TW201837820A - Automatic financial transaction management system and control method thereof having a processing unit to receive an automatic transaction setting of a registered user, and transmit an adding or enabling message of host to a cloud platform system to request the cloud platform system to add or enable a virtual host - Google Patents

Abstract

The present invention discloses am automatic financial transaction management system, which comprises: a storage unit, a network unit, and a processing unit. At least one processing unit is configured to provide an online service for the user to register and use. At least one processing unit receives an automatic transaction setting of a registered user, and accordingly transmits an adding or enabling message of host to a cloud platform system to request the cloud platform system to add or enable a virtual host corresponding to the registered user. At least one processing unit further provides the automatic transaction setting and a transaction terminal program module to the virtual host. At least one processing unit further sends at least one transaction indication message to the virtual host to pass the transaction terminal program module, which is then connected to a financial transaction center system for proceeding online financial transactions.

Description

Financial automatic transaction management system and control method thereof

The present invention relates to a financial transaction system, and more particularly to a financial automatic transaction management system and a control method thereof.

In the era of financial technology, electronic and online financial transactions have become more common. For financial professionals or financial advisors, financial management or data processing programs executed on computers or smart devices are used to collect, analyze, manage and trade financial information through the Internet, so that users can quickly obtain information. Forecasting the trend of change and determining the trading behavior. These transaction methods are based on the assistance of computer and network technology, but in essence it is up to the user to judge or decide whether to trade or not.

The current financial trading technology has further developed the technology of automated program trading, which is automatically analyzed and judged by the program for online financial transactions, such as the automated trading platform service system provided by MultiCharts. However, the thresholds of these technologies are relatively high. Users must first install the relevant programs on their personal computers and have the relevant programming language (PowerLanguage) design ability to write the automatic trading strategies that the user wants to be into the computer program source code; The source code must be compiled to generate executable code, which can be implemented by executing the execution code.

In addition to the above-mentioned technical barriers, there are other technical and information security issues that need to be addressed. For example, personal computers that implement automated trading programs must ensure that power is normal and network communication is smooth and must be handled. The problem of preventing network viruses or hacking intrusions or attacks. In addition, if the programming is wrong, even if the program syntax is correct, it may still produce wrong trading behavior.

It can be seen that the technology of the conventional automated program transaction still needs to be improved because it only focuses on the technical problems of the traditional programming and development programs, and fails to provide users with the need to easily control and manage the automated program transaction technology.

An object of the present invention is to provide a financial automatic transaction management system, which can assist a user in setting up a virtual host for program transactions, and assists in integrating services provided by the cloud platform system, the financial agent system, and the financial transaction center system, thereby achieving Provides services that are easy for users to navigate and manage automated program trading techniques.

In order to achieve at least the above object, the present invention provides a financial automatic transaction management system, which includes: a storage unit, a network unit, and at least one processing unit. The network unit is used for network communication. The at least one processing unit is coupled to the network unit and the storage unit for providing online services for registration and use by a user. The at least one processing unit receives an automatic transaction setting information of a registered user, and transmits a host to add or enable a message to a cloud platform system to request the cloud platform system to add or enable a virtual host corresponding to the registered user. The automatic transaction setting information includes: transaction login information, electronic voucher, and voucher verification information. The at least one processing unit further provides the automatic transaction setting information and a transaction terminal program module to the virtual host for use in conducting an online financial transaction; the at least one processing unit further sends at least one transaction indication message to the virtual host. To connect to a financial transaction center system for online financial transactions through the transaction terminal program module.

In an embodiment, the at least one processing unit further receives a transaction policy selection message of the registered user, and generates the at least one transaction indication message according to the transaction policy selection message and the transaction information generated by the financial transaction center system. .

In one embodiment, the at least one processing unit provides a plurality of transaction policy options through the user interface for the registered user to select for automatic financial transaction use, the transaction policy selection message including at least one of the transaction policy options. The code of the person.

In an embodiment, the at least one processing unit further receives a financial agent selection message of the registered user, wherein the at least one transaction indication message is used to indicate that the transaction terminal program module specifies one of the financial agent selection messages. The financial agent system is connected to the financial transaction center system for online financial transactions.

In order to achieve at least the above object, the present invention further provides a method for controlling a financial automatic transaction management system, the method comprising the steps of: providing an online service for registration and use by a user; and receiving an automatic transaction setting information of a registered user, wherein the automatic The transaction setting information includes: transaction login information, electronic voucher, voucher verification information; according to the automatic transaction setting information transmission host adds or enables a message to a cloud platform system to request the cloud platform system to add or enable corresponding to the registered user a virtual host; the automatic transaction setting information and a transaction terminal program module are provided to the virtual host for use in conducting an online financial transaction; and at least one transaction indication message is sent to the virtual host to pass the transaction terminal program module It is connected to a financial transaction center system for online financial transactions.

In an embodiment, the controlling method further includes: receiving a transaction policy selection message of the registered user; wherein the at least one transaction indication message is based on the transaction policy selection message and the transaction information generated by the financial transaction center system. produce.

In an embodiment, the controlling method further includes: providing, by the user interface, a plurality of transaction policy options for the registered user to select for automatic financial transaction use; wherein the transaction policy selection message includes at least one of the transaction policy options The encoding of one.

In an embodiment, the controlling method further comprises: receiving a financial agent selection message of the registered user, wherein the at least one transaction indication message is used to indicate that the transaction terminal program module specifies one of the financial agent selection messages. The financial agent system is connected to the financial transaction center system for online financial transactions.

In an embodiment, the controlling method further comprises: providing, by the user interface, a plurality of financial agent options for registering the use selection; wherein the financial agent selection message includes a code representing at least one of the financial agent options.

In some embodiments, the at least one transaction indication message indicates that the online financial transaction performed by the transaction terminal program module is: one of a stock commodity, an index commodity, a futures commodity, an option commodity, a fund commodity, and an electronic virtual commodity. Online trading.

The financial automatic transaction management system of the above embodiment can assist the user in setting the virtual host of the program transaction, and assists in integrating the services provided by the cloud platform system, the financial agent system, and the financial transaction center system, thereby providing the user. It is easy to control and manage the services of automated program trading technology, so as to integrate the computing resources and communication resources of the cloud platform system, financial agent system and financial transaction center system to be more fully and effectively applied.

In order to fully understand the objects, features and advantages of the present invention, the present invention will be described in detail by the accompanying drawings.

1 is a schematic block diagram of a financial automated transaction management system 200 applied to a network environment in accordance with an embodiment of the present invention. As shown in FIG. 1 , the financial automated transaction management system 200 includes a storage unit 210 , a network unit 220 , and at least one processing unit 230 . The network unit 220 is configured to perform network communication. The at least one processing unit 230 is coupled to the network unit 220 and the storage unit 210 for providing online services for registration and use by the user. For example, the user can apply the user device 100 to use the wired or wireless method and the financial automatic. The transaction management system 200 communicates for registration, login, or selection operations, such as a cell phone, tablet, or personal computer. The at least one processing unit 230 receives the automatic transaction setting information of a registered user, and transmits a host new or enabled message to the cloud platform system 300 to request the cloud platform system 300 to add or enable the corresponding registered user. The virtual host (as illustrated in FIG. 1), wherein the automatic transaction setting information includes: transaction login information, electronic voucher, and voucher verification information. The at least one processing unit 230 further provides the automatic transaction setting information and a transaction terminal program module M1 to the virtual host 310 for use in performing an online financial transaction; the at least one processing unit 230 further issues at least one transaction indication message to the The virtual host 310 is connected to a financial transaction center system through the transaction terminal program module M1 for online financial transactions.

For example, the at least one transaction indication message indicates that the online financial transaction performed by the transaction terminal program module M1 is: one of a stock commodity, an index commodity, a futures commodity, an option commodity, a fund commodity, and an electronic virtual commodity. Online trading.

The financial automated transaction management system 200 can be implemented as a cloud service system. For example, the financial automated transaction management system 200 can include at least one or a plurality of electronic computing devices (such as a computer, a host of a server); thus, in FIG. 1, the storage unit 210, the network unit 220, and at least one processing unit 230 The illustrated financial automated transaction management system 200 can be further implemented as one or more computer hosts to perform the processing or operations performed by the at least one processing unit 230 described above. The cloud platform system 300 can be any platform that can provide a cloud hosting service, such as Google, Amazon, IBM, or Chunghwa Telecom; however, the implementation of the present invention is not limited by this example. .

In one embodiment, the automated financial transaction management system 200 provides a plurality of trading strategy options through the user interface for the registered user to select for automated financial transaction use, the trading strategy selection message including at least one of the trading strategy options. The encoding of one. For example, the financial automated transaction management system 200 may employ a point system or an actual amount to conduct a lease transaction strategy, or connect with a third party payment service or a financial institution service system for payment of a fee; however, the present invention Not subject to this restriction. In an embodiment, the financial automated transaction management system 200 further receives a transaction policy selection message of the registered user, and generates the at least one transaction indication according to the transaction policy selection message and the transaction information generated by the financial transaction center system. message.

In an embodiment, the financial automated transaction management system 200 further receives a financial agent selection message of the registered user, the at least one transaction indication message is used to indicate that the transaction terminal program module M1 is specified by the financial agent selection message. One of the financial agent systems is connected to the financial transaction center system for online financial transactions. For example, the financial automated transaction management system 200 can provide a plurality of financial agents, such as securities firms, for the user to select; however, the implementation of the present invention is not limited thereto, and the financial automated transaction management system 200 can also be implemented to use only A financial agency system for a financial agent.

In addition, for example, the storage unit 210 can be used to store at least one of user data, automatic transaction setting information, and transaction policy selection, and the related transaction terminal program module M1 can be stored in the storage unit 210 or other online. The storage space is the cloud storage space provided by the cloud platform system 300; however, the present invention is not limited thereto.

2 is a block diagram of an embodiment of a financial automated transaction management system 200 for use in a network environment. As shown in FIG. 2, the financial automated transaction management system 200 can assist the user in setting up the virtual host for the program transaction, and assists in integrating the services provided by the cloud platform system 300, the financial agent system 400, and the financial transaction center system 500. For example, online financial transactions, such as stock index futures trading, through the financial agency system 400, make it easy for users to navigate and manage automated program trading techniques. In this way, the computing resources and communication resources of the cloud platform system 300, the financial agent system 400, and the financial transaction center system 500 are more fully and effectively applied. And can avoid various technical problems, such as installing the review program, the personal computer that executes the automatic transaction program must ensure the power is normal, the network communication is smooth, and must also deal with the problem of preventing network viruses or hacking attacks or attacks. . In addition, in an embodiment, the automatic transaction program provided on the financial automatic transaction management system 200 can perform backtesting, simulation, or monitoring, so that the automatic transaction program can greatly reduce or avoid the wrong transaction behavior. And the risk of loss to the user.

FIG. 3 is a schematic flow chart of a control method of the financial automatic transaction management system 200 according to another embodiment of the present invention. As shown in FIG. 3, the method includes the following steps.

As shown in step S110, an online service is provided for registration and use by the user.

As shown in step S120, an automatic transaction setting information of a registered user is received, wherein the automatic transaction setting information includes: transaction login information, electronic voucher, and voucher verification information. For example, the transaction login information includes: a transaction login account and a password; the electronic voucher is a personal identification voucher of the registered user; the voucher verification information includes: a password or a key used to verify the electronic voucher; however, the implementation of the present invention Not limited by these examples. In addition, the automatic transaction setting information can be received through the user interface of the financial automated transaction management system 200, or can be read by a storage unit such as a database or a memory.

As shown in step S130, the information transfer host adds or enables the message to the cloud platform system according to the automatic transaction requesting to request the cloud platform system to add or enable the virtual host corresponding to the registered user.

As shown in step S140, the automatic transaction setting information and a transaction terminal program module are provided to the virtual host for use in conducting an online financial transaction.

As shown in step S150, at least one transaction indication message is sent to the transaction terminal program module of the virtual host to connect with a financial transaction center system through the transaction terminal program module for online financial transactions. By the above steps, the financial automated transaction management system 200 can provide an online service, allowing the user to easily grasp the program transaction.

In an embodiment, the controlling method further includes: receiving a transaction policy selection message of the registered user; wherein the at least one transaction indication message is based on the transaction policy selection message and the transaction information generated by the financial transaction center system. produce.

In an embodiment, the controlling method further includes: providing, by the user interface, a plurality of transaction policy options for the registered user to select for automatic financial transaction use; wherein the transaction policy selection message includes at least one of the transaction policy options The encoding of one.

In an embodiment, the controlling method further comprises: receiving a financial agent selection message of the registered user, wherein the at least one transaction indication message is used to indicate that the transaction terminal program module specifies one of the financial agent selection messages. The financial agent system is connected to the financial transaction center system for online financial transactions.

In an embodiment, the controlling method further comprises: providing, by the user interface, a plurality of financial agent options for registering the use selection; wherein the financial agent selection message includes a code representing at least one of the financial agent options.

In some embodiments, the at least one transaction indication message indicates that the online financial transaction performed by the transaction terminal program module is: one of a stock commodity, an index commodity, a futures commodity, an option commodity, a fund commodity, and an electronic virtual commodity. Online trading. However, the invention is not limited by these examples.

4 is a schematic block diagram of a financial automated transaction management system applied to a network environment in accordance with an embodiment of the present invention. As shown in FIG. 4, the financial automated transaction management system 200A includes: an interface service module M10, a hosted central control module M20, and an automatic transaction central control module M30. The interface service module M10 can be used to implement the steps S110 and S120 in FIG. 3; the host-hosting control module M20 can be used to implement the steps S130 and S140 in FIG. 3; the automatic transaction control module M30 can be used to implement the foregoing. Step S150 in Fig. 3. The interface service module M10, the host escrow central control module M20, and the automatic transaction central control module M30 can be implemented as a plurality of program modules respectively to implement a program management system of the financial automatic transaction management system 200 shown in FIG. . When the at least one electronic computing device (eg, configured as a server or a terminal device or a cloud host) executes the program management system, the at least one electronic computing device can be caused to perform any of the embodiments based on the method of FIG. The program management system can be recorded in a readable information storage medium such as, but not limited to, an optical information storage medium, a magnetic information storage medium, or a memory. For example, the three interface devices M10, the host host control module M20, and the automatic transaction control module M30 can be respectively executed by using three electronic computing devices (or at least one electronic computing device). They are respectively stored in the storage unit of the respective electronic computing device, and are executed by the processing unit of the electronic computing device, and the modules operate in cooperation with each other. In addition, the financial automatic transaction management system 200A may further include other modules, such as one or a plurality of transaction strategy modules (which may correspond to different transaction strategies) for issuing a transaction indication message, and the transaction indication message may be passed. The automatic transaction central control module M30 processes and sends to the corresponding virtual host according to the situation selected (or rented) by each user. However, the implementation of the present invention is not limited by the above examples; for example, the transaction strategy (such as implemented in a program module mode or a parameter condition setting manner) can also be implemented in the automatic transaction control module M30 and provided by the user. Or provided by a third party (or platform) or in concert.

Hereinafter, the following embodiments will be described with reference to FIG. 4. In an embodiment, in the user operation flow activation mode, the user connects to the escrow setting interface provided by the interface service module M10 by using the online service provided by the financial automatic transaction management system 200A by the user device. Enter automatic transaction setting information such as transaction login information, electronic voucher, and voucher verification information. After the automatic transaction setting information is saved, the host escrow central control module M20 can selectively verify one of the automatic transaction setting information, for example, at least verify whether the electronic certificate can be logged in normally. After the verification is completed, the host escrow central control module M20 transmits a host to add or enable a message to the cloud platform system 300 to request the cloud platform system 300 to add or enable the virtual host 310 corresponding to the registered user, where Different users can add or enable a plurality of corresponding virtual hosts 310. The automatic transaction management system 200A (such as by the host escrow central control module M20) sets the automatic transaction setting information of a user such as the transaction login information, the electronic vouchers, the voucher verification information and a transaction terminal program module M1. The virtual host 310 is provided for use in conducting online financial transactions. The automatic transaction central control module M30 sends at least one transaction indication message to the transaction terminal program module M1 of the virtual host 310 to connect with a financial transaction center system 500 through the transaction terminal program module M1 for online financial transactions. . However, implementations of the invention are not limited by the examples described above.

For example, the financial transaction center system 500 is, for example, an information system provided by a financial transaction authority of a certain country or region, which provides a communication protocol or application interface, and is intended to be used by an online financial trader to apply an electronic computing device directly or Indirectly through the communication protocol or application interface for financial transactions or obtaining financial transaction information such as commodity transactions, transaction volume, time, market, etc.; in FIG. 4, the virtual host 310 is indirectly through the financial agent system 400 (eg, The financial transaction system of the securities firm is connected to the financial transaction center system 500 for online financial transactions. However, implementations of the invention are not limited by the examples described above.

In addition, in some embodiments, after the host hosting setting, enabling completion, or other circumstances, the user may further select from a plurality of trading policy options provided by the user interface of the financial automated transaction management system 200A for automatic The use of financial transactions; such as the choice of the name of the trading strategy and other methods. For example, a trading strategy (such as a program module mode or a parameter condition setting method) is used to generate an indication message for whether or not to trade a financial product based on analysis of financial transaction information. For example, in the case of financial products for index futures, the financial automatic transaction management system 200A can provide: Otto's consolidation breakthrough, Otto reverse balance, Taylor breakthrough backhand and other trading strategies for users to choose. For example, Otto's trading strategy of breakthrough type uses the contrarian operating system, and the normal consolidation interval does not operate. Once the consolidation zone is broken, it will operate with the trend, so as to establish a post-trade strategy without waiting for the market. For example, Otto's reverse-balanced trading strategy utilizes a contrarian operating system, which usually operates in a contrarian range with high selling and low buying; but if the trend direction is established, it will immediately switch to the direction of the homeopathic operation, which is a homeopathic contrarian Balance strategy. For example, Taylor's breakthrough backhand trading strategy uses short-term breakthrough price-tracking, using multi-space separation asymmetric logic design, mastering short-term momentum, and adopting dynamic suspension design to automatically switch between different market changes under different market changes. Dynamic suspension mechanism. With the choice of the above transaction strategy, the user can easily grasp the development of the trading strategy and the program transaction through the financial automatic transaction management system 200A. However, implementations of the present invention are not limited by the above-described trading strategy examples; that is, any trading strategy can be utilized and implemented in the financial automated transaction management system 200A.

In addition, the user interface of the financial automated transaction management system 200A can also provide an alternative financial agent, such as a single broker under the index futures, that is, the financial agent system 400 is selected.

In addition, in an embodiment, the host-hosting control module M20 can separately perform verification and host management operations, such as including a verification sub-module M21 and a proxy sub-module M23.

The verification sub-module M21 is timed (eg, 5 seconds, 7 seconds, or 10 seconds, etc.) to verify whether the user's electronic credentials can be used normally. For example, the verification sub-module M21 periodically checks whether a queue has new information, and reads the user's automatic transaction setting information from the user's database. The verification sub-module M21 imports the automatic transaction setting information of the user, and verifies whether at least the electronic voucher in the automatic transaction setting information can be normally logged in, and updates the completion result of the queue according to the verification result. For security reasons, the verification sub-module M21 performs security processing on the user-related information, such as deletion from the temporary storage memory after verification. However, implementations of the invention are not limited by the examples described above.

The proxy sub-module M23 periodically communicates with the cloud platform system 300 (such as Google Cloud Platform: Google Cloud Platform) (such as issuing a host to add, delete or enable messages) to request the cloud platform system 300 to add and delete virtual hosts. , or enabled jobs. For example, the proxy sub-module M23 checks the addition, deletion, or activation of the escrow host every morning (eg, 7 o'clock). The proxy sub-module M23 checks whether a queue has a new host, whether to add, delete, or enable it. In addition, in order to match the opening and closing time of online financial transactions, for example, the agent sub-module M23 can be configured to open the hosted virtual host at one of the first trading days (such as 08:00), and in a second The time (such as 14:00) turns off the virtual host. In addition, the proxy sub-module M23 can further check the electronic voucher expiration date and send a notification to the user or the system. However, implementations of the invention are not limited by the examples described above.

In addition, in an embodiment, the process of the hosted virtual host 310 is started as follows. After the virtual host 310 is started, the startup program (such as the Google Bucket startup script) is automatically executed, and the virtual host 310 downloads the transaction login information of the user stored in the storage unit (such as the database) of the financial automatic transaction management system 200A (or 200). Electronic voucher, voucher verification information. The virtual host 310 imports the electronic voucher and executes the aforementioned transaction terminal program module M1 in response to the automatic transaction control module M30 issuing at least one transaction indication message. When the virtual host 310 receives the transaction indication message, it uses the transaction terminal program module M1 to connect with the financial agent system 400 or the financial transaction center system 500 for online financial transactions. In addition, virtual host 310 can also be configured to be turned off at the time of the timing or transaction center closing (eg, 14:00). The transaction terminal program module M1 can be further configured to be used to: log in to the financial agent system 400, verify the electronic voucher, and record the transaction history according to the transaction login information. However, implementations of the invention are not limited by the examples described above.

The financial automatic transaction management system of the above embodiments can assist the user in setting up the virtual host for the program transaction, and assists in integrating the services provided by the cloud platform system, the financial agent system, and the financial transaction center system, thereby providing the provision. The user can easily manage and manage the services of the automated program transaction technology, and thereby integrate the computing resources and communication resources of the cloud platform system, the financial agent system, the financial transaction center system to obtain more fully effective applications. It is also possible to avoid problems such as the need to ensure that the power supply is normal, the network communication is smooth, and that the Internet virus or hacker intrusion or attack must be handled.

The invention has been described above in terms of the preferred embodiments, and it should be understood by those skilled in the art that the present invention is not intended to limit the scope of the invention. It should be noted that variations and permutations equivalent to those of the embodiments are intended to be included within the scope of the present invention. Therefore, the scope of protection of the present invention is defined by the scope of the patent application.

100‧‧‧User device

200, 200A‧‧‧Financial Automatic Transaction Management System

210‧‧‧ storage unit

220‧‧‧Network Unit

230‧‧‧Processing unit

300‧‧‧Cloud Platform System

310‧‧‧Web Hosting

400‧‧‧Financial Agent System

500‧‧‧Financial Exchange Center System

M1‧‧‧Trading Terminal Program Module

M10‧‧‧Interface Service Module

M20‧‧‧Host escrow central control module

M30‧‧‧Automatic Trading Central Control Module

M21‧‧‧ verification submodule

M23‧‧‧Agent submodule

S110~S150‧‧‧Steps

1 is a schematic block diagram of a financial automatic transaction management system applied to a network environment according to an embodiment of the present invention. 2 is a block diagram of an embodiment of a financial automated transaction management system applied to a network environment. FIG. 3 is a schematic flow chart of a control method of a financial automatic transaction management system according to another embodiment of the present invention. FIG. 4 is a schematic block diagram of a financial automatic transaction management system applied to a network environment according to an embodiment of the present invention.

Claims (10)

A financial automatic transaction management system, the system comprising: a storage unit; a network unit for network communication; at least one processing unit coupled to the network unit and the storage unit for providing online service to User registration and use; the at least one processing unit receives an automatic transaction setting information of a registered user, and transmits a host to add or enable a message to a cloud platform system to request the cloud platform system to add or enable the registration a virtual host corresponding to the user, wherein the automatic transaction setting information includes: transaction login information, electronic voucher, voucher verification information; wherein the at least one processing unit further provides the automatic transaction setting information and a transaction terminal program module to the virtual The host uses the online financial transaction; the at least one processing unit further sends at least one transaction indication message to the virtual host to connect with a financial transaction center system through the transaction terminal program module for online financial transactions. The financial automatic transaction management system of claim 1, wherein the at least one processing unit further receives a transaction policy selection message of the registered user, and selects a message according to the transaction policy and transaction information generated by the financial transaction center system. And generating the at least one transaction indication message. The financial automatic transaction management system of claim 2, wherein the at least one processing unit provides a plurality of transaction policy options through the user interface for the registered user to select for automatic financial transaction use, the transaction policy selection message including The encoding of at least one of the trading strategy options. The financial automatic transaction management system of claim 1, wherein the at least one processing unit further receives a financial agent selection message of the registered user, the at least one transaction indication message is used to indicate that the transaction terminal program module passes the The financial agent selects one of the financial agent systems specified by the message and connects to the financial transaction center system for online financial transactions. A method for controlling a financial automatic transaction management system, the method comprising: providing an online service for registration and use by a user; receiving an automatic transaction setting information of a registered user, wherein the automatic transaction setting information comprises: transaction login information, electronic voucher, Voucher verification information; according to the automatic transaction setting information transmission host, adding or enabling a message to a cloud platform system to request the cloud platform system to add or enable a virtual host corresponding to the registered user; The transaction terminal program module is provided to the virtual host for use in conducting an online financial transaction; and issuing at least one transaction indication message to the transaction terminal program module of the virtual host to communicate with a financial transaction center through the transaction terminal program module The system is connected for online financial transactions. The control method of the financial automatic transaction management system of claim 5, wherein the control method further comprises: receiving a transaction policy selection message of the registered user; wherein the at least one transaction indication message is based on the transaction policy selection message and The transaction information generated by the financial transaction center system is generated. The control method of the financial automatic transaction management system according to claim 6, wherein the control method further comprises: providing a plurality of transaction policy options through the user interface for the registered user to select for automatic financial transaction use; wherein the transaction strategy is selected The message includes an encoding representing at least one of the trading strategy options. The control method of the financial automatic transaction management system according to claim 5, wherein the control method further comprises: receiving a financial agent selection message of the registered user, wherein the at least one transaction indication message is used to indicate the transaction terminal programming mode The group is connected to the financial transaction center system for online financial transactions through the financial agent system designated by the financial agent selection message. The control method of the financial automatic transaction management system according to claim 8, wherein the control method further comprises: providing a plurality of financial agent options for registering use selection through a user interface; wherein the financial agent selection message comprises representing the financial agents The encoding of at least one of the options. The control method of the financial automatic transaction management system according to claim 5, wherein the at least one transaction indication message indicates that the online financial transaction performed by the transaction terminal program module is: stock commodity, index commodity, futures commodity, option commodity Online trading of one of the fund commodities and electronic virtual goods.