KR20240097703A - Method and apparatus for providing services in metaverse environment - Google Patents

Abstract

In a method of providing a service in a metaverse environment, implementing a virtual area in the metaverse space corresponding to a predetermined area in real space, based on event information provided in a predetermined area in real space, within the virtual area Providing an event from at least one of the implemented objects, when the position of the user avatar for the shopping mall object implemented in the virtual area is confirmed, purchasing a product of the shopping mall object based on product information obtained from the commerce server A step of providing a user interface (UI) for a product, when a purchase input of a product is received through the user interface, a step of processing the purchase of the product according to the purchase input, and providing product information and payment for the purchased product. Provides a method and device for providing services in a metaverse environment that includes transmitting information and order information to a commerce server.

Description

Method and apparatus for providing services in a metaverse environment {METHOD AND APPARATUS FOR PROVIDING SERVICES IN METAVERSE ENVIRONMENT}

Embodiments according to the present disclosure relate to a method and device for providing services in a metaverse environment.

Metaverse is a compound word of meta, which means transcendence, abstraction, and virtuality, world, and universe. Recently, technology that provides experiences in virtual space through metaverse technology has been attracting attention.

People can now interact with people around the world through avatars in the virtual space built through the metaverse, and even engage in economic activities. As technology develops, various contents within the metaverse are being developed to be more realistic. Accordingly, by creating a Metaverse virtual space and providing various Metaverse contents to Metaverse users, a more realistic and rich experience can be provided to users.

According to this trend, there is a demand for a specific design for a metaverse service that allows experiences that can only be experienced in a given region in reality to be experienced in the metaverse space.

These embodiments can provide a method and device for providing various services in a metaverse environment.

In one aspect, the present embodiments include a device that provides services in a metaverse environment, a space implementation unit that implements a virtual area in the metaverse space corresponding to a predetermined area in real space, and a device provided in a predetermined area in real space. An event provider that provides an event from at least one of the objects implemented in the virtual area based on the event information, and when the position of the user avatar for the shopping mall object implemented in the virtual area is confirmed, the product obtained from the commerce server A user interface (UI) providing unit that provides a user interface (UI) for purchasing products of a shopping mall object based on information; when a purchase input for a product is received through the user interface, the purchase input A device that provides services in a metaverse environment can be provided, including a purchase processing unit that performs purchase processing of products and a transmission unit that transmits product information, payment information, and order information for purchased products to a commerce server.

In another aspect, the present embodiments relate to a method of providing a service in a metaverse environment, including implementing a virtual area in the metaverse space corresponding to a predetermined area in real space, and events provided in a predetermined area in real space. Based on the information, providing an event from at least one of the objects implemented in the virtual area, when the position of the user avatar with respect to the shopping mall object implemented in the virtual area is confirmed, based on product information obtained from the commerce server A step of providing a user interface (UI) for purchasing a product of a shopping mall object, and when a purchase input of a product is received through the user interface, a step of performing purchase processing of the product according to the purchase input, and purchase processing. It is possible to provide a method of providing services in a metaverse environment that includes the step of transmitting product information, payment information, and order information for the purchased product to the commerce server.

According to the present embodiments, a method and device for providing a service in a metaverse environment that allows users to experience events in a given region in a virtual space corresponding to that region can be provided.

Figure 1 is a diagram illustrating the configuration of a system that provides events in a metaverse environment according to an embodiment.
Figure 2 is a diagram illustrating an exemplary block diagram of a metaverse server according to an embodiment.
Figure 3 is a diagram illustrating an exemplary metaverse space implemented in a metaverse server according to an embodiment.
Figures 4 and 5 are diagrams to explain providing an event from a metaverse object implemented in a metaverse space according to an embodiment.
Figures 6 and 7 are diagrams to explain product purchase processing in the metaverse space according to an embodiment.
Figures 8 and 9 are diagrams for explaining product management in the metaverse space according to an embodiment.
FIG. 10 is a diagram illustrating a method of providing a service in a metaverse environment according to an embodiment.
FIG. 11 is a diagram illustrating a method of providing an event in a metaverse environment according to an embodiment.
FIG. 12 is a diagram illustrating a method of processing product purchases in a metaverse environment according to an embodiment.

Hereinafter, some embodiments of the present disclosure will be described in detail with reference to illustrative drawings. In adding reference numerals to components in each drawing, identical components may have the same reference numerals as much as possible even if they are shown in different drawings. Additionally, in describing the present embodiments, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present technical idea, the detailed description may be omitted. When “comprises,” “has,” “consists of,” etc. mentioned in the specification are used, other parts may be added unless “only” is used. When a component is expressed in the singular, it can also include the plural, unless specifically stated otherwise.

Additionally, in describing the components of the present disclosure, terms such as first, second, A, B, (a), and (b) may be used. These terms are only used to distinguish the component from other components, and the nature, sequence, order, or number of the components are not limited by the term.

In the description of the positional relationship of components, when two or more components are described as being “connected,” “coupled,” or “connected,” the two or more components are directly “connected,” “coupled,” or “connected.” ", but it should be understood that two or more components and other components may be further "interposed" and "connected," "combined," or "connected." Here, other components may be included in one or more of two or more components that are “connected,” “coupled,” or “connected” to each other.

In the explanation of temporal flow relationships related to components, operation methods, production methods, etc., for example, temporal precedence relationships such as “after”, “after”, “after”, “before”, etc. Or, when a sequential relationship is described, non-continuous cases may be included unless “immediately” or “directly” is used.

On the other hand, when a numerical value or corresponding information (e.g. level, etc.) for a component is mentioned, even if there is no separate explicit description, the numerical value or corresponding information is related to various factors (e.g. process factors, internal or external shocks, It can be interpreted as including the error range that may occur due to noise, etc.).

Figure 1 is a diagram illustrating the configuration of a system that provides events in a metaverse environment according to an embodiment.

Referring to FIG. 1, the system according to an embodiment of the present disclosure includes a metaverse server 110 for providing a metaverse environment, a commerce server ( 120) and a database 130 for storing related information.

The metaverse server 110 implements and manages the virtual reality space. The metaverse server 110 can provide an environment where users can access and interact with a virtual space. Additionally, the metaverse server 110 can build and maintain a metaverse environment by managing the user's avatar information, object and event information, graphics and audio data, etc.

Additionally, the metaverse server 110 can store and manage the user's avatar information. This allows users to personalize their avatar and choose from a variety of styles, outfits, accessories, and more. For example, users can purchase various items through a virtual shopping mall and apply them to their avatar.

The metaverse server 110 can display information about products registered in the online shopping mall in the metaverse space based on data transmitted and received from the commerce server 120. Through this, users can check product information within the metaverse space. Additionally, the metaverse server 110 can provide various payment methods when a user purchases a product within the metaverse space.

The metaverse server 110 may implement objects implemented in a virtual area based on event information provided from a predetermined area in real space. For example, the metaverse server 110 can implement the social environment and natural environment, such as buildings such as a shopping mall or historical sites that actually exist in a predetermined area, in a virtual space. Additionally, as needed, mutual communication objects such as NPCs may be created for each object or at a specific location in the virtual space.

In this case, event information provided in a predetermined area can be directly input through an input unit included in the metaverse server 110. Alternatively, the event information may be received from the commerce server 120 or a terminal or server of the entity providing the event in the corresponding area. Based on the event information, the metaverse server 110 may provide a preset event from at least one object among the objects implemented in the virtual region. Users can receive events provided in real space in virtual space by using NPCs, shopping malls, historical sites, etc. created by the metaverse server 110.

The commerce server 120 may perform the role of registering and managing product information. Information such as product photos, descriptions, prices, and inventory amounts can be registered on the commerce server 120 and users can search for and purchase products by using the metaverse server. Additionally, the commerce server 120 can utilize order information and payment information processed by the metaverse server 110 to enable product purchase processing in the metaverse space.

Additionally, the commerce server 120 may derive statistics and insights by analyzing user activity information and sales-related data stored in the database 130. Through this, managers can identify sales trends, user preferences, event effects, etc. and improve the metaverse environment and customer service. For example, you can identify trends in popular products to optimize inventory management or plan events tailored to user preferences.

The database 130 can store and manage product information, user information, order information, payment information, etc. Data stored in this way can be used through tasks such as search, modification, and deletion when needed. The database 130 maintains data stability and consistency and can enable efficient data exchange with a server. Through this, the metaverse server and commerce server can operate smoothly to provide users with the desired experience.

According to this, it is possible to provide a method and device for providing services in a metaverse environment that allows users to experience events in a given region in a virtual space corresponding to that region.

Figure 2 is a diagram illustrating an exemplary block diagram of a metaverse server according to an embodiment.

Referring to FIG. 2, the metaverse server includes a space implementation unit 210 that implements a virtual area in the metaverse space corresponding to a predetermined area in real space, based on event information provided in a predetermined area in real space, An event provider 220 that provides an event from at least one object among the objects implemented in the virtual area, based on product information obtained from the commerce server when the position of the user avatar with respect to the shopping mall object implemented in the virtual area is confirmed. A user interface (UI) providing unit 230 provides a user interface (UI) for purchasing products of a shopping mall object. When a purchase input for a product is received through the user interface, the purchase input is provided. It includes a purchase processing unit 240 that performs purchase processing of products and a transmission unit 250 that transmits product information, payment information, and order information for the purchased products to the commerce server.

The space implementation unit 210 implements a metaverse space corresponding to a predetermined area using image data of the real space, such as a road view or street view for a predetermined area, or image data produced through LiDAR scan. do.

As an example, the space implementation unit 210 uses a reality map such as road view, street view, or sky view provided by a portal site, and can implement a metaverse space corresponding to a predetermined area in the reality map. Additionally, the space implementation unit 210 may create a metaverse object corresponding to an object within a predetermined area in reality or implement an additional virtual object. The metaverse space can be composed of various objects such as vacant lots, playgrounds, trails, castles, shopping malls, and NPCs, corresponding to actual objects in the area. In addition, in the metaverse space, non-commercial institutions or stores open to public access, such as government offices, banks, and churches, may be implemented, and the present invention provides that when a metaverse object is implemented for public purposes, the service operator In consultation with the relevant institution, it can be produced directly in the same manner as the actual product and applied to the metaverse space.

When the user avatar's access to one of the objects implemented in the virtual area is confirmed, the event provider 220 provides an event corresponding to the object accessed by the user avatar or provides CS (Customer Service). can do. Objects implemented within the virtual area include NPCs (Non-Player Characters), local attractions, shopping malls, and products within the shopping mall.

For example, when a user avatar approaches a shopping mall object, the event providing unit 220 may transmit a user interface providing signal to the user interface providing unit 230 to display a user interface window. Through this, users can receive various information necessary for purchasing products, such as product information and order information. Additionally, when the event provider 220 receives a user's purchase decision signal, the event provider 220 can connect product information and a payment window to process a purchase procedure. When the user avatar approaches an NPC, the user avatar can talk to the NPC or participate in a minigame. Through minigames, users can receive rewards at the end of the game, and these rewards can be provided in the form of goods available in the metaverse space, such as avatar experience points, items, and points. Additionally, when talking to an NPC, you can obtain information provided by the NPC or obtain additional rewards by completing quests.

When the user avatar approaches a local landmark object, information related to the landmark may be displayed. For example, when a user avatar approaches a historical building object, the event provider 220 may provide information on the history of the building or related people. Additionally, in the case of a local attraction object, the event provider 220 may provide an experiential program or event that can be experienced at an actual local attraction in a virtual space. Through this, users can experience local attractions and learn about related culture and history on the metaverse.

The user interface (UI) provider 230 may display a user interface that displays at least one of user information, product information, seller information, payment information, and order information. In the user interface, the corresponding information may be displayed according to a preset menu configuration. Additionally, the user interface provider 230 may provide an input window for entering order information (buyer information, recipient information, address, name, phone number, product quantity, etc.) for delivering the product.

According to one example, a user interface may display a list of information such as product information, seller information, payment information, and order information. For example, each information list may be implemented in a tab manner. In this case, detailed information corresponding to the selected information list tab may be provided. However, this is an example and is not limited to this, and the display of information lists may be configured differently as needed.

Specifically, when the user selects a product information list, the user interface provider 230 may display product selections to the user on the UI and provide detailed information about the product. Detailed information includes product name, price, product description, etc. When the user selects the seller information list, the user interface provider 230 may display the seller's name, address, contact information, etc. on the UI. Additionally, when the user selects the payment information list, the user interface provider 230 may display the payment method, card number, expiration date, etc. on the UI. Finally, when the user selects the order information list, the user interface provider 230 may display the order number, product name, quantity, payment amount, etc. on the UI.

Additionally, the user interface providing unit 230 can provide a customized user interface according to the purchaser's purchase history and products of interest, and can recommend products in consideration of the user's search keywords and preferences. Additionally, the user interface provider 230 may provide various reviews and ratings related to product information to help users select more reliable products.

Additionally, the user interface (UI) providing unit 230 may further provide a user interface for product management of shopping mall objects. The user interface for product management of shopping mall objects provides an administrator page that categorizes and displays user information, buyer information, information on the number of products in the shopping mall exposed to the shopping mall, and order information on a preset dashboard, and is linked to calendar information. The above order information can be displayed.

The user interface provider 230 may provide a dashboard for product registration, modification, deletion, sales management, etc. on the administrator page. This dashboard provides menus and functions for product managers, and managers can easily register and modify products using the dashboard. The administrator page may also provide functions to display and filter product lists.

Additionally, the user interface provider 230 may also provide a dashboard for order processing on the administrator page. This dashboard shows order status and order history, and can also include the ability to filter order history by a certain period of time.

Additionally, the user interface provider 230 may display order information on the administrator page by linking information related to order processing with calendar information. For example, the administrator page can display information such as expected delivery date or payment due date on the calendar. Administrators can check the displayed order information to facilitate order processing and delivery management, identify order trends for the period, and facilitate inventory management.

When a product purchase input is received through a user interface, the purchase processing unit 240 may perform purchase processing of the product according to the purchase input. The purchase processing unit 240 can provide selection information to inquire whether to proceed with credit card, mobile phone, bank transfer, virtual currency, and metaverse points. Additionally, the purchase processing unit 240 may select a payment method according to the user's selection input for selection information.

In the process of purchasing a metaverse product, when the user selects a product, the purchase processing unit 240 may provide selection information for selecting a payment method. If a credit card is selected among the payment methods, the purchase processing unit 240 may provide a payment page. When credit card information is entered through the payment page, the purchase processing unit 240 can proceed with payment for the product being purchased. If mobile phone payment is selected among the payment methods, the purchase processing unit 240 can perform mobile phone authentication through the payment page and proceed with payment for the product. Similarly, when bank transfer is selected, the purchase processing unit 240 can perform a bank transfer operation in connection with the bank server when bank information is input through the payment page. When virtual currency payment is selected among the payment methods, the purchase processing unit 240 can proceed with payment through virtual currency when wallet information is entered through the payment page.

When metaverse point payment is selected, the purchase processing unit 240 can proceed with payment through metaverse points when metaverse point information is input through the payment page. In this case, the user interface provider 230 may provide guidance on how to purchase metaverse points or how to charge and use points.

Metaverse points are generally similar to virtual currency and are a unit of currency used in the metaverse. When users purchase products within the Metaverse or receive rewards from activities such as games, Metaverse points can be used for compensation or payment. Additionally, the purchase processing unit 240 can transmit and receive data with the user interface providing unit 230 to provide users with the ability to charge or use metaverse points that can be freely used within the metaverse.

The transmission unit 250 may generate processed management information by linking purchased product information, payment information, and order information, respectively, with buyer information and seller information.

The transmission unit 250 may play a role in overall charge of information exchange and processing between buyers and sellers. Additionally, the transmission unit 250 may collect data such as purchased product information, payment information, and order information. The transmission unit 250 can smoothly transfer and link the collected information between buyers and sellers to generate processed management information.

Additionally, the transmission unit 250 can provide various services related to purchase processing. For example, the transmission unit 250 may provide a delivery inquiry function that allows the buyer to check the delivery information of the product purchased in real time, a purchase history inquiry function that allows the buyer to check the previous purchase history, etc. Through this, buyers can conveniently check and manage all information related to purchase processing.

Additionally, the transmission unit 250 can provide various security functions to enable more efficient exchange and management of information between buyers and sellers. For example, the transmission unit 250 may provide an encryption function to protect personal information and a security solution to protect payment information, so that all information related to purchase processing can be safely processed.

According to one example, information related to purchase processing may be transmitted as short data on a downlink physical data channel through a communication network linked to a metaverse server. The user terminal monitors the downlink physical control channel based on the paging message received through the communication network and confirms the time and frequency resources indicated by the control information of the downlink physical control channel. Monitor the downlink physical data channel according to confirmed time and frequency resources. When information related to purchase processing is received on the downlink physical data channel, the user terminal transmits an uplink control channel indicating an Ack. Afterwards, the user terminal can carry a response message on the uplink data channel and transmit it to the metaverse server through the communication network.

According to this, it is possible to provide a method and device for providing services in a metaverse environment that allows users to experience events in a given region in a virtual space corresponding to that region.

Figure 3 is a diagram illustrating an exemplary metaverse space implemented in a metaverse server according to an embodiment.

Referring to FIG. 3, a user avatar 310, which is a virtual character representing the user, may be displayed on the metaverse space 300. The avatar 310 is created to reflect the user's actual appearance based on the user's image information or is created according to the user's manipulation input, so that the avatar 310 can naturally participate in the metaverse. The avatar 310 is equipped with various personalization elements such as clothes, accessories, and hairstyles, so the user can decorate the avatar as desired. Additionally, the user avatar 310 has the ability to interact with other objects implemented in the metaverse space and communicate with other users.

NPC 330 is short for Non-Player Character and is a virtual character that can interact with the user. These NPCs 330 perform various roles in the metaverse and can communicate with users or provide quests. For example, the NPC 330 gives the user a specific task, and the user can manipulate the avatar accordingly to explore various virtual places or participate in a mini-game. In this way, users can gain new experiences and rewards within the metaverse through interaction with the NPC 330.

The historic site object 320 may be a historical building or place implemented on the metaverse. This historic site object 320 may be constructed as a model of a famous building or cultural location in a real area. The user can learn and experience the historical and cultural contents of the place by manipulating the avatar to visit and explore the historic site object 320. The historic site object 320 can enrich the user's education and cultural experience by providing the user with an opportunity to encounter various cultures and history through virtual reality.

The shopping mall object 340 is a place where users can visit a virtual shopping space to browse and purchase products. When a user approaches the corresponding shopping mall object 340 by manipulating the avatar, the shopping mall object may provide a user interface on which various products are displayed. The shopping mall object 340 may provide a user interface that categorizes and displays products by category. In this case, the user can search for a desired category or specific product within the provided user interface. Each product is displayed with information such as a photo, detailed description, and price within the user interface, allowing users to check information about the product.

The user can select a product from the shopping mall object 340 and purchase it right away if desired. When receiving a user's product selection signal within the user interface, the shopping mall object 340 may display a payment window along with product information. Users can select a payment method and proceed with payment through the provided window. After payment is completed, the product may be added to the user's virtual inventory or delivered to a designated delivery address.

Additionally, the shopping mall object 340 can provide various benefits to users. By participating in special events held at the shopping mall object 340, users can receive various benefits available in the metaverse space, such as additional discounts, free items, and points. Additionally, the shopping mall object 340 may sell clothes or accessories of the user avatar 310 to further highlight the individuality of the user avatar 310.

The user avatar 310, NPC 330, historic site object 320, and shopping mall object 340 can provide various interactions and experiences to users in the metaverse environment. Users can communicate and cooperate with other users through the avatar 310, and perform various missions and obtain rewards through conversations with NPCs 330 and quests. The historic site object 320 provides learning and experience about history and culture, and the shopping mall object 340 can enable exploration and purchase of various products. All of these elements can provide enjoyment and convenience to users on the metaverse, providing new experiences and values that are different from reality.

Figures 4 and 5 are diagrams to explain providing an event from a metaverse object implemented in a metaverse space according to an embodiment.

As shown in FIG. 4, when the user avatar 310 approaches an object, an indicator 350 may be displayed. This indicator 350 may serve to visually provide information related to the object to the user and assist interaction. According to one example, the indicator 350 may be displayed in the form of an exclamation point, and when a user's input for this is received, a user interface that provides preset information may be provided. However, it is not limited to this, and a user interface may be provided immediately when a trigger condition, such as an avatar approaching within a predetermined distance, is satisfied.

According to one example, indicator 350 may appear in the form of a user interface window. For example, when accessing a shopping mall object, the indicator may be an interface window for purchasing products. This window contains elements such as product list, detailed description, price, discount information, purchase button, etc. to help users select and purchase the desired product.

Additionally, the indicator 350 can also be used when approaching an NPC. An interface window for talking to NPCs or participating in minigames may appear as an indicator. This window shows conversation content, quest goals, reward information, and minigame progress, and can help users select options or check progress.

The indicator 350 may serve to highlight and provide information related to the object to the user when the user avatar 310 approaches the historic site object 320. The indicator 350 may visually indicate the location, characteristics, or historical meaning of the historic site object 320. For example, a photo or drawing of the historic site object 320, a brief description of a related historical event, etc. may be included in the indicator 350. Through this, the user can check more detailed information about the historic site object 320 and understand the related history or cultural background.

The indicator 350 can inform the user of the importance of the object and stimulate the user's curiosity by emphasizing its value. Through this, users can recognize objects more clearly and enjoy cultural experiences related to objects in the metaverse.

The indicator 350 may be expressed with various characters other than an exclamation mark. The indicator 350 expressed in various characters can be expressed in various forms depending on the purpose. For example, the importance of an object can be emphasized by using various symbols or icons such as exclamation points, question marks, arrows, asterisks, and speech bubbles. Additionally, keywords, short phrases, and brief descriptions of historical events related to the object can be expressed together with text.

According to one example, it is assumed that the event provided by the object 361 in the virtual space is a fireworks event. As described above, when fireworks are provided from a corresponding real object in real space, the fireworks event may be set to be provided from the object 361 in the virtual space. In this case, when the avatar 310 participates in the fireworks event 360 provided by the corresponding object 361, a scene where fireworks are displayed is implemented, as shown in FIG. 5. The user can observe fireworks by manipulating the avatar 310. To this end, the metaverse server can provide a screen switching user interface according to various gaze directions. Object 361 can provide users with a wonderful visual experience by embroidering the metaverse space with fireworks of various colors and shapes.

To realistically express the fireworks event (360), the metaverse server can utilize graphics processing technology. The Metaverse server can implement various fireworks by calculating the particle effects, light reflection, shadows, etc. of the fireworks. Additionally, the Metaverse server can generate fireworks of various colors and shapes to provide users with a colorful visual experience.

The fireworks event 360 can be implemented taking into account the physical laws of reality. The Metaverse server can naturally express the movement of the flame by considering physical factors such as the flame's movement path, gravity, and air resistance. This allows users to experience something similar to real fireworks.

Interaction may occur between the user's avatar 310 and the object 361 implemented in the metaverse space. The metaverse server can control the operation of the avatar 310 according to the user's input and process interactions with objects. When a user approaches the object 361 to enjoy fireworks, the metaverse server can detect the user's approach and start a fireworks event 360. Events taking place in each object 361 can be managed on the metaverse server. The Metaverse server can track the progress of the event and coordinate the interaction of participating users. While the fireworks event 360 is in progress, the metaverse server manages the creation, movement, and extinction of fireworks, and can handle multiple users participating in the event at the same time.

In the above, fireworks are described as an example of an event, but this is only an example and is not limited thereto. Events provided in virtual space may consist of events corresponding to events provided in actual space or various events unique to the virtual space.

Events can be held in a multi-user environment where multiple users can participate simultaneously. The Metaverse server can manage data exchange and synchronization between users through network communication. When a user progresses an event, the server processes the user's input and actions in real time and transmits them to other users so that everyone can have a synchronized experience.

If multiple users proceed with an event simultaneously within the metaverse object 361, a collision may occur between the avatar and the avatar 310. The metaverse server may process the interaction between the avatar and the avatar 310 using a collision detection algorithm. For example, when there is contact between avatars, the metaverse server can detect a collision at that location and process effects and actions accordingly.

Events can provide rewards to users. To this end, the Metaverse server can implement a compensation system. When a user achieves a specific goal or performs a special action in an event, the metaverse server can provide rewards in the form of goods available in the metaverse space, such as avatar experience points, metaverse items, and metaverse points. These rewards can increase users’ motivation to participate and provide a positive experience.

Data related to events can be stored and managed in a database. The database can record and manage event progress status, user participation information, reward details, etc. in the database. Through this, Metaverse administrators can maintain users' progress and enable tracking and management of event results and rewards.

Additionally, events may include local festivals such as Ganggangsullae or Dapseong Nori. The user avatar 310 can participate in a local festival with the avatars of other users and experience cultural experiences. Local festival events held within each object can stimulate users' interest by providing them with unique events in each region.

Figures 6 and 7 are diagrams to explain product purchase processing in the metaverse space according to an embodiment.

When a user menu selection signal is received through the buyer interface, the metaverse server can provide a screen according to the menu selection signal.

Referring to FIG. 6, the metaverse server can provide a screen that provides various information and functions necessary to actually purchase a product within a shopping mall object through the buyer interface 600.

When a signal for selecting the user's product information menu 610 is received through the buyer interface, the metaverse server can provide a screen displaying detailed information about the selected product. Various specifications and descriptions, including the product's name, brand, model, material, size, etc., can be displayed on the screen. Additionally, actual photos or videos of the product may be provided on the screen. Through this, by allowing information about the product to be confirmed, the user's trust in the product or desire to purchase it can be increased.

When the seller information menu 611 is selected through the buyer interface, the metaverse server can provide a screen displaying information about the seller selling the product. Users can check the seller's name, rating, sales history, etc. on the provided screen and determine whether the seller is trustworthy.

When the user's payment information menu 612 is selected through the buyer interface, the metaverse server may provide a screen where the user can enter the payment information necessary to purchase the product. Users can enter the information necessary to purchase a product by entering the delivery address, delivery method, and requests on the provided screen. This screen can be implemented as a secure payment system to protect personal information and security.

When the user's order information menu 613 is selected through the buyer interface, the metaverse server can provide a screen to check the order information and status of the product purchased by the user. The provided screen displays information including order number, order date, and delivery status, allowing users to check purchase details and determine order status. Through the provided screen, users can check whether the purchased product has been processed correctly. Additionally, if necessary, the user can inquire about the purchase process of the product to the seller or manager using the inquiry function in the provided screen. In addition, metaverse points are displayed 630 on the buyer interface 600, so the user can check his or her point balance.

According to one example, compensation for purchasing a product may be provided in various forms. For example, the metaverse server can provide users with points or coupons for purchased products so that they can receive benefits on their next purchase. In addition, the metaverse server can increase user participation and motivation by granting game elements such as avatar experience points or level up to products purchased by users. The Metaverse server may provide compensation, such as payment of Metaverse points, when a user writes a review that includes the quality or satisfaction of the purchased product. Through this, users can enjoy the pleasure and rewards of purchase at the same time. Referring to FIG. 7, a screen 700 for performing purchase processing of a product provided in the metaverse space is shown. When a product payment method selection signal is received through the screen 700 for performing product purchase processing, the metaverse server may process the purchase of the product according to the payment method selection signal.

According to one example, when the payment information input 710 area on the screen 700 is selected, the metaverse server may provide the user with selection items for various payment methods. For example, as shown in FIG. 7, a bank transfer item 720, a metaverse point payment item 721, a card payment item 722, and a mobile phone payment item 723 may be displayed. However, this is just an example and is not limited to this, and some items may be excluded or items for other payment methods may be added.

When the account transfer item 720 is selected, the metaverse server may provide a screen for entering bank account information. Users can transfer the purchase amount to the account by entering the bank name, account number, and account holder name on the provided screen. At this time, a safe electronic payment system can be used for security purposes, and the user's personal information is encrypted and safely processed.

When the Metaverse point payment item 721 is selected, the Metaverse server provides a screen where payment can be made using points used within the Metaverse. Users can check their point balance on the provided screen and purchase products using points up to the desired amount. Points are currency that can be used in the Metaverse space previously accumulated according to recharge or activity, and users can receive discount benefits by using points. According to one example, metaverse points may be linked to local currency used in a real region corresponding to a virtual space. In this case, the local currency owned by the user can be converted into Metaverse points by linking with the local currency management server.

When the card payment item 722 is selected, the Metaverse server provides a screen where credit card information can be entered. Users can enter information such as card number, expiration date, and CVC on the provided screen and then proceed to the payment process. At this time, the Metaverse server can perform card authentication and payment through real-time communication with the card company server.

When the mobile phone payment item 723 is selected, the Metaverse server provides a screen where payment can be made via mobile phone. Users can complete payment by entering their mobile phone number and payment password on the provided screen. At this time, the Metaverse server can perform payment through linking with the mobile carrier server.

Figures 8 and 9 are diagrams for explaining product management in the metaverse space according to an embodiment.

Referring to FIG. 8, when a manager's menu selection signal is received through the manager interface 800, the metaverse server may provide a screen configuration according to the menu selection signal.

The administrator interface 800 may be provided with a screen configuration that allows the administrator to manage and monitor various functions and data on the metaverse. When the home menu 810 is selected by the administrator, the metaverse server displays a screen that serves as the administrator's dashboard. The screen displays main summary information about management contents and includes menus such as member information (830), product information (840), order information (850), and point information (860).

When the member information menu 830 is selected, the metaverse server displays a member information screen where users can manage their subscription information, profile, points, etc. Administrators can search, edit, and delete member information through this screen, and can view detailed information about members if necessary.

When the product information menu 840 is selected, the metaverse server displays a product information screen where you can check and manage the list, detailed information, and inventory status of registered products. Administrators can register, modify, and delete products through this screen, and can view order details and sales statistics for specific products.

When the order information menu 850 is selected, the metaverse server displays an order information screen where users can manage their order details, payment status, delivery information, etc. Administrators can check orders and update processing status through this screen, and view detailed information about the order if necessary.

When the point information menu 860 is selected, the metaverse server displays a point information screen where users can check and manage their point accumulation and usage history. Administrators can perform point-related tasks through this screen and provide point accumulation benefits to users.

Each menu may provide various screens to perform the corresponding function. For example, the member information screen may provide a screen displaying a member list and an input form for editing member information. The product information screen may provide a screen displaying a product list and an input form for product registration, and the order history screen and point information screen may also operate in a similar manner.

Administrators can efficiently manage various functions and data of the metaverse server through the administrator interface 800.

Administrators can check the number of newly registered members, total number of members, and number of active members through the member information screen. Additionally, administrators can view profile information and point accumulation history of key members through the member information screen. Through this, administrators can check the status of members' activities and take necessary actions.

The Metaverse server can provide visual information to managers by listing popular products, newly registered products, and out-of-stock products through the product information screen. Additionally, the product information screen also displays statistical information such as product sales and profits. Administrators can check the management status of the Metaverse shopping mall through the provided product information screen.

Administrators can check recent order details and order status in real time through the order history screen. Administrators can check the status of the order and take necessary actions through the order history screen, and can also view detailed information about the order.

Administrators can check users' point accumulation and usage history through the point information screen. Administrators can adjust point-related policies and provide special point benefits to users. Additionally, point-related statistical information is provided on the point information screen, allowing managers to understand the flow of points.

The home screen of the administrator interface 800 may also include a calendar 870. Administrators can register and manage specific schedules through the calendar 870. The calendar 870 includes schedules related to events, sales events, promotions, etc. held within the metaverse. When registering a schedule in the calendar (870), the administrator can input information such as date, time, and location, and record the contents and purpose of the schedule.

Administrators can plan and execute events through the calendar 870. Administrators can create an event by selecting a specific date and time on the calendar and enter details about the event. Through this, administrators can provide various events to users and conduct interesting activities within the metaverse.

The administrator can set notifications for registered schedules through the calendar 870. This allows managers to respond in a timely manner without missing important schedules. For example, calendar notifications allow administrators to receive notifications before an event starts or send a notification to users at the start time of an event. This allows administrators to effectively handle schedule management and user notifications.

Referring to FIG. 9, a screen 900 is shown that displays management information for managing products in the metaverse space. The screen 900 that displays management information may include each tab displaying a unique number, orderer name, orderer contact information, product information, price, quantity, payment method, and registration date. However, this is an example and is not limited to this, and the management tabs provided on the screen 900 may be set differently as needed.

When the unique number 910 tab is selected, the unique identification number automatically assigned by the commerce server when an order is created may be displayed on the screen 900 that displays management information. Administrators can identify and manage orders through unique numbers. The unique number is provided in the form of a serial number and may also include additional information related to order priority, processing status, etc.

When the orderer name 911 tab is selected, the name or nickname of the customer who placed the order may be displayed on the screen 900 that displays management information. The manager can identify the orderer and query customer information related to the order through the screen 900 that displays management information. If the customer signs up as a member, the orderer's name may be displayed as the registered real name or user name.

When the orderer contact information 912 tab is selected, an email address or orderer contact information may be displayed on the screen 900 that displays management information for communication between the orderer and the commerce server or seller.

When the product information 913 tab is selected, detailed information about the ordered product may be displayed on the screen 900 that displays management information. This information may include product name, brand, model name, color, size, options, etc. On the screen 900 that displays management information, the characteristics and specifications of the product are clearly displayed through product information, allowing the manager to accurately recognize the product ordered by the customer.

When the price 914 tab is selected, the price of the product ordered by the user may be displayed on the screen 900 that displays management information. Prices of products are usually displayed with currency units to provide managers with clear pricing information. Through this, the manager can determine the price of the ordered product.

When the Quantity 915 tab is selected, the quantity of the ordered product may be displayed on the screen 900 that displays management information. The screen 900 that displays management information may display the number of products included in the order, indicating the quantity ordered by the customer. If a customer orders multiple products, the quantity of each product may be displayed separately on the screen 900 that displays management information in the Quantity tab.

When the payment method 916 tab is selected, the payment method used by the orderer to purchase the product may be displayed on the screen 900 that displays management information. The screen 900 that displays management information may display various payment options, such as credit card, account transfer, mobile phone payment, and use of Metaverse points. Through this, managers can understand the customer's payment method.

When the registration date tab 917 is selected, the date and time when the order was registered may be displayed on the screen 900 that displays management information. In this case, the time when the order is created and registered on the server is displayed on the screen 900 that displays management information, and the order order or processing time can be provided to the manager. By providing time information related to order processing, information necessary for customer service and logistics processing can be provided to managers.

Hereinafter, a method for providing services in a metaverse environment performed on the metaverse server described with reference to FIGS. 1 to 9 will be described. The above-described description may be omitted to avoid redundant description, and in this case, the omitted content may be applied substantially the same to the following description as long as it does not conflict with the technical idea of the invention.

FIG. 10 is a diagram illustrating a method of providing a service in a metaverse environment according to an embodiment.

Referring to FIG. 10, the metaverse server can implement a virtual region in the metaverse space corresponding to a predetermined region in real space (S1010).

The metaverse server implements a metaverse space corresponding to a certain area using image data of the real space, such as a road view or street view for a certain area, or image data produced through LiDAR scan.

As an example, the metaverse server uses a reality map such as road view, street view, or sky view provided by a portal site, and can implement a metaverse space corresponding to a predetermined area in the reality map. Additionally, the metaverse server can create metaverse objects corresponding to objects within a certain region in reality or implement additional virtual objects. The metaverse space can be composed of various objects such as vacant lots, playgrounds, trails, castles, shopping malls, and NPCs, corresponding to actual objects in the area. In addition, in the metaverse space, non-commercial institutions or stores that are open to the public, such as government offices, banks, and churches, may be implemented, and the present invention provides that when a metaverse object is implemented for public purposes, the service operator In consultation with the relevant organization, it can be produced directly in the same manner as the actual product and applied to the metaverse space.

Referring again to FIG. 10, the metaverse server may provide an event from at least one object among objects implemented in the virtual area based on event information provided from a predetermined area in real space (S1020).

If the user avatar's access to any one of the objects implemented in the virtual area is confirmed, the metaverse server may provide an event corresponding to the object accessed by the user avatar or provide CS (Customer Service). . Objects implemented within the virtual area include NPCs (Non-Player Characters), local attractions, shopping malls, and products within the shopping mall.

For example, when a user avatar approaches a shopping mall object, the metaverse server may transmit a user interface provision signal and display a user interface window. Through this, users can receive various information necessary for purchasing products, such as product information and order information. Additionally, when the Metaverse server receives the user's purchase decision signal, the Metaverse server can process the purchase process by connecting product information and the payment window. When the user avatar approaches an NPC, the user avatar can talk to the NPC or participate in a minigame. Through minigames, users can receive rewards at the end of the game, and these rewards can be provided in the form of goods available in the metaverse space, such as avatar experience points, items, and points. Additionally, when talking to an NPC, you can obtain information provided by the NPC or obtain additional rewards by completing quests.

When the user avatar approaches a local landmark object, information related to the landmark may be displayed. For example, when a user avatar approaches a historical building object, the metaverse server can provide information about the history of the building or related people. Additionally, in the case of local attraction objects, the metaverse server can provide experiential programs or events that can be experienced at actual local attractions in virtual space. Through this, users can experience local attractions and learn about related culture and history on the metaverse.

Referring again to FIG. 10, when the position of the user avatar for a shopping mall object implemented in the virtual area is confirmed, the metaverse server provides a user interface (user interface) for purchasing products of the shopping mall object based on product information obtained from the commerce server. user interface; UI) can be provided (S1030).

The metaverse server may display a user interface that displays at least one of user information, product information, seller information, payment information, and order information. In the user interface, the corresponding information may be displayed according to a preset menu configuration. Additionally, the Metaverse server can provide an input window where order information (buyer information, recipient information, address, name, phone number, product quantity, etc.) for product delivery can be entered.

According to one example, a user interface may display a list of information such as product information, seller information, payment information, and order information. For example, each information list may be implemented in a tab manner. In this case, detailed information corresponding to the selected information list tab may be provided. However, this is an example and is not limited to this, and the display of information lists may be configured differently as needed.

Specifically, when a user selects a product information list, the metaverse server can display product selections to the user on the UI and provide detailed information about the product. Detailed information includes product name, price, product description, etc. When the user selects the seller information list, the Metaverse server can display the seller's name, address, contact information, etc. on the UI. Additionally, when the user selects the payment information list, the Metaverse server can display the payment method, card number, expiration date, etc. on the UI. Finally, when the user selects the order information list, the Metaverse server can display the order number, product name, quantity, payment amount, etc. on the UI.

In addition, the Metaverse server can provide a customized user interface according to the buyer's purchase history and products of interest, and can recommend products by considering the user's search keywords and preferences. Additionally, the Metaverse server can help users select more reliable products by providing various reviews and ratings related to product information.

Additionally, the metaverse server may further provide a user interface for product management of shopping mall objects. The user interface for product management of shopping mall objects provides an administrator page that categorizes and displays user information, buyer information, information on the number of products in the shopping mall exposed to the shopping mall, and order information on a preset dashboard, and is linked to calendar information. The above order information can be displayed.

The Metaverse server can provide a dashboard for product registration, modification, deletion, sales management, etc. on the administrator page. This dashboard provides menus and functions for product managers, and managers can easily register and modify products using the dashboard. The administrator page may also provide functions to display and filter product lists.

Additionally, the Metaverse server can also provide a dashboard for order processing on the administrator page. This dashboard shows order status and order history, and can also include the ability to filter order history by a certain period of time.

Additionally, the metaverse server can display order information by linking information related to order processing with calendar information on the administrator page. For example, the administrator page can display information such as expected delivery date or payment due date on the calendar. Administrators can check the displayed order information to facilitate order processing and delivery management, identify order trends for the period, and facilitate inventory management.

Referring again to FIG. 10, when a product purchase input is received through the user interface, the metaverse server may perform purchase processing of the product according to the purchase input (S1040).

When a product purchase input is received through the user interface, the metaverse server can process the purchase of the product according to the purchase input. The Metaverse server can provide optional information to inquire whether to proceed with credit card, mobile phone, account transfer, virtual currency, and Metaverse points. Additionally, the Metaverse server can select a payment method according to the user's selection input for selection information.

In the process of purchasing a Metaverse product, when a user selects a product, the Metaverse server can provide selection information to select a payment method. If a credit card is selected among the payment methods, the Metaverse server can provide a payment page. When credit card information is entered through the payment page, the Metaverse server can proceed with payment for the product being purchased. If mobile phone payment is selected among the payment methods, the Metaverse server can perform mobile phone authentication through the payment page and proceed with payment for the product. Likewise, when a bank transfer is selected, the Metaverse server can perform a bank transfer operation in connection with the bank server when bank information is entered through the payment page. If virtual currency payment is selected among the payment methods, the Metaverse server can proceed with payment through virtual currency when wallet information is entered through the payment page.

If Metaverse point payment is selected, the Metaverse server can proceed with payment through Metaverse points when Metaverse point information is entered through the payment page. In this case, the Metaverse server may provide guidance on how to purchase Metaverse points or how to charge and use points.

Metaverse points are generally similar to virtual currency and are a unit of currency used in the metaverse. When users purchase products within the Metaverse or receive rewards from activities such as games, Metaverse points can be used for compensation or payment. Additionally, the Metaverse server can provide users with the ability to recharge or use Metaverse points that can be freely used within the Metaverse.

Referring again to FIG. 10, the metaverse server may transmit product information, payment information, and order information for the purchased product to the commerce server (S1050).

The Metaverse server can generate processed management information by linking purchased product information, payment information, and order information with buyer information and seller information, respectively.

The Metaverse server can play the role of overall responsibility for information exchange and processing between buyers and sellers. Additionally, the Metaverse server can collect data such as purchased product information, payment information, and order information. The Metaverse server can smoothly transfer and link collected information between buyers and sellers to create processed management information.

Additionally, the Metaverse server can provide various services related to purchase processing. For example, the Metaverse server can provide a delivery inquiry function that allows the buyer to check the delivery information of the product purchased in real time, a purchase history inquiry function that allows the buyer to check the previous purchase history, etc. Through this, buyers can conveniently check and manage all information related to purchase processing.

Additionally, the Metaverse server can provide various security functions to enable more efficient exchange and management of information between buyers and sellers. For example, the Metaverse server can protect all information related to purchase processing by providing encryption functions to protect personal information and security solutions to protect payment information, so that all information related to purchase processing can be processed safely.

According to this, it is possible to provide a method and device for providing services in a metaverse environment that allows users to experience events in a given region in a virtual space corresponding to that region.

FIG. 11 is a diagram illustrating a method of providing an event in a metaverse environment according to an embodiment.

Referring to FIG. 11, the user can run the metaverse access app using the user's terminal (S1110).

The Metaverse access app can be run in a variety of environments, including smartphones, smart TVs, and VR devices. Users can run the Metaverse access app anytime, anywhere through their terminal. Additionally, the Metaverse server can transmit and receive data with the Metaverse user's terminal and update the Metaverse app.

Referring again to FIG. 11, the metaverse server can provide a login interface to the user through the metaverse app (S1120).

An input form for entering the user's ID and password may be displayed within the login interface. Additionally, the Metaverse app can provide screens for user registration and account management, such as membership registration and account search. Users can enter their account information through the user terminal and access the metaverse space through an authentication process.

The Metaverse server can check member information stored in the database by sending and receiving information from the database. If the information entered by the user matches the member information stored in the database, the Metaverse server can provide Metaverse space to the user.

Referring again to FIG. 11, when the user enters the metaverse space, the metaverse server may display the user avatar, which is a virtual character representing the user (S1130). The avatar is created to reflect the user's actual appearance based on the user's image information or is created according to the user's manipulation input, so that the avatar can naturally participate in the metaverse. The avatar is equipped with various personalization elements such as clothes, accessories, and hairstyles, so users can decorate the avatar as they wish. Additionally, the user avatar has the ability to interact with other objects implemented in the metaverse space and communicate with other users.

Referring again to FIG. 11, when the user avatar's access to any one of the objects implemented in the virtual area is confirmed, the metaverse server provides an event corresponding to the object accessed by the user avatar or CS (Customer Service) can be provided (S1140).

NPC is short for Non-Player Character and is a virtual character that can interact with the user. These NPCs perform various roles in the metaverse and can communicate with users or provide quests. For example, NPCs give users specific tasks, and users can manipulate their avatars accordingly to explore different virtual locations or participate in minigames. In this way, users can gain new experiences and rewards within the metaverse through interaction with NPCs.

A historic site object may be a historical building or place implemented on the metaverse. This historic site object can be constructed as a model of a famous building or cultural location in a real-world area. Users can learn and experience the historical and cultural contents of a place by manipulating the avatar to visit and explore historical objects. Historic sites objects can enrich users' education and cultural experiences by providing them with the opportunity to encounter various cultures and histories through virtual reality.

A shopping mall object is a place where users can visit a virtual shopping space to browse and purchase products. When a user approaches a corresponding shopping mall object by manipulating an avatar, the shopping mall object may provide a user interface displaying various products. The shopping mall object can provide a user interface that categorizes and displays products by category. In this case, the user can search for a desired category or specific product within the provided user interface. Each product is displayed with information such as a photo, detailed description, and price within the user interface, allowing users to check information about the product.

Users can select products from the shopping mall object and purchase them right away if desired. When a shopping mall object receives a user's product selection signal within the user interface, it can display a payment window along with product information. Users can select a payment method and proceed with payment through the provided window. After payment is completed, the product may be added to the user's virtual inventory or delivered to a designated delivery address.

Additionally, shopping mall objects can provide various benefits to users. By participating in special events held at shopping mall objects, users can receive various benefits available in the metaverse space, such as additional discounts, free items, and points. Additionally, the shopping mall object can sell the user avatar's clothing or accessories to further highlight the user avatar's individuality.

User avatars, NPCs, historic site objects, and shopping mall objects can provide users with various interactions and experiences in the metaverse environment. Users can communicate and cooperate with other users through their avatars, and perform various missions and obtain rewards through conversations with NPCs and quests. Historic site objects provide learning and experience about history and culture, and shopping mall objects can enable exploration and purchase of various products. All of these elements can provide enjoyment and convenience to users on the metaverse, providing new experiences and values that are different from reality.

Referring again to FIG. 11, the metaverse server can transmit the event processing results to the commerce server (S1150). The content of transmitting the event processing results to the commerce server follows the above description, and detailed description will be omitted here to avoid duplication.

FIG. 12 is a diagram illustrating a method of processing product purchases in a metaverse environment according to an embodiment. Hereinafter, the same content as described above in relation to product purchase processing in the metaverse environment will be omitted to avoid duplication. However, it will be natural that the omitted content can be applied substantially the same in the following description as long as it does not contradict the technical idea of the present disclosure.

Referring to FIG. 12, the metaverse server provides a buyer interface when a user avatar approaches a shopping mall object (S1210), and when a user menu selection signal is received through the buyer interface, it can provide a screen according to the menu selection signal. (S1220).

The metaverse server can provide a screen that provides various information and functions necessary to actually purchase products within the shopping mall object through the buyer interface.

When a user's product information menu selection signal is received through the buyer interface, the metaverse server can provide a screen displaying detailed information about the selected product. Various specifications and descriptions, including the product's name, brand, model, material, size, etc., can be displayed on the screen. Additionally, actual photos or videos of the product may be provided on the screen. Through this, by allowing information about the product to be confirmed, the user's trust in the product or desire to purchase it can be increased.

When the seller information menu is selected through the buyer interface, the metaverse server can provide a screen displaying information about the seller selling the product. Users can check the seller's name, rating, sales history, etc. on the provided screen and determine whether the seller is trustworthy.

When the user's payment information menu is selected through the buyer interface, the Metaverse server can provide a screen where the user can enter the payment information necessary to purchase the product. Users can enter the information necessary to purchase a product by entering the delivery address, delivery method, and requests on the provided screen. This screen can be implemented as a secure payment system to protect personal information and security.

When the user's order information menu is selected through the buyer interface, the metaverse server can provide a screen to check the order information and status of the product the user purchased. The provided screen displays information including order number, order date, and delivery status, allowing users to check purchase details and determine order status. Through the provided screen, users can check whether the purchased product has been processed correctly. Additionally, if necessary, the user can inquire about the purchase process of the product to the seller or manager using the inquiry function in the provided screen. Additionally, Metaverse points are displayed on the buyer interface so users can check their point balance.

According to one example, compensation for purchasing a product may be provided in various forms. For example, the metaverse server can provide users with points or coupons for purchased products so that they can receive benefits on their next purchase. In addition, the metaverse server can increase user participation and motivation by granting game elements such as avatar experience points or level up to products purchased by users. The Metaverse server may provide compensation, such as payment of Metaverse points, when a user writes a review that includes the quality or satisfaction of the purchased product. Through this, users can enjoy the pleasure and rewards of purchase at the same time.

Referring again to FIG. 12, the metaverse server may receive the user's purchase input signal through the buyer interface (S1240) and proceed with purchase processing based on the received user's purchase input signal (S1250).

Referring again to FIG. 12, the Metaverse server can provide a payment method using Metaverse points (S1260), and can deduct the user's Metaverse points depending on the use of Metaverse points (S1270).

Metaverse points are generally similar to virtual currency and are a unit of currency used in the metaverse. When users purchase products within the Metaverse or receive rewards from activities such as games, Metaverse points can be used for compensation or payment. The Metaverse server can provide guidance on how to purchase Metaverse points or how to recharge and use points.

Additionally, the Metaverse server can provide users with the ability to recharge or use Metaverse points that can be freely used within the Metaverse.

Additionally, the metaverse server can display added or subtracted metaverse points on the user interface screen. Because of this, users can check the metaverse points they own.

According to one example, if the user holds Metaverse points, the Metaverse server may provide a screen to determine whether to make a payment using Metaverse points. If the user selects payment using Metaverse points, the Metaverse server can proceed with subsequent payments by deducting points corresponding to the payment amount. If the Metaverse points are insufficient compared to the payment amount, subsequent payment can be made for the shortfall.

Referring again to FIG. 12, the Metaverse server can utilize various payment methods other than Metaverse points (S1280). In other words, the Metaverse server can display a screen to provide various payment methods such as credit cards, mobile phones, bank transfers, and virtual currency.

However, this is just an example and is not limited to this. According to another example, steps S1260 and S1270, which first provide payment using metaverse points, may be provided in the same order as other payment methods. That is, steps S1260 and S1270 may be omitted, and payment using Metaverse points may be provided as an example of a payment method in the payment processing step (S1280).

Referring again to FIG. 12, the Metaverse server can transmit according to the payment result (S1280). The metaverse server can transmit product information, payment information, and order information for purchased products to the commerce server.

According to this, it is possible to provide a method and device for providing services in a metaverse environment that allows users to experience events in a given region in a virtual space corresponding to that region.

The above description and attached drawings merely illustratively illustrate the technical idea of the present disclosure, and those skilled in the art will be able to combine and separate components without departing from the essential characteristics of the present disclosure. , various modifications and transformations such as substitution and change will be possible. Accordingly, the embodiments disclosed in the present disclosure are not intended to limit the technical idea of the present disclosure but are for illustrative purposes, and the scope of the technical idea of the present disclosure is not limited by these embodiments. That is, within the scope of the purpose of the present disclosure, all of the components may be selectively combined into one or more to operate. The scope of protection of this disclosure should be interpreted in accordance with the claims below, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of rights of this disclosure.

Claims (16)

In a device that provides services in a metaverse environment,
a space implementation unit that implements a virtual region in the metaverse space corresponding to a predetermined region in real space;
an event providing unit that provides an event from at least one object among objects implemented in the virtual area, based on event information provided from a predetermined area in the real space;
When the position of the user avatar for a shopping mall object implemented in the virtual area is confirmed, a user interface (UI) that provides a user interface (UI) for purchasing products of the shopping mall object based on product information obtained from the commerce server (user interface; UI) provision unit;
When a product purchase input is received through the user interface, a purchase processing unit that performs purchase processing of the product according to the purchase input; and
A transmission unit that transmits product information, payment information, and order information for the purchased product to the commerce server.
A device that provides services in a metaverse environment that includes. According to clause 1,
The space implementation unit,
Characterized by implementing a metaverse space corresponding to a predetermined area using image data of the real space, such as a road view or street view for the predetermined area, or image data produced through LiDAR scan. A device that provides services in the metaverse environment. According to clause 1,
The event provider department,
Characterized in that, when access of the user avatar to one of the objects implemented in the virtual area is confirmed, an event corresponding to the object accessed by the user avatar is provided or CS (Customer Service) is provided, A device that provides services in the metaverse environment. According to clause 3,
Objects implemented within the virtual area are:
A device that provides services in a metaverse environment, characterized by including NPC (Non-Player Character), local attractions, shopping malls, and products within the shopping mall. According to clause 1,
The user interface (UI) providing unit,
A device that provides services in a metaverse environment, characterized in that it displays at least one of the user information, the product information, seller information, payment information, and order information according to a preset menu structure. According to clause 1,
The purchase processing department
A Metaverse environment, characterized in that selection information is provided to inquire whether to proceed with credit card, mobile phone, account transfer, virtual currency, and Metaverse points, and the payment method is selected according to the user's selection input for the selection information. Devices that provide services from . According to clause 1,
The user interface (UI) providing unit,
Further providing a user interface for product management of the shopping mall object,
The user interface for product management of the shopping mall object is,
Providing an administrator page that classifies and provides the user information, buyer information, information on the number of products in the shopping mall exposed to the shopping mall, and the order information on a preset dashboard,
A device that provides services in a metaverse environment, characterized in that it displays the order information in connection with calendar information. In paragraph 1
The transmission unit
A device that provides services in a metaverse environment, characterized in that it generates and displays processed management information by linking the purchased product information, payment information, and order information with buyer information and seller information, respectively. In the method of providing services in the metaverse environment,
Implementing a virtual region in metaverse space corresponding to a predetermined region in real space;
providing an event from at least one object among objects implemented in the virtual area based on event information provided from a predetermined area in the real space;
When the position of the user avatar for a shopping mall object implemented in the virtual area is confirmed, providing a user interface (UI) for purchasing a product of the shopping mall object based on product information obtained from a commerce server;
When a product purchase input is received through the user interface, performing purchase processing of the product according to the purchase input; and
Transmitting product information, payment information, and order information for the purchased product to the commerce server
A method of providing services in a metaverse environment that includes. According to clause 9,
The step of implementing the virtual region is,
Characterized by implementing a metaverse space corresponding to a predetermined area using image data of the real space, such as a road view or street view for the predetermined area, or image data produced through LiDAR scan. How to provide services in a metaverse environment. According to clause 9,
The step of providing the event is,
When access of the user avatar to any one of the objects implemented in the virtual area is confirmed, an event corresponding to the object accessed by the user avatar is provided or CS (Customer Service) is provided. , How to provide services in a metaverse environment. According to claim 11,
Objects implemented within the virtual area are:
A method of providing services in a metaverse environment, characterized by including NPC (Non-Player Character), local attractions, shopping malls, and products within the shopping mall. According to clause 9,
The step of providing a user interface (UI) for purchasing products of the shopping mall object,
A method of providing a service in a metaverse environment, characterized in that at least one of the user information, the product information, seller information, payment information, and order information is displayed according to a preset menu structure. According to clause 9,
The step of performing purchase processing of the product is,
A Metaverse environment, characterized in that selection information is provided to inquire whether to proceed with credit card, mobile phone, account transfer, virtual currency, and Metaverse points, and the payment method is selected according to the user's selection input for the selection information. How to provide services. According to clause 9,
Further comprising providing a user interface for product management of the shopping mall object,
The user interface for product management of the shopping mall object is,
It provides an administrator page that classifies and provides the user information, buyer information, number of products in the shopping mall exposed to the shopping mall, and the order information on a preset dashboard, and displays the order information in connection with calendar information. A method of providing services in a metaverse environment. According to clause 9,
The step of transmitting the product information, payment information, and order information to the commerce server is,
A method of providing services in a metaverse environment, characterized in that the purchased product information, payment information, and order information are linked to buyer information and seller information, respectively, to generate and display processed management information.

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