the virtual point encryption system 100. The server 110 includes a point registration module 111, an encryption module 112, a storage module 113, a gold flow module 114, and an authentication module 115. With a shopping module 116. It should be noted that, in this embodiment, the point registration module 111, the encryption module 112, the storage module 113, the gold flow module 114, the authentication module 115, and the shopping module 116 exist in a software manner.

The point registration module 111 is adapted to receive a cash information, and convert the cash information into a plurality of point information in a conversion ratio, and each point information corresponds to a different point number. That is to say, these point numbers are also corresponding to individual point information. Please refer to FIG. 2, which is a schematic diagram of point information. The cash information 121 will generate a plurality of point information 1111A~1111D after conversion, and the point information 1111A~1111D will include a corresponding point number 1121A~1121D, for example, the point number of the point information 1111A is 000001 (1121A).

In the present embodiment, the point registration module 111 acquires cash information from the user device 120. The user device 120 is, for example, a networkable device such as a smart phone, a tablet computer or a personal computer, and the user device 120 can be used by the user to input cash information. The cash information indicates the cash paid by the user, such as using a credit card, a third party payment, or entering a redemption serial number. In some embodiments, the user may purchase a product (eg, a credit card) that records the redemption serial number from other conduits, and then enter the redemption serial number into the user device 120 to obtain a corresponding amount of cash information.

After receiving the cash information, the user device 120 transmits the cash information to the point registration module 111 of the server host 110, and the point registration module 111 converts the cash information, and the conversion ratio refers to the cash and points. Proportion, for example: NT$100 can be converted into 100 points (1 to 1), or NT$100 can be converted into 10 points (10 to 1). The conversion ratio can be defined according to the actual needs and management of the platform. . For convenience of explanation, the following description will be made with an example of 1:1.

After the conversion, the point registration module 111 obtains a plurality of points information, and the number of points information is the same as the number of points converted. For example, if NT$100 is converted into 100 points, 100 points will be generated. In addition, in some embodiments, the above-mentioned redemption serial number can be directly input to the point registration module 111, and the point registration module 111 receives the redemption serial number, and a corresponding number of points information is generated. The amount of point information generated by this will also have a value corresponding to the redemption number.

The encryption module 112 is adapted to receive the point information generated by the point registration module 111, and individually encrypt the point number of each point information. In the above example, if the NT$100 is converted into 100 points, there will be 100 point numbers, and the 100 point signals will be individually encrypted. In this embodiment, the manner of encryption is not limited.

Then, the encrypted point number and its corresponding point information are transmitted to the storage module 113, and the storage module 113 stores the encrypted point number and the corresponding point information. Therefore, storage The module 113 stores the information related to the points and provides the user to browse, consume or trade in the future. In the preferred embodiment, the server 110 also includes a member management module. The user can establish an account through the member management module, and identify the member through the account and the password, and the user can manage the point through the account. Several information, such as: consumption, trading, stored value, redemption and other management operations.

The gold flow module 114 is adapted to extract point information from the storage module and convert the point information into cash information according to the conversion ratio. In the preferred embodiment, the cash flow module 114 is also communicably connected to an external financial server 20, such as an online financial service system of the bank, and the financial server 20 can receive cash information and perform financial operations based on the cash information. For example, transfer, remittance, or withdrawals. That is to say, the user can convert the points into cash through the gold flow module 114, and can transfer the cash to the designated bank account by means of online remittance, transfer or third party payment.

The authentication module 115 is adapted to authenticate the number of points in the point information. In the embodiment, the authentication module 115 compares the point number of the point information with the number of points in the storage module 113. Therefore, the authentication information is authenticated by the authentication module 115. If the number of points without the number of points is found, or the number of the points does not match the data in the storage module 113, the information may be confirmed. The servo host 110 is implanted by illegal means, thereby preventing the servo host 110 from being intruded, and at the same time, quickly finding out the data falsified by the hacker.

The shopping module 116 is available for the user to use the point information for shopping, that is, the shopping module 116 provides a portion of the user that can consume points, and the user can use the point information to purchase goods on the shopping module 116 or Is trading. In the preferred embodiment, the number of points used in the shopping module 116, the corresponding number of points will be confirmed by the authentication module 115, and the illegal point information will be avoided from circulating on the shopping module 116, thereby reducing consumer disputes and Buy the seller’s loss. In the process of authentication, the authentication module 115 can verify the number of points by comparing the flow paths of the number of points in addition to the correctness of the format of the verification point number. Whether the information is true. In addition, the shopping module 116 of the present embodiment is a part of the server host 100. In other embodiments, the shopping module 116 can also be an external shopping website or server, such as a shopping website with a cooperative relationship. That is to say, the shopping module 116 belongs to an external shopping website, and the user's point information can be consumed at different shopping websites in addition to consumption on the server host 100.

The virtual point encryption system 100 of the present invention gives each point number information a point number, and individually encrypts each number of points, and then compares the number of points in the point information to the point information. Whether it is implanted by illegal means. In this way, the server 100 is prevented from being intruded or the point information is tampered with, and the comparison mechanism is also used to confirm whether the point information and the point number are normal.

This written description is as above, but it is not intended to limit the scope of patent rights claimed by this creation. The scope of patent protection is subject to the scope of the patent application and its equivalent fields. Any changes or modifications made by those skilled in the art without departing from the spirit or scope of this patent are subject to the equivalent changes or designs made in the spirit of the present disclosure and should be included in the scope of the patent application below. Inside.

100‧‧‧Virtual Point Encryption System

110‧‧‧Servo host

111‧‧‧Point Login Module

112‧‧‧Encryption Module

113‧‧‧ Storage Module

114‧‧‧Gold flow module

115‧‧‧Certificate Module

116‧‧‧Shopping module

120‧‧‧User device

130‧‧‧Financial Server

Claims (8)

A virtual point number encryption system, comprising: a servo host, comprising: a point login module, adapted to receive a cash information, and convert to a corresponding number of points information in a specific ratio, and each point information is Corresponding to a different number of digits; an encryption module for encrypting the number of points; a storage module adapted to store the point information and the encrypted number of points; and an authentication module The number of the point at which the point information is authenticated. The virtual point encryption system of claim 1, wherein the user device is further connected to the server, and the user device is adapted to input the cash information. For example, the virtual point encryption system of claim 1 further includes a gold flow module adapted to extract the point information in the storage module and convert the cash information back according to the specific ratio. For example, in the virtual point encryption system of claim 3, the gold flow module is also communicably connected to one of the external financial servers, and the financial server performs financial operations according to the cash information. For example, the virtual point encryption system of claim 1 includes a shopping module, and the user is adapted to purchase the information by using the shopping module. For example, the virtual point encryption system of claim 5, further comprising a shopping module, the shopping module belongs to an external shopping website. The virtual point encryption system of claim 1, wherein the authentication module compares the point number of the point information with the number of the point in the storage module. For example, the virtual point encryption system of claim 1 is characterized in that the point registration module is further adapted to input a redemption serial number to generate the point number.