KR20150116477A - Method and System for Mining Digital Currency at PC-Bang - Google Patents

Abstract

The present invention relates to a method and a system for mining digital currency at a PC-bang. The method of the present invention is a method for mining digital currency in a PC-bang system including a plurality of customer terminals and a manager terminal managing the customer terminals. The method of the present invention may include: a mining work distribution step in which the manager terminal receives a mining work from a digital currency system through a communication network and then distributes the mining work to the customer terminals; a mining condition checking step in which the customer terminal checks whether an operation state thereof satisfies a predetermined mining condition; a mining work execution step in which the customer terminal executes the mining work distributed from the manager terminal, if the mining condition is determined to be satisfied; a mining condition checking step in which the customer terminal checks whether the operation state thereof satisfies the predetermined mining condition, while the mining work is executed; and a mining work stopping step in which the customer terminals stops the mining work, if the mining condition is determined not to be satisfied while the mining work is executed. Therefore, the method of the present invention provides remarkable effect of creating profits by mining the digital currency additionally besides profit by customer usage at the PC-bang which keeps a computing equipment of high specification, because the digital currency mining is executed when sales PCs of the PC-bang, that is, the customer terminals are in an idle state or there is spare resources.

Description

TECHNICAL FIELD [0001] The present invention relates to a method and system for digging digital money,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention generally relates to a mining technology for digital money, and more particularly, to a mining technology of digital money, in which a PC in an idle state is digitized by mining , And a new method and system for peccarie mining which enables the increase of profit of PC room.

In general, a PC room is a place for providing a service for providing a personal computer as a terminal for a guest to pay for a guest. The customer can play games or surf the Internet using the customer terminal. The customer charges the customer according to the usage time of the customer terminal. In general, PciBang should always have the latest high-end PCs in order to increase its sales competitiveness, and it is also necessary to always maintain the latest software programs to be executed. However, PCs with high-end PCs are often unused by the customer, i.e., idle. This idle state means that there is no profit of the piano room, so the more the idle state of the customer terminal increases, the lower the profit of the piano room.

Digital money is a digitally realized currency, and cryptocurrency, which is based on encryption technology, is now widely known as a kind of digital money. Crypto-currencies, the encryption-based digital currency, first became known when Bitcoin was announced in 2009, followed by Litecoin, Namecoin, Peercoin announced in 2012, Ripple released in 2013, Dogecoin , Mastercoin, Primecoin, and Auroracoin, announced in 2014. Although digital money is a minority of users and lack of support by the state, the use of digital money is increasing due to various transaction advantages.

For example, in the case of bit coin, there are many cases where settlement is made with bit coin in stores such as the United States, Canada, China, and Japan. Recently, there is a country that imposes a tax on the bit coin transaction process by law. In addition, technologies using digital money have also been proposed. For example, a public disclosure of "Digital Credit Distribution System" in Korean Patent Publication No. 2002-0012045 (Feb. 15, 2002) And a system for paying digital credit money is disclosed.

A method of acquiring digital money such as bit coin by a general user is known as a method of using a transaction and a method of mining. The method of using the bargain is a method of purchasing the already issued bit coin. The method of mining is to receive a new bit coin from the bit coin system. Bit coin mining can be performed by anyone with a computing device capable of driving a cryptanalytic algorithm, but the disadvantage is that a relatively high-specification computing device is needed because the decryption process is not easy.

An object of the present invention is to provide a new method and system for peccariary mining that allows the PCs in the peccat's business premises to perform digital money mining when free resources are present, thereby increasing the profit of the pecs.

The above objects are provided by a method and system for peculiar digital money exploitation provided according to the present invention.

According to an aspect of the present invention, there is provided a method for mining digital money in a pecuniary system including a plurality of customer terminals and an administrator terminal for managing the customer terminals, A mining operation distribution step of receiving a mining operation from a digital money system through a communication network and distributing the mining operation to the customer terminal; A mining condition checking step of checking whether the customer terminal meets a predetermined mining condition of the operation state of the customer terminal; A mining operation performed by the customer terminal to perform the mining operation distributed from the administrator terminal if it is determined that the mining condition is satisfied; A mining condition checking step of checking whether the customer terminal meets a predetermined mining condition during operation of the mining operation; If it is determined that the mining condition is not satisfied during the mining operation, the customer terminal may include a mining operation stop step for stopping the mining operation being performed.

In one embodiment, in the mining operation distribution step, the manager terminal transmits a mining operation received from the digital money system to the customer terminals through a mining service server that distributes mining operations to a plurality of PCI systems, .

In another embodiment, the mining condition may include a case where the customer terminal is in an unused state not in use by a customer.

In another embodiment, the mining condition may include a case where at least one application program registered in advance is not being executed by the customer terminal.

In another embodiment, the mining condition may include a case where the ratio of the available resources of the customer terminal exceeds a predetermined threshold value.

In another embodiment, the mining policy including the mining condition is generated and transmitted to the customer terminal at the administrator terminal.

According to another aspect, a pecuniary digging system of digital money is a pecuniary digging system of digital money using a peculiar system including a plurality of customer terminals and an administrator terminal, wherein the manager terminal is connected to a digital money system Wherein the customer terminal is configured to receive the mining operation, distribute the received mining operation to the plurality of customer terminals, and transmit the mining operation result completed by the customer terminal to the digital money system, And to perform the mining operation received from the administrator terminal when the condition satisfies a predetermined mining condition.

In one embodiment, the administrator terminal may be configured to distribute mining operations received from the digital money system to the customer terminals via a mining service server that distributes the mining operations to a plurality of PCI systems .

In another embodiment, the mining condition is a state in which the customer terminal is not in a state used by a customer but is in an unused state, and at least one application program registered in advance is not being executed by the customer terminal , A case where the ratio of the available resources of the customer terminal exceeds a predetermined threshold value.

As described above, according to the present invention, since the business PCs of the PC, that is, the customer terminals are in the idle state or have the resources, the digital money is mined. Therefore, In addition to profits from the addition of digital money to generate profits by providing a remarkable effect.

1 is a block diagram illustrating a typical computer network of a picnic;
FIG. 2 is a block diagram illustrating a digging process of a general encryption-based digital currency. FIG.
FIG. 3 is a block diagram illustrating a mining process using a mining pool of a general encryption-based digital currency. FIG.
FIG. 4 is a flow chart illustrating a method for digging a penny of digital money according to another embodiment of the present invention. FIG.
5 is a block diagram illustrating a pecuniary mining system for digital money in accordance with one embodiment of the present invention.
6 is a block diagram illustrating a pecuniary mining system for digital money in accordance with one embodiment of the present invention.
7 is a block diagram illustrating a pecuniary mining system for digital money in accordance with another embodiment of the present invention.

1 schematically illustrates a typical pacing system 10; The PC system 10 typically has a form in which a plurality of personal computers (PCs) are connected by a local area network within a single store. These PCs are mostly customer terminals 14 provided for use by customers. The customer terminals 14 are connected to the administrator terminal 12. Management for the pci office is typically performed by interaction between applications such as the management console 120 installed on the administrator terminal 12 and the management client 140 installed on each of the customer terminals 14 .

In general, the management client 140 transmits important usage information such as a list of applications currently being executed in the installed customer terminal 14 to the management console 120, or conversely receives a command from the management console 140, Provides the ability to run or install specific programs. In addition, the management console 120 and the management client 140 may cooperate to calculate the fee by counting the usage time of the customer. Each customer terminal 14 has unique identification information such as a number. When using the specific customer terminal 14, the customer can log in using the registered membership number or the temporary membership number. The management client 140 of the customer terminal 14 counts the use time by checking that the specific customer logs in for use, logs out after use, and the like, And transmitted to the console 120.

Sales of such a system using the PICBAN system 10 showed a rapid growth due to the popularity of the high-speed Internet network and popularity of online games. However, in recent years, market saturation has made it difficult to secure profitability. This is a continual upgrade demand for high-end hardware, which is the biggest profitability deterioration factor in PC operation. Because the PCs constituting the PC system 10 use ordinary individuals as their customers, they must be managed so as to always maintain high-level rather than PCs owned by ordinary individuals at home. Also, customers who use PCs use PCs in their spare time, so in the morning or at night, idle PCs in stores are not used by customers. Therefore, in order to increase the profitability of the PC, it would be advantageous to provide a method of generating additional profit by utilizing the idle state of such a high-end PC.

Figure 2 is a block diagram illustrating a conventional digital money mining system 20. The illustrated mining system 20 shows an example in which the personal computer 22 receives mining operations directly from the digital money system 26 and performs mining operations.

Digital money is managed through a digital wallet 24 and is generally implemented in software and stored in a storage device of a computer. The digital wallet 24 stores a public key generated according to a predetermined encryption algorithm ), Which is used to identify an object to send digital money, such as an account number used for bank transfer transactions, that is, digital money moves from one digital wallet to another digital wallet. In the following, 'digital money' refers to digital money based on encryption.

There are various kinds of digital money such as bit coin, light coin, name coin, and peer coin according to the encryption algorithm to be used. It is not a specific person or a company, but everyone uses computer equipment, Can be acquired in such a manner as to solve the problem. That is, the specific digital money system 26 that manages the issuance of digital money with a specific mathematical encryption algorithm is not a system operated by a specific individual or a company, and the computers of all the individuals who own the digital money have a communication network Peer-to-peer (P2P) network.

In other words, the digital money is managed through the digital money system 26, which is a P2P network, and can provide mining operations to the mining module 220 performed on the personal computer 22. The mining operation is a mathematical operation that generates a hash value (hash) that meets the conditions presented by the digital money system 26. When the mining module 220 performs the mining operation and transmits the resulting hash as a mining operation result to the digital money system 26, the digital money system 26 converts the new digital money into mining modules To the digital wallet 24 associated with the digital wallet 220.

The mining module 220 is an application that performs mining operations disclosed by the digital money system 26. The digital money system 26 discloses a mathematical encryption algorithm related to digital money. Anyone can develop a variety of mining applications to solve these open algorithms, or they can choose from already available mining programs.

Due to the nature of the mining operation, pooled mining, which takes advantage of computers with a number of high-performance central processing units (CPUs) or graphics processing units (GPUs), is required to generate revenue. Supporting mining pool servers are also available in a variety of formats and can be used directly or integrated with other programs.

FIG. 3 illustrates a mining system 30 in which a mining operation is performed via a mining pool server. In the mining system 30, the individual terminal 38 can access the mining pool server 34 through a communication network, join as a member, and create a personal digital wallet (not shown). Then, the mining module 340 provided by the mining pool server 34 may be downloaded and installed, and mining operations provided by the mining pool server 34 may be performed, and the results may be transmitted to the mining pool server 34. The mining pool server 34 divides the mining work given from the digital money system 32 into small pieces and distributes the mined work to the members, collects mining operation results received from the members, and transmits the collected mining results to the digital money system 32, New digital money may be issued to the server digital wallet 36 associated with the pool server 34. [ The mining pool server 34 may then distribute the digital money from the server digital wallet 36 to the personal digital wallet according to the contribution of the members.

Digital money acquired in this way can be exchanged through the Internet for other currencies (eg, US dollars, Japanese yen, Korean won, etc.) or used for purchasing goods or services directly. In recent years, there has been a market in Korea that creates real economic value related to digital money, such as a site that provides a service that allows users to settle in a bit coin or exchange money in a Korean currency. In the case of PCs, there is a wealth of high-end hardware resources suitable for digging digital money, compared to the personal computer equipment installed in the home. Therefore, it would be advantageous to dig up digital money by efficiently using idle equipment that is not used by customers in PISCO.

Therefore, a method and system for pecuniary digital money mining provided in accordance with aspects of the present invention are provided. The pager system may include a plurality of client terminals and an administrator terminal for managing the client terminals.

In this specification, a PC room means a business type in which a store is operated to provide a personal computer to a customer's use. Therefore, the customer terminal and the manager terminal of the PC can be regarded as a personal computer (PC). Although the personal computer in the following description is an example of a desktop PC, the scope of the present invention is not limited thereto, and may include various personal computers such as a laptop PC, a handheld type PC, a tablet PC, It is obvious. Also, it is obvious that the PCs of the PC are usually connected by a communication network such as a wired LAN, but they may also be connected by a wireless communication network.

According to the embodiments of the present invention, the customer terminals of the pager system can be configured to perform the mining operation only when the predetermined condition is satisfied. For example, a mining operation can be performed when there is sufficient resource available for a mining operation even if the customer terminal is not being used by the customer and / or is being used by the customer.

For example, when the state of the customer terminal is not in a state of being used by a customer but in an unused state, the customer terminal may include a case where the customer is not logged in for use, or a case where the customer is not in business hours. The customer terminal of the customer usually logs in using the member number or temporary membership number registered in advance by the customer and logs out after that, and the use time is counted. Therefore, it is possible to configure whether or not the specific customer terminal checks the unused status of the customer terminal by checking whether or not the log-in by the customer member number is made, and perform the mining operation. In addition, since the customer terminal can be regarded as not being used by the customer in the time zone other than the business hours of the customer, the mining operation can be configured to be performed at a specific time.

On the other hand, even if the customer uses the customer terminal, there may be a case where there is sufficient free resource to perform the mining operation. For example, a customer who only enjoys internet surfing that does not require a lot of CPU or GPU processing will be able to enjoy surfing the Internet without any inconvenience, even if mining is being done in the background. Therefore, for example, it is possible to configure the mining operation to be performed by checking a case where at least one application program registered in advance is not being executed by the customer terminal. In this case, the application program whose execution status is checked may include a game title, a video player application, etc., which require a great deal of CPU or GPU processing. In addition, the case where the ratio of the available resources of the customer terminal exceeds a predetermined threshold value can be checked. For example, if the processing of applications currently running on a customer terminal occupies 50% or less of the GPU's processing capacity, the ratio of available resources exceeds a predetermined 50% .

In the above example, the threshold of the ratio of spare resources is 50%, but this is only an example. Since the performance of the PC provided in the PC varies, it is needless to say that the threshold value, which is a criterion for judging that the mining operation is possible, can be variously set according to the specification of each PC.

The mining conditions as described above, that is, the check of the customer login, the registered application list, the threshold value of the marginal resource ratio, etc., may be generated as mining policy in the administrator terminal and then transmitted to the customer terminal whenever necessary. Alternatively, it may be configured as a mining policy that can be set at each customer terminal. As a further alternative, they may be hard-coded and embedded within a mining program installed in each customer terminal.

The mining condition is a criterion for detecting the idle resource to the extent that the customer terminal of the customer can perform the mining operation. Therefore, it is desirable that the mining conditions allow the operator to appropriately set the machine room. For example, the operator can set mining conditions for the entire customer terminals as appropriate according to the hardware specifications of the customer terminals, the status of the installed software, and the customers' have. Additionally or alternatively, the PI operator may set the mining conditions individually for each of the customer terminals.

According to the embodiments of the present invention, the mining operations to be performed by the customer terminals of the picnic system are distributed by the administrator terminal, the mining operation results performed by the customer terminals are collected by the administrator terminal, And can be transmitted to a mining pool server or a digital money system through a communication network. In this specification, the administrator terminal of the paging system is illustrated as being one, but this is merely for convenience of explanation. Actually, the administrator terminal may include a plurality of PCs according to the size of the PC, and such an example is also included in the scope of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to FIGS. 4 to 7 attached hereto.

Referring to FIG. 4, there is shown a method 400 of pecans according to one embodiment of the present invention. The pecuniary mining method 400 may be initiated 401 by receiving a mining operation from a management console of an administrator terminal in a management client of customer terminals in a pico system.

In order to perform the mining operation, the customer terminal must know the mining policy, respectively. The customer terminal must also include a mining module to perform mining operations. The mining policy can be received at the customer terminal from the manager terminal together with the mining operation. Alternatively, the mining policy may be set and stored in the customer terminal. Alternatively, the mining policy may be hard-coded and embedded within a mining module installed in the customer terminal. According to the present invention, it is also possible that the mining policy and mining module are simultaneously transmitted from the manager terminal to the customer terminal together with the mining operation.

The mining policy defines the mining conditions that allow the customer terminal to check whether the condition of the terminal is suitable for mining operations. For example, the mining policy may include a check of customer login, a list of registered applications, thresholds of free resource ratios, and the like.

Then, the customer terminal checks whether the mining condition is established (405) while the mining module is in a standby state (403) if the mining module is not driven. The mining condition checking step 405 may be performed periodically at predetermined time intervals. If the mining condition is not established (No in 405), the mining module is kept in an unactuated state and is waiting until the next check time. When the mining condition is established (Yes in 405), the mining module is driven to start the mining operation (407). In the step 409 where the mining module is driven and the mining operation is performed, it may be a process of executing a cryptographic algorithm to find a predetermined hash value. If a hash value is found, the customer terminal can transmit the found hash value to the administrator terminal.

During the mining operation, it may also be checked periodically, or whether the mining condition is not established in an interrupt manner (411). For example, whether or not the mining operation can be continued can be periodically checked. Or the CPU occupancy rate can be checked periodically. Or whether the customer is logged in. If the customer finds a login event (NO at 411), this login event may interfere with the execution of the mining operation by interrupting the mining operation (413).

On the other hand, if a mining operation is received while the mining module is continuously performed, the received mining operation can be executed by the mining module that is currently operated without a separate check process.

In the above-described embodiment, a mining policy including at least one mining condition for performing or stopping the mining operation can be set and inquired through the administrator terminal. In an alternative embodiment, the mining policy or mining conditions may also be implemented in a direct hard coding manner so that the mining policy or mining conditions can be preconfigured or updated in a management client or mining module installed in each customer terminal .

The paging system can be generally considered to be a distributed computing environment including a plurality of customer terminals operated by an administrator terminal. Generally, a mining pool system is known to efficiently mined digital money in a distributed manner, and a pecan mining method employing such a mining pool system can be implemented. For example, a manager terminal of a picnic system may receive mining work content from a digital money system or mining operations from a mining pool server connected to a digital money system. Then, the administrator terminal divides the received work into smaller units, distributes the divided work to one or more mining modules (customer terminals), receives mining operation results from the mining modules and collects them, The result of the work can be transferred to the digital money system.

Referring to FIG. 5, an example of a connection between a manager terminal 51 and a customer terminal 52 in a pivoted mining system 50 is shown schematically. The management console 510 installed in the administrator terminal 51 may generate a mining policy 580 including at least one mining condition. The mining operations at the customer terminal 52 may be initiated or terminated according to a predefined mining policy 580 which may include one or more defined mining operations that can drive the mining module 220, And may include mining conditions.

For example, a mining condition may be used when the user computer where the system is installed is not used by the customer, or when the system's hardware resources are below a certain level (for example, between 3 am and 6 am) And when it is being used.

Referring to FIG. 6, the pecific mining system 50 includes an administrator terminal 51 and a plurality of customer terminals 52. The management console 511 of the administrator terminal 51 may be configured to load the mining pool 511 and control the mining module 521 included in the management client 521 driven by each customer terminal 52 have. The PC store owner can create the digital wallet 512 through the management console 210 or connect with the digital money system 53 to receive the mining operation and transmit the mining operation result.

In the administrator terminal 51, the management console 510 can transmit the mining policy 580 illustrated in FIG. 5 and the information related to the digital mining operation of the mining pool 511 to each management client 520. The mining pool 511 of the management console 510 can receive mining operations from the digital money system 53 and divide the received work into smaller units.

At each customer terminal 52, the management client 520 may receive the mining policy 580 and receive information related to the digital mining operations of the mining pool 511. [ The management client 520 may check whether the mining condition 580 defined periodically is established. When the mining condition 580 is satisfied, the mining module 521 may be driven to request and receive a split operation. Alternatively, the checking step of the mining conditions may be performed after the split work receiving step. The mining module 521 may then perform the received split operation. If a result of the mining operation occurs such that a hash value is found, the mining operation result can be transmitted to the mining pool 511.

Then, at the manager terminal 52, the mining pool 511 can collect the mining operation results and transmit the collected work results to the digital money system 53. The digital money system 53 may then issue digital money to the digital wallet 512 associated with the management console 510.

According to the embodiment of the present invention, the manager of the PC room store continuously monitors the driving status of the mining module 521 for each management client 520, the mining status, or the profit status And the like can be collectively checked. In general, the mining pool implementation provides a simple programming interface (API) for monitoring and statistical functions as described above. When the PC room management system according to the present invention is implemented, the management console 510 is extended to use a programming interface The above-described functions can be easily implemented.

Referring to Fig. 7, an example of a system including a mining service server 720 connected to a plurality of pockets 710 in an expanded form, as shown in Fig. 6, is shown. This example is an embodiment of a manner of incorporating one or more PC room stores.

In this example, the mining service server 720 can register a plurality of PCI systems 710 as members and manage related information as member company information 721. The member company information 721 may include data necessary for management and statistics such as identification information of each member company, a digital wallet account of a member company, and the mining performance of each member company by date. The mining service server 720 also includes a server management module 722 for managing mining operations of member companies. The server management module 722 includes a mining pool 723 that receives and divides mining operations from the digital money system 73 and then distributes the mining operations to the member company's pacing system 710.

Each member company PC system 710 includes an administrator terminal 711 including a management console 712 and a plurality of customer terminals 713 connected thereto. Each customer terminal 713 includes a management client 714 and a mining module 715.

In this example, at the mining service server 720, the server management module 722 receives jobs from the digital money system 73 via mining pool 723. The mining pool 723 divides the received work into smaller units. In the administrator terminal 711 of each member company, the management console 712 communicates with the server management module 722 through the previously set access information, authenticates using the member company identification information unique to the PC room, can do. The management console 712 may then create a mining policy and partition the received partitioned work into smaller jobs. The management console 712 may then send mining operations to the customer terminal 713. Each customer terminal 713 performs mining through a mining module 715 linked to the management client 714 and transmits the mining operation result to the manager terminal 711 in the same manner as in the embodiment of Fig. do. The mining service server 720 transmits the mining results collected from the customer terminals to the digital money system 73. The mining service server 720 transmits the mining results collected from the member companies to the digital money system 73 The digital wallet 724 receives the digital money.

The mining service server 720 stores the mining achievements of the respective member companies in the member company information 721. According to the present invention, the performance information of the member companies can be configured as a separate web server and provided to the PC room member company and the mining service server manager in the form of a web application program. Depending on the business model, a commission may be imposed based on the performance information, or the compensation may be paid to the member company in proportion to the amount of the mined. If such compensation takes the form of digital money, a digital wallet (not shown) linked to the management console 711 of each member store in the digital wallet 724 linked to the server 720 automatically It is also possible to configure to pay the compensation amount.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications, and variations will be apparent to those skilled in the art. Therefore, it should be pointed out that the scope of the present invention is not limited to the described embodiments, but should be construed according to the appended claims.

50: Reclaiming System
51:
52: Customer terminal
53: Digital money system
510: Pocket PC Management Console
511: Mining Pool
512: Digital Wallet
520: Pci management client
521: mining module
580: Mining policy

Claims (9)

1. A method for mining digital money in a pci-system including a plurality of customer terminals and an administrator terminal for managing the customer terminals,
A mining operation distribution step of receiving the mining operation from the digital money system through the communication network and distributing the mining operation to at least one customer terminal;
A mining condition checking step of checking whether the customer terminal meets a predetermined mining condition of the operation state of the customer terminal;
A mining operation performed by the customer terminal to perform the mining operation distributed from the administrator terminal if it is determined that the mining condition is satisfied;
A mining condition checking step of checking whether the customer terminal meets a predetermined mining condition during operation of the mining operation;
If it is determined that the mining condition is not satisfied during the mining operation, the customer terminal performs a mining operation stop step for stopping the mining operation being performed
The method comprising the steps of: The method according to claim 1,
In the mining operation distribution step,
Wherein the manager terminal distributes mining operations received from the digital money system to the customer terminals via a mining service server that distributes mining operations to a plurality of PCI systems
Wherein said method comprises the steps of: The method according to claim 1,
The mining condition includes a case where the customer terminal is in an unused state not in use by a customer
Wherein said method comprises the steps of: The method according to claim 1,
The mining condition includes a case in which at least one application program registered in advance is not being executed by the customer terminal
Wherein said method comprises the steps of: The method according to claim 1,
The mining condition may include a case where the ratio of the available resources of the customer terminal exceeds a predetermined threshold value
The method comprising the steps of: The method according to claim 1,
And a mining policy including the mining condition is generated in the administrator terminal and transmitted to the customer terminal
Further comprising the steps of: There is provided a system for digesting digital money using a PC system including a plurality of customer terminals and an administrator terminal,
Wherein the manager terminal receives mining operations from a digital money system via a communication network, distributes the mining operations received to at least one customer terminal, and sends results of the mining operations completed by the customer terminal to the digital money system Lt; / RTI >
Wherein each of the customer terminals is configured to perform the mining operation received from the administrator terminal when its state satisfies a predetermined mining condition
Wherein the digging system of digital money is a digging system. 8. The method of claim 7,
Wherein the manager terminal is configured to distribute a mining operation received from the digital money system to the customer terminals via a mining service server that distributes the mining operation to a plurality of PCI systems
Wherein the digging system of digital money is a digging system. 8. The method of claim 7,
The above-
When at least one application program registered in advance is not being executed by the customer terminal when the customer terminal is in an unused state not in use by the customer, At least one of the cases where the predetermined threshold value is exceeded
Wherein the system comprises: a digital money coking system.

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