KR102594578B1 - Operating system and method for game rauncher - Google Patents

Abstract

The present invention relates to a game launcher operating system and method that is installed on a user terminal and runs a game launcher that makes the user's game play more valuable by granting mining rewards according to the ability of the user's unique NFT according to the user's game play, A user terminal that runs a game listed in the game library while the user designates one of the unique NFTs held by the user as a mining NFT and measures the play time of the game launched through the game launcher; And, upon request from the user terminal running the game launcher app, a unique NFT is provided, and the play time of the game measured from the user terminal is transmitted according to the execution of the game through the mined NFT on the user terminal. If the game time exceeds the compensation standard, Platform servers that provide mining rewards; It is characterized by including.

Description

Game launcher operating system and method {OPERATING SYSTEM AND METHOD FOR GAME RAUNCHER}

The present invention relates to a game launcher operating system and method, and more specifically, to a game launcher operating system and method, which is installed on a user terminal and grants mining rewards according to the ability of the user's unique NFT according to the user's game play, making the user's game play more valuable. This relates to a game launcher operating system and method in which the launcher runs.

Recently, as computer-related information and communication technology develops, the gaming industry is also developing rapidly. Conventional computer games were mainly arcade games or video games with simple plots, but with the development of multimedia technology and network technology, games of a completely different level than before are being developed one after another. In particular, the spread of high-speed Internet and wireless Internet has become an opportunity to dramatically develop the gaming industry by creating a new gaming field called mobile gaming, and users' gaming activities have also shifted from existing PCs (personal computers) to mobile devices such as smartphones. It is moving to device-based.

Additionally, recently, various online/mobile games are offering events that provide rewards in proportion to users' game access time. By allowing users to spend more time playing games, the goal is to increase each user's game usage rate and increase interest in and loyalty to the game.

However, in the past, reward events based on accumulated access time to games were implemented so that access time was accumulated over actual time and compensation was provided uniformly based on this, so users received compensation in addition to increasing actual access time. There was no other way to receive it quickly. As a result, there was a problem that it was difficult to arouse and maintain interest in the event.

In particular, since rewards were provided simply based on accumulated access time, there is an advantage in that all users are given equal opportunities for compensation, but it does not provide different opportunities depending on each user's in-game activities or each user's conditions, and does not provide active There was a problem in which faster or better compensation was not provided to users who participated in the game.

Meanwhile, the way to secure a user group for a game is to initially secure initial users using general promotional methods such as product advertisements, and if those with experience in the game are interested, gradually encourage them to use the game to their relatives. It relied on expanding the size of the user group. In particular, in mobile games, where numerous games have already been released, due to their nature, large-scale advertising or huge promotional costs are spent each time a new game is released, but these advertisements and promotions are carried out without accurate user targeting. There are clear limits to the effectiveness of enforcement.

The present invention was created to solve the above problems, and its purpose is to run a game launcher that makes the user's game play more valuable by granting mining rewards according to the user's unique NFT ability according to the user's game execution. The goal is to provide a user terminal, its operating method, and a platform system that supports it.

According to the present invention, a game launcher app is run, and the user designates one of the unique NFTs held by the user as a mining NFT, runs the game listed in the game library, and measures the play time of the game executed through the game launcher. a user terminal; And, upon request from the user terminal running the game launcher app, a unique NFT is provided, and the play time of the game measured from the user terminal is transmitted according to the execution of the game through the mined NFT on the user terminal. If the game time exceeds the compensation standard, Platform servers that provide mining rewards; It provides a game launcher operating system comprising:

Preferably, the mining reward provided from the platform server to the user terminal is a dedicated token, and the dedicated token is managed in the user electronic wallet of the game launcher and is exchanged with another held token, exchanged with an external commercial token, or external electronic token. It is characterized in that it is sent to a wallet or used as payment for goods and services.

Preferably, the platform server collects information on user-installed game applications and user game execution data from the game library of the game launcher.

Preferably, the platform server further collects information about whether or not each game is executed and mining compensation according to execution for each game from the game launcher.

Preferably, the platform server generates target marketing information by analyzing collected information on user-installed game applications, user game execution data, whether each game is played, and mining reward information according to execution.

According to the present invention, there is an effect of making the user's game play more valuable by granting mining compensation according to the ability of the user's unique NFT according to the user's game play.

In addition, the platform that operates the game launcher includes the user's launcher download, game installation, game deletion, membership registration information, attendance check, game play time, usage time by game, usage pattern by game, level achievement, mission achievement, etc. By being able to collect and analyze usage tendency data, it also has the effect of providing this analyzed information to game companies releasing games to support accurate target marketing for game companies.

1 is a diagram for explaining the overall platform system according to an embodiment of the present invention.
Figure 2 is a diagram for explaining the internal configuration of a user terminal according to an embodiment of the present invention.
Figure 3 is a diagram for explaining the internal configuration of a launcher driver in a user terminal according to an embodiment of the present invention.
Figure 4 is a flowchart illustrating a method of driving a game launcher of a user terminal according to an embodiment of the present invention.
Figure 5 is a diagram for explaining the internal configuration of a platform server according to an embodiment of the present invention.
Figure 6 is a diagram for explaining the internal configuration of the NFT reinforcement unit of the platform server according to an embodiment of the present invention.
Figure 7 is a diagram for explaining the internal configuration of the NFT state recovery unit of the platform server according to an embodiment of the present invention.
Figure 8 is a diagram for explaining the game library window among the screens of the game launcher according to an embodiment of the present invention.
Figure 9 is a diagram for explaining the NFT market window among the screens of the game launcher according to an embodiment of the present invention.
Figure 10 is a diagram for explaining the NFT library window among the screens of the game launcher according to an embodiment of the present invention.
Figure 11 is a diagram for explaining the electronic wallet window among the screens of the game launcher according to an embodiment of the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention. While describing each drawing, similar reference numerals are used for similar components.

Terms such as first, second, A, and B may be used to describe various components, but the components should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another. For example, a first component may be named a second component, and similarly, the second component may also be named a first component without departing from the scope of the present invention. The term and/or includes any of a plurality of related stated items or a combination of a plurality of related stated items.

When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be. On the other hand, when it is mentioned that a component is “directly connected” or “directly connected” to another component, it should be understood that there are no other components in between.

The terms used in this application are only used to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and unless explicitly defined in the present application, should not be interpreted in an ideal or excessively formal sense. No.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the attached drawings.

1 is a diagram for explaining the overall platform system according to an embodiment of the present invention.

The platform system according to an embodiment of the present invention runs a game launcher app, supports the creation of a user's unique NFT, and allows the user to create his or her game listed in the game library while designating one of the user's unique NFTs as a mining NFT. A user terminal (100) that grants mining compensation according to the abilities of the unique NFT when running the game and playing the game for a time exceeding the compensation standard, and a user who downloads the game launcher app to the user terminal (100) and runs the game launcher app. The user's unique NFT is provided upon the production request of the terminal 100, and if the game time through the user's unique NFT exceeds the compensation standard, a compensation token is provided as a mining reward, and the user's game library information, game play information, and mining and compensation information It may be configured to include a platform server 200 that collects and analyzes to generate target marketing information.

Additionally, the platform system according to an embodiment of the present invention may further include an application providing server 300 to which the user terminal 100 can access and download the game launcher app.

The game launcher according to an embodiment of the present invention is an application installed on the user terminal 100 and executed by the user terminal 100.

Basically, the game launcher collects the execution information of all games that the user has downloaded and is running through a separate channel, lists and displays them in its own game library, and allows the user to select and run a specific game within the game library. During this process, the game launcher can collect information (game name, game genre, etc.) about the game installed by the user. Additionally, the game launcher can collect the user's game execution data (membership registration, attendance check, billing record, play time, game record, level achievement, mission achievement, etc.).

The game launcher also supports users to create their own unique NFTs. In addition, the game launcher allows the user to run the game while designating one of the user's unique NFTs as the mining NFT, measures the game play time, and plays the game for a time exceeding the compensation standard preset for the designated unique NFT. Mining rewards are granted to users based on the unique NFT's capabilities. Therefore, users who enjoy the game will strive to receive more mining rewards by creating and strengthening unique NFTs with higher abilities and levels. In addition, these unique NFTs can be used not only by the creator, but also by leasing them to others.

Here, mining rewards granted by the game launcher may be provided as virtual tokens. Virtual tokens can be accumulated and managed in the user's electronic wallet within the game launcher and can be used to create, strengthen, and repair unique NFTs. Furthermore, the game launcher supports exchanging virtual tokens given as mining rewards for other commercial virtual tokens.

In the platform system according to an embodiment of the present invention, a plurality of user terminals 100 run a game launcher and connect to the platform server 200 through an information and communication network.

The user terminal 100 is an end-user computer that connects to the platform server 200 through an information and communication network. It is preferably a laptop computer or a handheld PC, but is not necessarily limited thereto, and data is transmitted through a network. It should be interpreted to include all information and communication terminals capable of sending and receiving. Accordingly, a smartphone, cellular phone, PCS, or PDA can also serve as the user terminal 100.

In addition, the user terminal 100 is a typical system component, and is a web browser (web browser) that loads a web page based on a URL (Uniform Resource Locator), interprets the HTML (Hyper-Text Markup Language) code, and displays it on the monitor. browser) program and an operating system (OS: Operating System) program that manages and controls the computer system as a whole.

In particular, the user terminal 100 is preferably a mobile terminal such as a smartphone or tablet PC with enhanced mobility and individuality.

Figure 2 is a diagram for explaining the internal configuration of a user terminal according to an embodiment of the present invention.

Referring to FIG. 2, the user terminal 100 is managed by the user and includes a communication unit 110, an input unit 120, an output unit 130, a timer unit 140, a GPS unit 150, and an application unit 160. ), may be implemented to include a launcher driver 170 and a terminal control unit 180, but the configuration shown in FIG. 2 is only a simple example, and the user terminal 100 may be implemented to further include other general-purpose configurations. there is. Hereinafter, the operations of each component included in the user terminal 100 will be described in detail.

The communication unit 110 is a means of transmitting information or data processed within the user terminal 100 to an external server or device through a network. Conversely, the communication unit 110 may receive data, values, and information from outside the user terminal 100. The communication unit 110 may perform wired or wireless communication, and may be equipped with an antenna to improve the efficiency of transmitting and receiving wireless signals. In particular, the communication unit 110 is connected to the platform server 200 through an information and communication network.

The input unit 120 is configured to receive input from the user. The input unit 120 includes a touch recognition unit for detecting the user's touch input through the strength of pressure or the strength of an electric signal, a voice recognition unit for receiving the user's voice input through a microphone, and a user interface through various types of physical buttons. It may include a button recognition unit for receiving an input. In particular, the touch recognition unit is capable of detecting various types of user input such as touch input, drag input, swipe input, and zoom-in/zoom-out input detected through the touch screen. The button recognition unit can receive the user's input by detecting the intensity and length of pressure applied to the physical button.

The output unit 130 is configured to output data or results processed within the user terminal 100 to the user. The output unit 130 includes a display unit to provide visual information to the user, an audio output unit to provide auditory information, and a push unit that periodically/non-periodically displays information and messages related to the game launcher to the user depending on the settings. It may include a notification unit, and although not shown in FIG. 2, it may further include a haptic module for feedback vibration to the user. If the display unit included in the output unit 130 is implemented integrally with the touch recognition unit of the input unit 110 described above, it may be implemented as a touch screen.

The timer unit 140 provides time information to the launcher driver 170 so that the game play time of the game executed through the game launcher can be measured. Using this time information, the launcher driver 170 measures the game play time.

The GPS unit 150 provides location information of the user terminal 100 running the game through the game launcher to the launcher driver 170. In this way, location information collected by time unit while the game is running can be used to read abusing game play.

The application unit 160 manages applications installed on the user terminal 100. The application unit 160 can provide all applications, including games downloaded and installed by the user. The application unit 160 stores values, information, and data processed in the application and provides them upon request from the launcher driver 170.

The launcher driver 170 collects execution information of game applications among the applications managed by the application unit 160, lists and displays them in its own game library, supports the creation of a user's unique NFT, and allows the user to create his or her own NFT. If you designate one of the NFTs as a mining NFT and run your game listed in the game library and play the game for a period of time longer than the compensation standard, you will be given a mining reward according to the abilities of the unique NFT.

The terminal control unit 180 generally controls the components of the user terminal 100 so that the user terminal 100 functions according to its purpose. For example, the terminal control unit 180 may process user input received through the input unit 120 and provide the result to the user through the output unit 130.

Figure 3 is a diagram for explaining the internal configuration of a launcher driver in a user terminal according to an embodiment of the present invention.

The launcher driving unit 120 includes a login unit 171a, a membership registration unit 171b, a game library unit 172, a unique NFT sales unit 173a, an NFT library unit 173b, an NFT reinforcement unit 173c, and an NFT status. It may be configured to include a recovery unit 173d, a game execution unit 174, a mining management unit 175, a compensation unit 176, an electronic wallet unit 177, and a token transaction unit 178.

The login unit 171a receives the user's member information and proceeds with the logon process, and through this logon approval, the user can use the functions of the game launcher app as an approved member.

The membership registration unit 171b receives member authentication information and personal information of a user using the installed game launcher app and transmits it to the platform server 200 to support membership registration for the service.

The game library unit 172 stores information on applications belonging to the game category among the applications installed by the user in the application unit 160 and the user's game execution data (membership registration, attendance check, billing record, play time, game record). , level achievement, mission achievement, etc.) are collected and transmitted to the platform server 200, while the execution icons (shortcuts) and executable files of applications belonging to the game category are listed to form a game library window.

In this way, the individual user's installed game list and game execution data transmitted to the platform server 200 will be analyzed by the platform server 200 and used as data to generate target marketing information.

And an example of the game library window among the screens of the game launcher is shown in FIG. 8.

Referring to FIG. 8, in the game library window, the execution menu and mining compensation information for each application belonging to the game category among the applications installed on the user terminal 100 are displayed and listed.

Therefore, users will be able to check all the game applications they have installed at a glance and run them right away through this game library window, rather than having to search for each game's execution menu scattered throughout the app list screen. Additionally, during this process, users will be able to easily select a game with favorable rewards by checking the mining reward information displayed along with the execution menu of each game in advance.

Here, mining rewards are given to users when they play the game for more than the specified reward standard time while holding their own unique NFT (Non-Fungible Token).

In other words, the act of playing a game for a certain reward standard time is mining.

The unique NFT is created by imaging a vehicle and is a user's asset with non-overlapping uniqueness, which will be explained in detail later.

The compensation standard time refers to the time at which mining compensation can be received, and is specified in hours. This compensation standard time may be specified differently for each game. Additionally, this compensation standard time may be specified differently depending on the user's unique NFT. Additionally, this compensation standard time may be specified differently depending on the campaign or event.

The mining reward may be accumulated as a dedicated token in the electronic wallet of a user who plays the game for more than the compensation standard time, or may be given as an NFT reinforcement item. The dedicated token may be a PER token or an XPER token, which will be explained in detail later.

The unique NFT sales unit 173a sells the user to the user by offering a price through the NFT market window so that the user can hold the user's unique NFT for mining compensation. Users can have one or more unique NFTs, and can play the game by designating one of these unique NFTs as the mining NFT. To purchase such unique NFTs, users can spend their dedicated tokens (PER, XPER).

Here, the unique NFT is created by imaging a car and is a user's asset with non-duplicate uniqueness. The car was chosen as the image of a unique NFT with the intention of being able to cross games with different worldviews. All unique NFTs exist as unique values with their own design and abilities.

Users can have one or more unique NFTs, and can receive mining rewards by playing the game while designating one of their unique NFTs as the mining NFT. You can play the game without this unique NFT, but mining based on gameplay will be limited. Therefore, the more unique NFTs you have and the more you grow them, the higher mining efficiency will be.

Such unique NFTs are produced and registered on the platform server 200 on their own or at the request of an external partner, and the user terminal 100 displays the appearance and conditions of the unique NFTs through the NFT market window among the screens of the game launcher. You can check and purchase at the specified price.

The unique NFT produced on the platform server 200 has a plurality of representative properties and has a unique car image property.

The representative attributes are serial number, type, grade, plus mark, speed, luck, energy, durability, and gem socket. ), condition, mileage, cumulative breeding count, parent and child information, and seal.

Additionally, the car image attribute is an image of the combination of each part that makes up the car.

An example of the NFT market window among the screens of the game launcher is shown in Figure 9.

Referring to Figure 9, in the NFT market window, information such as serial number, vehicle model, level, ability, number of minting, etc. and price information are displayed and listed along with the NFT's unique image for each of the NFTs that the user can purchase. .

Therefore, through this NFT market window, users can check at a glance the conditions of the unique NFTs they can purchase and purchase one of them at a specified price. In particular, during this process, users will be able to easily select the unique NFT that suits them by checking the conditions (abilities, etc.) and prices of each unique NFT in advance.

The NFT library unit (173b) configures an NFT library window by listing the user's unique NFTs purchased from the unique NFT production and sales unit (173a).

An example of the NFT library window among the screens of the game launcher is shown in Figure 10.

Referring to Figure 10, in the NFT library window, information such as serial number, vehicle model, level, ability, condition, mileage, number of minting, etc. is displayed and listed along with the NFT's unique image for each unique NFT held by the user. there is.

Therefore, users can check the status of their unique NFTs at a glance through this NFT library window and designate one of them as a mining NFT to play the game. In particular, during this process, users will be able to easily select unique NFTs with high mining efficiency by checking the status (level, ability, condition, mileage, etc.) of each unique NFT in advance.

The NFT strengthening unit 173c strengthens the user's unique NFT purchased from the unique NFT production and sales unit 173a.

Strengthening a unique NFT can be achieved by changing the representative properties of the NFT.

The representative attributes may include serial number, vehicle model, grade, plus mark, speed, luck, energy, durability, gem socket, condition, mileage, cumulative number of breedings, parent and child information, and seal.

The platform server 200 manages the representative properties of the unique NFT in a metadata DB, and connects this metadata DB and the unique NFT with a metadata URL. Therefore, the platform server 200 can strengthen the unique NFT by modifying the value for each representative attribute of the metadata DB according to the user's use of the unique NFT.

Additionally, strengthening a unique NFT can be achieved by changing the gem of the socket held by the NFT.

Every unique NFT has at least one socket where gems can be installed, and users can install the acquired gem items into the socket.

Depending on the type (color) of the jewelry item mounted on this socket, the platform server 200 can strengthen the unique NFT by increasing or decreasing the value of the representative attribute.

Additionally, strengthening of unique NFTs can be achieved through NFT breeding.

Breeding is a function that produces a new enhanced unique NFT (child) using two unique NFTs (parents) owned by the user.

For the two unique NFTs selected by the user, the platform server 200 changes the cumulative number of breedings and parent and child information among the representative properties of the parent NFT, creates a new child NFT that is stronger than the parent NFT, and provides it to the user.

Additionally, strengthening the unique NFT can be achieved through the evolution of the NFT.

Evolution is a function that produces new enhanced unique NFTs by burning (deleting) multiple material NFTs of the same grade held by the user.

For multiple (preferably 5) material NFTs of the same grade selected by the user, the platform server 200 deletes the material NFTs, creates a new unique NFT that is stronger than the material NFT, and provides it to the user.

This strengthening of unique NFT will proceed in the direction of increasing the mining efficiency of the unique NFT.

The NFT state recovery unit 173d restores the state of the unique NFT used for mining.

Restoring the state of a unique NFT can be achieved by changing the condition and mileage, which are among the representative properties of the NFT.

Here, the condition of the unique NFT is one of the performance indicators for the unique NFT expressed as a car, and is an attribute that expresses that the car's performance deteriorates as the condition becomes lower as the car continues to be used. Users pay a fee (XPER tokens) to repair their car in order to improve the poor condition of their unique NFT.

In addition, the mileage of a unique NFT is one of the performance indicators for a unique NFT expressed as a car, and is an attribute that expresses that as the car continues to be used, the accumulated mileage increases and the car's performance deteriorates. Users restore their cars by paying recovery materials and costs (XPER tokens) to reduce the increased mileage of their unique NFT.

Restoring the status of this unique NFT will also be done in the direction of increasing the mining efficiency of the unique NFT.

The game execution unit 174 sets campaign conditions that enable game execution and mining for each game, and manages whether to run each game and mining compensation according to execution depending on the grade, level, or status of the user's mined NFT. , Abusing play is detected and managed when the game is run.

Here, the campaign has constraints on the unique NFTs that can be played for each game for mining purposes, has a reward-based play time that can be mined, and also specifies the mining reward amount that is the result of playing each game.

The unique NFT restrictions, reward-based play time, and mining reward amount for such campaigns may be set differently for each game.

For example, depending on the campaign, restrictions on representative properties of unique NFTs may be placed on certain games, and restrictions on representative properties may be removed.

Additionally, depending on the campaign, the reward-based play time may vary for each game.

Additionally, depending on the campaign, the mining reward amount can vary for each game.

A plurality of the unique NFT restrictions, compensation standard play time, and mining compensation amount may be applied simultaneously to one campaign, and may be applied individually one by one for each campaign.

The abusing play refers to an act of exploiting loopholes in a method or system not permitted by the game to gain unfair advantage through play that is different from the game's intended intention. In particular, in the present invention, the game play time is manipulated to make mining advantageous. The act of manipulating the game play position is subject to this.

The game execution unit 174 can prevent time abusing play by directly receiving system time data from the timer unit 140 and measuring the game play time of the game executed through the game launcher.

In addition, the game execution unit 174 directly receives real-time location data from the GPS unit 150 and continuously measures the location of the game played through the game launcher for each play time, thereby preventing location abusing play.

The mining management unit 175 measures the user's game play time while specifying the mining NFT in the game launcher, and compares the measured play time with the compensation standard time preset in the corresponding game campaign or mining NFT to determine whether or not mining is compensated. You decide.

Here, the compensation standard time for mining compensation can be added or subtracted depending on the capabilities of the specified unique NFT.

Additionally, the mining reward amount can be increased or decreased depending on the capabilities of the designated unique NFT.

The compensation unit 176 converts the promised mining compensation amount to the relevant user into a dedicated token and pays it according to the mining compensation decision determined by the mining management unit 175.

The dedicated token may be a PER token or an XPER token.

The dedicated token has the following tokenomics.

The XPER token is a utility token and has an unlimited supply. All XPER tokens spent within the game launcher are burned daily from the spending account.

The PER token is a governance token, and for example, a total of up to 10,000,000,000 can be issued. The initial issuance quantity of PER tokens is 5,000,000,000, and the maximum circulating quantity cannot exceed 5,000,000,000. All PER tokens that users spend on the game launcher will be burned daily from their spending account until the maximum supply falls below 5,000,000,000.

PER tokens are continuously burned not only by users who play the game but also by game companies participating in the service, resulting in a decrease in issuance and the amount of tokens in circulation. Therefore, the amount of tokens that can be used for play and profit and the amount of tokens circulating in the ecosystem will gradually be burned and decreased, and tokens in the market will be continuously supplied to services and burned.

The electronic wallet unit 177 accumulates exclusive tokens paid from the compensation unit 176 and manages them in the electronic wallet.

Here, the electronic wallet can manage not only dedicated tokens, such as PER tokens and XPER tokens, but also commercial tokens.

An example of an electronic wallet window among the screens of the game launcher is shown in FIG. 11.

Referring to FIG. 11, in the electronic wallet window, exclusive tokens including PER tokens and XPER tokens held by the user and various commercial tokens managed by the user are displayed and listed along with holding amount information.

Therefore, users will be able to check at a glance the types and amounts of all tokens they own through this electronic wallet window.

The token trading unit 178 supports trading tokens held by users managed in the electronic wallet unit 177.

Such trading of held tokens can be done by exchanging a specific held token for another held token.

Additionally, trading of held tokens can be done by exchanging specific held tokens with external commercial tokens.

Additionally, trading of held tokens can be done by transferring specific held tokens to an external electronic wallet.

Additionally, trading of held tokens can be done by using a specific held token as payment for a product or service.

Figure 4 is a flowchart illustrating a method of driving a game launcher of a user terminal according to an embodiment of the present invention.

Referring to Figure 4, first, the user terminal 100 downloads and installs the game launcher app through the platform server 200 or the application providing server 300 (S110).

And the user terminal 100 transmits the user's member authentication information and personal information to the platform server 200 through the game launcher app to register for the service, and sends the user's member authentication information and personal information to the game launcher app through the transmitted member information. The logon process proceeds (S120).

The launcher driving unit 120 of the user terminal 100 collects information on applications belonging to the game category and the user's game execution data among the applications installed by the user in the application unit 160 of the user terminal 100 and collects the user's game execution data on the platform. While transmitting the data to the server 200, the game library window is configured by listing the execution icons (shortcuts) and executable files of applications belonging to the game category (S130).

In addition, the launcher driver 120 of the user terminal 100 provides information such as serial number, vehicle model, level, ability, number of minting, etc., along with the unique NFT image for each NFT that the user can purchase through the NFT market window, and the price. Information is listed and displayed, and when payment is made for the unique NFT selected by the user, the purchased unique NFT is registered in the NFT library window (S140).

In this way, the unique NFT registered in the user's NFT library can be strengthened through changes in the NFT's representative properties, changes in the gems of the socket held by the NFT, NFT's breeding, and NFT's evolution.

Afterwards, when the user selects one of his or her games listed in the game library window while designating one of the unique NFTs in the NFT library window as a mining NFT, the launcher driver 120 of the user terminal 100 executes the game connected to the selected game. Run the file so that the game runs (S150).

At this time, the game launcher can set campaign conditions that allow game execution and mining for each game listed in the game library window, and can manage whether or not to run each game depending on the grade, level, or status of the user's mined NFT. .

When the game is executed, the launcher driver 120 of the user terminal 100 directly receives system time data from the timer 140 and measures the continuous game play time (S160).

Afterwards, the launcher driver 120 of the user terminal 100 determines whether the measured game play time exceeds the compensation standard time allocated to the game (S170).

During this game play process, the launcher driver 120 may detect abusing play and cancel mining compensation, which will be described later, when abusing play is detected.

As a result of the determination in step S170, if the game play time exceeds the compensation standard time, the launcher driver 120 of the user terminal 100 determines the mining reward and converts the mining reward promised to the user into a dedicated token. Payment will be made (S180).

The dedicated token may be a PER token or an XPER token, and will be credited to the electronic wallet within the game launcher.

Thereafter, the launcher driving unit 120 of the user terminal 100 exchanges the user's held tokens managed in the electronic wallet with other held tokens, exchanges with external commercial tokens, transfers to an external electronic wallet, pays for goods and services, etc. Support will be provided to enable transactions in the following manner (S190).

Figure 5 is a diagram for explaining the internal configuration of a platform server according to an embodiment of the present invention.

Referring to Figure 5, the platform server 200 is managed by an operator that operates a game launcher app, and includes a communication department 210, a member registration and management department 220, an NFT production and provision department 230, and an NFT reinforcement department ( 240), NFT status recovery department (245), token transaction support department (250), game library information collection department (261), game play information collection department (262), mining and reward information collection department (263), user analysis department ( 270), it may be implemented to include a target marketing information generation unit 280 and a server control unit 290, but the configuration shown in FIG. 5 is only a simple example and the platform server 200 further includes other general-purpose configurations. It can be implemented to do so. Below, the operations of the components included in the platform server 200 will be described in detail.

The communication unit 210 is a means of transmitting information or data processed within the platform server 200 to an external terminal or device through a network. Conversely, the communication unit 210 may receive data, values, and information from outside the platform server 200. The communication unit 210 may perform wired or wireless communication. In particular, the communication unit 210 is connected to a plurality of user terminals 100 through an information and communication network.

The member registration and management unit 220 receives the user's member authentication information and personal information from the user terminal 100, supports membership registration for the service, and receives the user's member information to proceed with the logon process.

The NFT production and provision unit 230 produces a unique NFT, discloses the unique NFT through the NFT market window of the user terminal 100, and sells and retains the unique NFT to the user according to the purchase of the user terminal 100. It will be provided to make it possible.

The unique NFT produced in the NFT production and provision unit 230 has a plurality of representative properties and has a unique car image property.

The car image attribute is an image in which each part that makes up the car is combined.

The image file of the car exists on IPFS. The unique NFT has an IPFS URL, and this URL determines what image it appears as. In other words, the image of the car is an element that never changes, unlike meta data, and becomes a symbol indicating that the car is an NFT. The image of the car is not a fragment image divided by each part, but a single complete image file with all the pieces combined. Therefore, once the images for each part are completed, they must be combined to create completed car image files for all possible cases.

Additionally, the representative attributes may include serial number, vehicle model, grade, plus mark, speed, luck, energy, durability, gem socket, condition, mileage, cumulative number of breedings, parent and child information, and seal.

The representative properties are defined as vehicle metadata. The value of metadata can change depending on the user's actions or other factors (the user levels up the car, equips a gem in the socket, the ability changes, etc.). However, this does not actually change the metadata of the unique NFT. A unique NFT only has a metadata URL, and this URL determines which index of the metadata DB it connects to. The actual metadata DB is located in the app DB, where the metadata of all unique NFTs issued so far are recorded. As mentioned above, the value of metadata can change, so it is easy to modify it using the app DB. If you use a method of uploading metadata to IPFS and recording the URL in a unique NFT, due to the nature of IPFS, the URL also changes when the internal information changes, so it does not matter if it is an NFT whose properties do not change, but in the present invention, the unique NFT Since properties continuously change, the method of using the above-described metadata URL and metadata DB would be appropriate.

Among the representative properties, the serial number is a number that symbolizes the uniqueness of the unique NFT. Once used, the serial number is not used again, and a unique NFT with the same serial number cannot exist. The serial number of a unique NFT can use numbers in different ranges (bandwidths) depending on how the unique NFT is created.

Among the representative attributes, car type will be a classification that can distinguish all cars, and all cars will be designated as one car model. For example, vehicle type is a classification based on the basic appearance of the car and can be used as a concept to represent the individuality of the ability, with No. 1 SUV, No. 2 Off-road, No. 3 Sedan, No. 4 Sports ( Sports).

Among the representative attributes, there may be a total of five grades, for example, and all cars are assigned one grade. For example, the five grades could be No. 1 Normal, No. 2 Rare, No. 3 Elite, No. 4 Epic, and No. 5 Ultimate.

Among the representative properties, the plus mark is a classification to express advanced performance that can only be given to unique NFTs created through evolution. Therefore, the car either has a plus mark or it does not.

Among the representative attributes, speed, luck, energy, and durability are defined as abilities.

The speed is an ability related to the mining efficiency of XPER tokens, and the higher the speed value, the more XPER tokens can be mined during the same time of play.

The Luck is an ability value related to the probability of obtaining a special box, and the higher the Luck value, the higher the probability of acquiring a special box and the probability of obtaining a higher grade special box when playing the game.

The energy is an ability that provides extra power that is separate from the basic power, and the higher the energy level, the more extra power increases, allowing you to play the game and mine for a longer time.

The durability is a capability related to reducing maintenance costs of a car, and the higher the durability value, the less repair and recovery costs of the car can be saved.

The above abilities are composed of the final abilities combined with the base abilities and additional abilities. The base abilities are the inherent abilities given when a car is first created, and are stored and managed separately in the car DB. And additional abilities are abilities that are added according to the user's actions after the unique NFT is created. For example, you can receive additional abilities by investing the stat points you get when leveling up a unique NFT or by equipping a gem in the car's gem slot.

The base ability value can be assigned to a unique NFT by randomly selecting one between the minimum and maximum values for each ability value.

Among the representative properties, the gem socket is possessed by every unique NFT and allows gems to be installed. The number of gem sockets may vary depending on whether the unique NFT has a plus mark or not. General gem sockets are categorized into red (increase or decrease in speed), green (increase or decrease in luck), yellow (increase or decrease in energy), and blue (increase or decrease in durability), and gems of the same color can be installed. All regular gem sockets are granted a locked status when creating a unique NFT, and will be opened one by one each time a unique NFT achieves a certain level. Additionally, the Plus Special Socket can only hold unique NFTs with a plus mark, is open from the creation of the unique NFT without being locked, is classified into rainbow colors, and can be equipped with rainbow-colored gems.

The above jewel item is an item that can increase the car's capabilities (speed, luck, energy, durability) when installed in a socket. Gem items can be upgraded (using PER tokens and XPER tokens), and you can obtain a gem 1 level higher by incinerating 3 gems of the same level.

Among the representative attributes, condition is an attribute that expresses the deterioration of the car's performance by gradually decreasing as the unique NFT continues to be used. To restore the lost condition of a unique NFT, users can use a method to repair the unique NFT (using XPER tokens). This condition can have one of four states: Safe, Caution, Danger, and Destroyed. The safe state has no penalty and provides full performance. In a warning state, the quantity of PER tokens and XPER tokens obtained through game play is slightly reduced. In a risky state, the quantity of PER tokens and XPER tokens obtained through game play is significantly reduced. In the destroyed state, PER tokens and XPER tokens cannot be obtained through game play.

Among the representative properties, the mileage accumulates and increases as the unique NFT continues to be used, and is an attribute that expresses the deterioration in the performance of the unique NFT. In order to reduce the long mileage of a unique NFT, users can use a method to restore the unique NFT (using XPER tokens or recovery items). This mileage can be in one of four states: Safe, Caution, Danger, and Destroyed. The safe state has no penalty and provides full performance. In a warning state, the quantity of PER tokens and XPER tokens obtained through game play is slightly reduced. In a risky state, the quantity of PER tokens and XPER tokens obtained through game play is significantly reduced. In the destroyed state, PER tokens and XPER tokens cannot be obtained through game play.

Among the representative properties, the cumulative number of breedings and parent and child information are properties that are generated when producing a new enhanced unique NFT (child) using two unique NFTs (parents) held.

All unique NFTs have a property called cumulative breeding count, which starts with 0 when a unique NFT is first created and increases by 1 each time that unique NFT is used as a parent for breeding.

During breeding, the user can select two unique NFTs among the unique NFTs held to be used as the parents of the breeding, and execute the breeding using PER tokens, XPER tokens, and item (car key) costs. Here, each unique NFT has a car key that satisfies its car model and grade, and breeding requires one key from both cars used as parents.

When breeding is performed, the properties of the parent car are changed (the cumulative number of breedings increases by 1), and a new unique NFT is issued to the user.

Additionally, in a different way from the breeding described above, users can create new unique NFTs and receive payment. This method is the evolving process of NFT.

Evolution is a function that produces new enhanced unique NFTs by burning (deleting) multiple material NFTs of the same grade held by the user.

For multiple (preferably 5) material NFTs of the same grade selected by the user, the platform server 200 deletes the material NFTs, creates a new unique NFT that is stronger than the material NFT, and provides it to the user.

When evolution progresses, users can select five unique NFTs of the same grade to use as materials among the unique NFTs they own and execute the evolution using PER tokens and XPER tokens.

As evolution progresses, the parent car's properties change (cumulative breeding count increases by 1), and a new unique NFT of one level higher is issued to the user.

Among the representative attributes, the seal is used to display the name of a special category of unique NFT so that anyone can recognize it at a glance.

Meanwhile, the car image properties of the unique NFT are explained as follows.

One car has parts images as shown in Table 1 below, and by combining them, the final car image is created.

All parts images can be unified as png files with a specific standard size.

The NFT production and provision unit 230 first predetermines the vehicle type and grade of the unique NFT to be created, and then determines the shape type (Vehicle Shape Type) that defines the exterior shape in the shape of the vehicle, To fill this external shape, part images with both pattern and color are determined, and then a new unique NFT is created by combining the part images with the shape type.

Here, the shape type that defines the exterior shape of the car shape refers to the outline of the car occupying space. Additionally, the shape that fills the exterior shape refers to the lines, color divisions, color blur, etc. that appear on the exterior of the car. A line diagram refers to a figure drawn with lines, color separation refers to space being divided by colors rather than lines, and color flow refers to blurring the boundaries between colors to make the colors appear to move naturally. In addition, the color that fills the exterior shape is a property of the car that stimulates the human retina by light reflected from the car, and such colors may include transparent colors and metallic colors.

According to this definition, a unique NFT that has the overall shape of a car is a structure in which the exterior shape is determined by the shape type and the shape and color are determined by the part image. Therefore, the number of samples of this external shape and the number of samples of the parts images are appropriately prepared and given in combination to the unique NFT to be created, and the combination once used is discarded, so that the uniqueness of the unique NFT without duplication will be maintained.

In addition, the NFT production and provision unit 230 changes the representative properties of the two parent NFTs selected by the user in accordance with the user's breeding request and generates a new enhanced child NFT by combining the external shape and part images.

In addition, the NFT production and provision unit 230 deletes (burns) the five material NFTs selected by the user in response to the user's evolution request and generates a new enhanced evolved NFT by combining the external shape and parts images.

A new NFT created by imaging a car can be created through the following rules.

1) Check vehicle type and grade

Check the model and grade of the unique NFT to be created.

First, the vehicle type and grade of the new NFT created in the system for the first time can be determined by checking the quantity of each vehicle type and grade of the unique NFTs currently supplied.

Additionally, the car model and grade of the new child NFT according to the user's breeding progress can be probabilistically determined by performing a random number roll with reference to the car model and grade of both parent NFTs.

In addition, the car model of the new evolved NFT according to the progress of evolution can be determined by giving the same probability of 20% to each car model of the five material NFTs and selecting one car model among them. Additionally, the grade of the new evolved NFT can be determined to be given a grade that is always one grade higher than the grade of the material car.

2) Determination of the shape type (Vehicle Shape Type) that defines the exterior shape of the car

After checking the model and grade of the car to be created, the shape type of the car is decided.

Shape type refers to the basic car body shape.

The shape type of this car can be selected probabilistically by referring to car shape data based on the model and grade of the car to be created. In the car shape data, at least one shape type is designated with a probability value for each combination according to various combinations of car models and grades. Therefore, the shape type will be determined probabilistically among the shape types belonging to the model and grade of the car to be created.

For example, when determining the shape type for a car whose car model is 1 (SUV) and the grade is checked as 5 (Ultimate), the shape type number that can be determined for the combination of the car model and grade is only 1 in the car shape data. Since number 1 is designated with a 100% probability, shape type number 1 can be determined as the shape type of the car to be created with a 100% probability.

As another example, when determining the shape type for a car whose car model is 4 (Sports) and the grade is checked as 5 (Ultimate), the shape type number that can be determined for the combination of the car model and grade is 1 in the car shape data. This probability is set at 50%, number 2 is 20%, number 3 is 20%, and number 4 is 10%, and by executing a random number roll, shape type number 3 can be determined as the shape type of the car to be created. There will be.

3) Determine the image number for each part with shape and color to fill the exterior shape of the car.

After determining the shape type of the car to be created, an image number for each part that makes up the car is determined and assigned to the car in order to fill the exterior shape of the shape type.

Determining the image number for each part is a task of determining and assigning an image to each part for the following parts: bg, paint, decal1, body, decal2, tire, antenna, headlight, rearlight, and spoiler, as shown in Table 1 above. Once the images for each part are determined, they are combined to create the final image of the car.

The image number for each part can be determined probabilistically by referring to car image data based on the determined shape type. In the car image data, a plurality of images are designated with probability values for each part according to the shape type. Therefore, the image number will be determined probabilistically for each part depending on the shape type of the car to be created.

For example, when determining the image number for each part for a car whose shape type is determined to be number 2, there is only number 1 in the car image data for the bg image of shape type number 2, so number 1 is designated with a 100% probability, so 100 With a % probability, bg image number 1 may be determined to be the bg image of the car to be created. In addition, in the car image data, for the body image of shape type No. 2, the probability of No. 1 is 33.33%, No. 2 is 33.33%, and No. 3 is 33.34%. By performing a random number roll, body image No. 2 is selected with probability. This can be determined by the body image of the car to be created. This determination of image numbers for each part will be applied to the remaining paint, decal1, decal2, tire, antenna, headlight, rearlight, and spoiler according to the same rules. At this time, if number 0 has a 100% probability, the part will be determined as non-existent.

Every unique NFT must have a unique image so that no two identical images exist. Therefore, combination numbers of image numbers for each part that have already been used previously cannot be used again.

The image of the unique NFT completed in the NFT production and provision unit 230 can be displayed in two ways: a stacked combination method and a single image method.

When showing the image of a unique NFT in the game launcher, images for each part can be loaded and displayed in combination. At this time, the launcher driver 170 of the user terminal 100 downloads images with file names matching the shape type and part numbers assigned to the unique NFT car from the platform server 200 and enters the images into the shape type and part number ( The car image of the unique NFT is completed by stacking them in order (classification numbers in Table 1). In other words, the smaller the part number, the more it is laid on the layer below.

In contrast, the image of the unique NFT to be uploaded to IPFS is a png file completed by combining the shape type and images of each part when the unique NFT is created, and this is uploaded to IPFS.

In other words, when outputting an image of a car from the game launcher, the part image numbers are stacked and displayed in order according to the shape type of the car. One image is created by combining all of these shape types and part images and uploaded to IPFS. It connects to the image to be printed on the on-chain of the corresponding unique NFT.

The NFT strengthening unit 240 strengthens the user's unique NFT according to the request of the user terminal 100. The NFT enhancement unit 240 may include an attribute enhancement unit 241, a socket enhancement unit 242, a breeding enhancement unit 243, and an evolution enhancement unit 244, as shown in FIG.

The property enhancement unit 241 strengthens the unique NFT by changing the representative properties of the unique NFT.

The representative attributes may include serial number, vehicle model, grade, plus mark, speed, luck, energy, durability, gem socket, condition, mileage, cumulative number of breedings, parent and child information, and seal.

The attribute enhancement unit 241 manages representative attributes of the unique NFT in a metadata DB, and connects this metadata DB and the unique NFT with a metadata URL. Therefore, the property enhancement unit 241 can strengthen the unique NFT by modifying the value for each representative attribute of the metadata DB according to the user's use of the unique NFT.

The socket strengthening unit 242 strengthens the unique NFT by changing the gem of the socket held by the NFT.

Every unique NFT has at least one socket where gems can be installed, and users can install the acquired gem items into the socket.

Depending on the type (color) of the jewel item mounted on the socket, the socket reinforcement unit 242 can strengthen the unique NFT by increasing or decreasing the value of the representative attribute.

The breeding strengthening unit 243 strengthens the unique NFT through the breeding process of the unique NFT.

Breeding is a function that produces a new enhanced unique NFT (child) using two unique NFTs (parents) owned by the user.

For the two unique NFTs selected by the user, the breeding enhancement unit 243 changes the cumulative number of breedings and parent and child information among the representative properties of the parent NFT, creates a new child NFT that is more enhanced than the parent NFT, and provides it to the user. The creation of such a child NFT can be performed through the NFT production and provision unit 230.

The evolution strengthening unit 244 strengthens the unique NFT through the evolution of the unique NFT.

Evolution is a function that produces new enhanced unique NFTs by burning (deleting) multiple material NFTs of the same grade held by the user.

For multiple (preferably five) material NFTs of the same grade selected by the user, the evolution reinforcement unit 244 deletes the material NFTs, creates a new unique NFT that is more strengthened than the material NFTs, and provides them to the user. The creation of such a new unique NFT can be performed through the NFT production and provision unit 230.

This strengthening of unique NFT will proceed in the direction of increasing the mining efficiency of the unique NFT.

In particular, dedicated tokens, such as PER tokens and XPER tokens, can be used for the breeding or evolution process described above.

The NFT state recovery unit 245 restores the state of the unique NFT used for mining according to the request of the user terminal 100. The NFT state recovery unit 245 may include a condition repair unit 246 and a mileage recovery unit 247 as shown in FIG. 7.

The condition repair unit 246 repairs the condition of the unique NFT by changing the condition data among the representative properties of the unique NFT.

Here, the condition data has a minimum condition (e.g. 0) and a maximum condition, and when a unique NFT is first created, it is given the same condition as the maximum condition, and the condition decreases every time it is used for mining and consumes power.

This condition can have one of four states: Safe, Caution, Danger, and Destroyed. The safe state has no penalty and provides full performance. In a warning state, the quantity of PER tokens and XPER tokens obtained through game play is slightly reduced. In a risky state, the quantity of PER tokens and XPER tokens obtained through game play is significantly reduced. In the destroyed state, PER tokens and XPER tokens cannot be obtained through game play.

Users pay a fee (XPER tokens) to repair their car in order to improve the poor condition of their unique NFT. The user requests repair by setting a target condition that is higher than the current condition and lower than the maximum condition.

Accordingly, the condition repair unit 246 calculates the total repair cost according to the repair cost per unit condition, presents it to the user, and changes the condition data of the unique NFT to the target condition according to the user's payment of the cost.

Here, the repair cost per unit condition can be calculated in conjunction with factors such as the grade, level, vehicle model, and special effects of the unique NFT.

The mileage recovery unit 247 restores the mileage of the unique NFT by changing the mileage data among the representative properties of the unique NFT.

Here, the mileage data has a minimum mileage (e.g. 0) and a maximum mileage. When a unique NFT is first created, the mileage is set to 0, and the mileage increases every time power is consumed by mining. do.

This mileage can be in one of four states: Safe, Caution, Danger, and Destroyed. The safe state has no penalty and provides full performance. In a warning state, the quantity of PER tokens and XPER tokens obtained through game play is slightly reduced. In a risky state, the quantity of PER tokens and XPER tokens obtained through game play is significantly reduced. In the destroyed state, PER tokens and XPER tokens cannot be obtained through game play.

Users restore their cars by paying recovery materials and costs (XPER tokens) to reduce the increased mileage of their unique NFT.

Accordingly, the mileage recovery unit 247 calculates the total recovery cost and recovery materials according to the recovery cost per unit mileage, presents them to the user, and changes the mileage data of the unique NFT according to the user's payment of the cost and consumption of recovery materials. I do it.

Here, the recovery cost per unit driving distance can be calculated in conjunction with factors such as the grade, level, vehicle model, and special effects of the unique NFT.

The token transaction support unit 250 supports the transaction of tokens held by the user managed in the user's electronic wallet of the game launcher according to the request of the user terminal 100.

Such trading of held tokens can be done by exchanging a specific held token for another held token.

Additionally, trading of held tokens can be done by exchanging specific held tokens with external commercial tokens.

Additionally, trading of held tokens can be done by transferring specific held tokens to an external electronic wallet.

Additionally, trading of held tokens can be done by using a specific held token as payment for a product or service.

The game library information collection unit 261 receives information on user-installed game applications collected through the game library unit 172 of the user terminal 100 and collects it for each user.

The game play information collection unit 262 collects the user's game execution data (membership registration, attendance check, billing record, play time, game record, level achievement, etc.) collected through the game library unit 172 of the user terminal 100. mission accomplishment, etc.) are sent and collected for each user.

The mining and compensation information collection unit 263 collects for each user whether each game collected through the game execution unit 174 of the user terminal 100 has been played and mining compensation information according to the execution.

The individual user's installed game list, game execution data, and information on game execution and mining rewards will be analyzed by the target marketing information generation unit 280, which will be described later, and used as data to generate target marketing information.

The target marketing information generation unit 280 includes information on user-installed game applications collected by the game library information collection unit 261, user game execution data collected by the game play information collection unit 262, and The mining and compensation information collection unit 263 analyzes whether each game is run and the mining compensation information according to the run is collected to generate target marketing information.

The collected information is basis data that can derive meaningful data for each user, such as each user's affinity for each game/game genre, play time for each game/game genre, concentration for each game/game genre, age of the game user, and economic power of the game user. Because it has value, it will be possible to create target marketing information useful for marketing new launch games.

As described above, the optimal embodiment is disclosed in the drawings and specifications. Although specific terms are used here, they are used only for the purpose of describing the present invention and are not used to limit the meaning or scope of the present invention described in the claims. Therefore, those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the attached patent claims.

100: User terminal 200: Platform server
300: Application provision server

Claims (6)

It runs a game launcher app that collects the execution information of all the games that the user has downloaded and is running, lists them in its own game library along with the execution menu for each game, and allows the user to designate one of the unique NFTs he or she owns as a mining NFT. A user terminal that executes one of the games listed in the game library while satisfying the mining conditions and measures the play time of the mining NFT-designated game executed through the game launcher; and
A unique NFT is provided upon request from the user terminal running the game launcher app, and the play time of the mining NFT-designated game measured from the user terminal is transmitted according to the execution of the game that specifies the mining NFT on the user terminal as a mining condition, thereby receiving the game time. A platform server that provides mining compensation if it exceeds this compensation standard; A game launcher operating system comprising:
According to clause 1,
The mining reward provided from the platform server to the user terminal is a dedicated token,
The dedicated token is managed in the user electronic wallet of the game launcher,
A game launcher operating system characterized in that it is exchanged with other held tokens, exchanged with external commercial tokens, transferred to an external electronic wallet, or used as payment for goods and services.
According to clause 1,
The platform server is a game launcher operating system characterized in that it collects information on user-installed game applications and user game execution data from the game library of the game launcher.
According to clause 3,
The platform server is a game launcher operating system characterized in that it further collects information about whether each game is executed and mining compensation according to execution for each game from the game launcher.
According to clause 4,
The platform server is a game launcher operating system characterized in that it generates target marketing information by analyzing collected information on user-installed game applications, user game execution data, and whether or not each game is executed and mining reward information according to execution. According to clause 1,
The platform server is connected to the game launcher running on the user terminal and generates unique NFTs and provides them to the game launcher.
For the creation of new unique NFTs,
(a) Checking the vehicle type and grade of the unique NFT to be created by the platform server;
(b) the platform server determining the shape type that defines the exterior shape of the car according to the car type and grade of the unique NFT;
(c) the platform server determines the image number for each part that makes up the exterior shape of the car according to the shape type of the unique NFT and assigns it to the car; and
(d) the platform server assigning a plurality of representative properties to the unique NFT and displaying the completed unique NFT in one of a stacked combination method and a single image method; A game launcher operating system that performs.

Images