System for issuing and trading futures-type token capable of being exchanged with product to be produced in future

Abstract

Disclosed is a futures-type token issuing and trading system in which a producer issues futures-type tokens within an expected production amount of a product, and production costs of the product are financed with costs of selling the futures-type tokens. In this regard, provided is the futures-type token issuing and trading system comprising: a producer terminal that receives an input of information about a token exchangeable with a futures-type token and transmits same to the outside; a purchaser terminal that receives an input of personal authentication information, generates purchase request information including a token type and the quantity according to a signal input from a purchaser, and transmits the personal authentication information and the purchase request information to the outside; and an issuance server that issues futures-type tokens of which the total quantity, a type of a product that can be exchanged therewith, and an exchange ratio have been determined on the basis of the information about the token, processes a login procedure for a purchaser account through the personal authentication information, analyzes the purchase request information, and provides a matching futures-type token from among the issued futures-type tokens to the purchaser account or the purchaser terminal. According to the present invention, because the right to exchange a futures-type token with a product is secured, the product having a higher value than a purchase cost of the futures-type token can be provided later.

Description

A futures token issuance and trading system that can be exchanged for future products.

[0001] The present invention relates to a futures token issuance and trading system that can issue and trade futures tokens that have an exchange right for a product to be produced in the future, and more specifically, to a futures token issuance and trading system that can issue futures tokens within the expected production volume of a target product, can procure the production cost of the target product with the cost of selling the futures tokens, and provides an environment in which futures tokens can be traded.

[0002]

[0003] Currently, the issuance of digital tokens has been conducted through an Initial Coin Offering (ICO). An ICO is a public offering, whereby a business issues blockchain-based cryptocurrency tokens and sells them to investors to raise funds. Once these tokens are listed on a cryptocurrency exchange, investors can buy and sell them for profit. Furthermore, since investment funds are received in cryptocurrencies like Bitcoin or Ethereum rather than cash, anyone can invest regardless of nationality.

[0004] However, since ICOs do not have public underwriters and are sold directly by business entities, there is no auditing, anyone can raise funds, and there are no clear listing standards or regulations like IPOs, so the rules for ICOs can be created by the business entity, allowing for fairly free fundraising. This is why fraudulent ICOs are frequently occurring around the world.

[0005] Accordingly, major countries such as Korea and China are outlawing or prohibiting ICOs, and in particular, the US authorities are recommending legal issuance of security-type digital tokens under the supervision of the SEC, and are announcing that they will make any other issuance and distribution illegal.

[0006] In this situation, projects that have already completed ICOs are going bankrupt, and digital tokens issued through ICOs are also experiencing adverse effects such as price drops, sharp declines in trading volume, and illegal use such as money laundering.

[0007] Accordingly, a Security Token Offering (STO), a method of raising funds by issuing security-type digital tokens in compliance with existing securities-related laws or exemptions, is emerging as a new type of fundraising method, particularly in the United States.

[0008] However, unlike debt securities that allow for the exercise of division rights, equity securities such as stocks or shares have legal restrictions that prevent a single stock or share from being divided, traded in division, or exercising voting rights, according to the principle of indivisibility.

[0009] On the other hand, although Futures Token Offerings (FTOs) inherently have the ability to be traded in parts, there is a technical challenge to ensure that the target product and Futures Tokens can be smoothly exchanged at the time of exercising the rights of the Futures Tokens.

[0010] Therefore, it is necessary to develop a system that raises funds by issuing gift tokens with guaranteed production under the current laws of each country and allows for safe and free trading.

[0011]

[0012] Accordingly, the purpose of the present invention is to provide a gift token issuance and trading system that allows a manufacturing company to issue and sell gift coins that have the right to exchange for products to be produced in the future, and when the exchange period stated in the gift coin arrives, the target product is received from the manufacturing company and exchanged for the gift coin, and provides an environment in which gift coins can be traded even before the exchange period.

[0013]

[0014] In order to achieve the above-described object of the present invention, in one embodiment of the present invention, a gift token issuance and transaction system is provided, including a producer terminal that receives token information including the type of target product that can be exchanged for a gift token, a predicted production quantity, and an exchangeable date, and transmits the token information to the outside, a buyer terminal that receives personal authentication information, generates purchase request information including the type and quantity of tokens according to a signal input from a buyer, and transmits the personal authentication information and the purchase request information to the outside, and an issuance server that is connected to the producer terminal and the buyer terminal via a communication network, issues a gift token in which the total quantity, the type of target product that can be exchanged, and the exchange rate are determined based on the token information, processes a login procedure for a buyer account using the personal authentication information, and analyzes the purchase request information to issue a matched gift token from among the issued gift tokens to the buyer account or the buyer terminal.

[0015]

[0016] According to the present invention, a target product having a higher value than the purchase price of the gift token can be provided to the holder of the gift token at a later date, so that a purchaser who purchases the gift token can secure the right to exchange the target product at a discounted price compared to purchasing the target product directly with cash or a card.

[0017] Furthermore, since the present invention only requires holding gift tokens in place of the target product until the target product is exchanged, there is no need for storage space for the target product. Furthermore, even before the exchange, unnecessary gift tokens can be sold to others, easily avoiding the risk of overpurchasing. In particular, if the target product secured with gift tokens becomes unnecessary, the present invention allows users to easily trade the remaining gift tokens using a trading site linked to the token issuer, rather than using a separate trading site.

[0018] In addition, the present invention can secure the production costs required for the production of the target product in advance by selling gift tokens that have the right to exchange for the target product before producing the target product, so that the production company can secure operating costs without the risk of interest, collateral, etc., and can also secure sales demand for the target product.

[0019] Furthermore, the present invention allows the purchaser of a gift token to secure significantly more money than the purchase price of the gift token when selling the target product received later, so that the transaction of gift tokens can be utilized as a means of financial investment.

[0020]

[0021] FIG. 1 is a schematic diagram illustrating a gift token issuance and transaction system according to a first embodiment of the present invention.

[0022] Figure 2 is a schematic diagram illustrating a gift token issuance and transaction system according to a second embodiment of the present invention.

[0023] Figure 3 is a schematic diagram illustrating a gift token issuance and transaction system according to the present invention.

[0024] Figure 4 is a configuration diagram for explaining a gift token issuance and transaction system according to a third embodiment of the present invention.

[0025]

[0026] Hereinafter, with reference to the attached drawings, a gift token issuance and transaction system (hereinafter referred to as “gift token issuance and transaction system”) that can be exchanged for products to be produced in the future according to preferred embodiments of the present invention will be described in detail.

[0027]

[0028] FIG. 1 is a schematic diagram for explaining a gift token issuance and transaction system according to a first embodiment of the present invention, and FIG. 2 is a schematic diagram for explaining a gift token issuance and transaction system according to a second embodiment of the present invention.

[0029] Referring to FIGS. 1 and 2, a gift token issuance and transaction system according to the present invention includes a producer terminal (100) that receives token information required for generating a gift token from a producer and transmits it to the outside, a buyer terminal (200) that receives purchase request information from a buyer and transmits it to the outside, and an issuance server (300) that issues a gift token based on the token information provided from the producer terminal (100) and sells a gift token that matches the purchase request information provided from the buyer terminal (200) among the gift tokens being sold to the buyer, and may further include an exchange server that provides a transaction site so that the buyer can trade the gift token purchased from the issuance server (300) with another person.

[0030] In this way, in the gift token issuance and transaction system according to the present invention, gift tokens having the right to be exchanged for products to be produced in the future are created and sold at the request of producers, and a portion of the sales cost of the gift tokens can be provided to the producers, so that producers can secure the production cost of products through the gift tokens, and buyers can sell any remaining gift tokens purchased that are not exchanged for the target product to others.

[0031] At this time, producers can freely set the selling price of gift tokens. For example, if the selling price of gift tokens is set lower than the price of the product for which the gift tokens can be exchanged, preferably 10% to 50% of the price of the product, buyers purchasing gift tokens can enjoy the economic benefit of purchasing the product at a lower price than the actual price.

[0032] The goods exchanged for these gift tokens can be any of the following: intangible rights, industrial products, salt, agricultural products, marine products, crude oil, or minerals. Intangible rights may include copyrights, service provision rights, and performance participation rights.

[0033] The above copyright refers to the copyright for creative works such as novels, music, and webtoons that have not yet been created but will be created in the future.

[0034] The above service provision rights refer to a supply contract for services that cannot be provided currently but can be provided based on a professional license obtained in the future, or services that can be provided in the future regardless of the presence or absence of a professional license. For example, since legal services can only be provided by individuals who have obtained a lawyer's license, a product may include a contract for legal services that can be provided in the future after obtaining a lawyer's license, even if the individual has not yet obtained one.

[0035] The above performance participation right refers to a contract to participate in the production of future performances by participating as a staff member, director, planner, etc.

[0036]

[0037] Below, each component is described in more detail with reference to the drawings.

[0038] Figure 3 is a schematic diagram illustrating a gift token issuance and transaction system according to the present invention.

[0039] Referring to FIGS. 1 and 3, the gift token issuance and transaction system according to the present invention includes a producer terminal (100).

[0040] The above producer terminal (100) is a terminal possessed by a producer who produces target products such as industrial products, agricultural products, marine products, and minerals within a pre-designated period, and procures funds in advance for the sale of gift-type tokens on the condition of providing future products, and is connected to the issuing server (300) via a wired or wireless communication network (hereinafter, abbreviated as “communication network”).

[0041] Here, a communication network means a connection structure that enables information exchange between each node, such as multiple terminals and servers, and examples of such a communication network include a local area network (LAN), a wide area network (WAN), the Internet (WWW), a wired and wireless data communication network, a telephone network, and a wired and wireless television communication network. Examples of wireless data communication networks include, but are not limited to, 3G, 4G, 5G, 3GPP (3rd Generation Partnership Project), 5GPP (5th Generation Partnership Project), LTE (Long Term Evolution), WIMAX (World Interoperability for Microwave Access), Wi-Fi, the Internet, LAN (Local Area Network), Wireless LAN (Wireless Local Area Network), WAN (Wide Area Network), PAN (Personal Area Network), RF (Radio Frequency), Bluetooth network, NFC (Near-Field Communication) network, satellite broadcasting network, analog broadcasting network, and DMB (Digital Multimedia Broadcasting) network.

[0042] These producer terminals (100) receive token information from producers, including the type of target product that can be exchanged for a gift token, the predicted production volume, and the exchangeable date, and transmit the information to an external issuing server (300). At this time, the token information may further include the exchange rate between the gift token and the target product, the selling price of the target product, the financial institution account number to which the gift token sales amount will be deposited, and an external payment agency.

[0043] The above producer terminal (100) may receive producer information including the type of target product and individual identification number (ID) for applying for a gift token issuance service, and transmit the producer information to the issuance server (300) via a communication network. At this time, the producer information may include one or more of the following: a description of the target product, the producer's business registration number, address, phone number, representative email address, ID and password for login, etc.

[0044] For example, the producer terminal (100) may designate the type of product that can be exchanged for a gift token as liquid salt or solid salt, designate the annual production volume as 1,200 tons of liquid salt or 200 tons of solid salt, and designate the exchangeable date as 6 months in the future. In addition, the exchange rate of liquid salt per gift token may be set to 20 kg, and the selling price per kg of liquid salt may be set to 20,000 won.

[0045] Additionally, the producer terminal (100) may designate cabbage as the type of product eligible for exchange with a gift token, set the predicted production volume to 1 ton, and set the exchange date to 6 months in the future. Furthermore, the exchange rate for cabbage per gift token may be set to 100 kg, and the selling price per kg of cabbage may be set to 2,000 won.

[0046]

[0047] Referring to FIGS. 1 to 3, the gift token issuance and transaction system according to the present invention includes a purchaser terminal (200).

[0048] The above purchaser terminal (200) is a terminal possessed by a purchaser who wishes to purchase a gift token from the issuing server (300), and is connected to the issuing server (300) and the exchange server (600) via a communication network.

[0049] This purchaser terminal (200) receives personal authentication information from the purchaser, generates purchase request information including the type and quantity of tokens according to the signal input from the purchaser, and transmits the personal authentication information and purchase request information to an external issuing server (300).

[0050] Additionally, the buyer terminal (200) can receive exchange information for a gift token from the buyer and transmit it to the seller terminal (500), as shown in FIG. 3. In this way, the buyer who purchased the gift token provides the gift token to the seller and receives the target product (product) from the seller.

[0051] In addition, the purchaser terminal (200) can receive exchange request information for a gift token from the purchaser and transmit it to the issuing server (300).

[0052] If necessary, the purchaser terminal (200) can install an FTO (Futures Token Offering) management app via an app installation file. This FTO management app can receive purchaser information, including an individual identifier (ID), to apply for a futures token issuance service and transmit the purchaser information to the issuance server (300) via a communication network. The purchaser information may include one or more of the purchaser's date of birth, address, phone number, email address, login ID, and password.

[0053] The above FTO management app receives personal authentication information from the user to access the issuing server (300) and obtain the authority to send and receive various data, and transmits the personal authentication information to the issuing server (300) via a communication network.

[0054] The above FTO management app can generate exchange request information based on a buyer's input signal to enable the exchange of gift tokens stored in a user account and transmit the information to the issuing server (300) or the exchange server, and can output a list of gift tokens provided from the issuing server (300) through the screen of the buyer's terminal (200).

[0055] The above FTO management app can generate a transaction request signal based on a user's input signal and transmit it to the issuing server (300) or exchange server so that gift tokens can be sold to other members, and can output the transaction site provided from the issuing server (300) through the screen of the purchaser's terminal (200).

[0056] These FTO management apps can be installed on the purchaser's terminal (200) through the app installation file downloaded from the issuing server (300) through the Android market such as Play Store or One Store, the App Store, or a web page.

[0057] As needed, the purchaser terminal (200) can access the issuing server (300) through the FTO management app to receive the gift token issuing service, but can also access the issuing server (300) through a website provided by the issuing server (300) to receive the gift token issuing service.

[0058] The aforementioned purchaser terminal (200) is configured to be connected to an issuance server (300) that provides a gift token issuance service via a wireless communication network including multiple base stations, base station controllers, mobile communication exchanges, and WAP gateways, as well as a wired communication network such as the Internet. For example, the purchaser terminal (200) may be a smartphone, tablet PC, laptop computer, virtual network, virtual computer, etc.

[0059]

[0060] Figure 4 is a configuration diagram for explaining a gift token issuance and transaction system according to a third embodiment of the present invention.

[0061] Referring to FIGS. 3 and 4, the gift token issuance and transaction system according to the present invention may further include a guarantor server (400).

[0062] The above-mentioned guarantor server (400) is a server operated by a guarantor that guarantees the exchange of sold gift tokens for target products, and is connected to the issuing server (300) via a communication network.

[0063] When the guarantor server (400) receives issuance information for a gift token from the issuing server (300), it creates a payment guarantee certificate for the gift token and sends it back to the issuing server (300).

[0064] In addition, when the guarantee application information requesting performance of the payment guarantee agreement is transmitted from the purchaser terminal (200), the guarantee server (400) pays the cost to the purchaser according to the agreement of the payment guarantee agreement.

[0065] More specifically, if a gift token with a payment guarantee cannot be exchanged for a target product due to the producer's lack of preparation, the guarantor server (400) pays the buyer the cost of purchasing the target product or pays a pre-specified level of late payment fee for the period during which the exchange is delayed.

[0066]

[0067] Referring to FIGS. 3 and 4, the gift token issuance and transaction system according to the present invention may further include a seller terminal (500).

[0068] The above seller terminal (500) is a terminal possessed by a seller who sells the target product of the gift token and is registered in the issuing server (300) as a seller who sells the target product. It can be installed in the seller's store and is connected to the buyer terminal (200) and the issuing server (300) through a communication network.

[0069] When exchange information for a gift token is input from a buyer terminal (200), the seller terminal (500) generates exchange approval request information and transmits the exchange approval request information to the issuing server (300).

[0070] If necessary, the seller FTO management app can be installed on the seller terminal (500) through an app installation file.

[0071] This FTO management app for sellers receives exchange information for gift tokens along with the payment amount, creates exchange approval request information, and transmits the exchange approval request information to the issuing server (300) via a communication network.

[0072] In addition, the FTO management app for sellers can receive response information categorized as approval or rejection in response to exchange approval request information from the issuing server (300) and output it on the screen of the seller terminal (500).

[0073] These FTO management apps for sellers can be installed on the seller terminal (500) through the app installation file downloaded from the issuing server (300) through the Android market such as Play Store or One Store, the App Store, or a web page.

[0074] In this way, the seller terminal (500) can connect to the issuing server (300) through the seller FTO management app to transmit exchange approval request information related to the gift token issuance service and receive response information thereto, but can also connect to the issuing server (300) through a website provided by the issuing server (300) to provide exchange approval request information.

[0075] The aforementioned seller terminal (500) is configured to be connected to an issuance server (300) that provides a gift token issuance service via a wireless communication network including multiple base stations, base station controllers, mobile communication exchanges, and WAP gateways, as well as a wired communication network such as the Internet. For example, the seller terminal (500) may be a smartphone, tablet PC, laptop computer, desktop computer, virtual network, virtual computer, etc.

[0076]

[0077] Referring to FIGS. 1 to 4, the gift token issuance and transaction system according to the present invention includes an issuance server (300).

[0078] The above issuance server (300) is a server operated by the manager of the gift token issuance service, and is connected to the purchaser terminal (200) and producer terminal (100) via a communication network.

[0079] This issuing server (300) issues gift tokens, the total quantity, types of products that can be exchanged, and exchange rates of which are determined based on token information provided from the producer terminal (100). In addition, the issuing server (300) processes a login procedure for a buyer account using personal authentication information transmitted from the buyer terminal (200), analyzes purchase request information provided from the buyer terminal (200), and issues a matching gift token among the issued gift tokens to the buyer account or the buyer terminal (200).

[0080] When personal authentication information is provided from the purchaser terminal (200), the above issuance server (300) creates member information including a purchaser account that can pass the login procedure with the personal authentication information, and can transmit the member information including the payment details of the gift token paid to the purchaser account to an external exchange server (600).

[0081] When the above issuance server (300) receives exchange request information for a gift token from the purchaser terminal (200), it analyzes the exchange request information and extracts the delivery address, type of target product, and delivery quantity previously designated by the purchaser terminal (200) and provides them to the producer terminal (100).

[0082] The above issuance server (300) generates and stores issuance information of a gift token, including the type of product that can be exchanged, the exchange quantity, and the exchangeable date, based on the token information provided from the producer terminal (100) along with the issuance of the gift token.

[0083] The issuance server (300) transmits the issuance information to the guarantor server (400) to guarantee the performance of the gift token, and receives a payment guarantee for the gift token from the guarantor server (400). At this time, the issuance server (300) stores the payment guarantee provided by the guarantor server (400) so that it matches the gift token that is the subject of the issuance information.

[0084] The above issuance server (300) can create and provide a list of gift tokens that can be purchased by the connected purchaser terminal (200).

[0085] In this way, the issuance server (300) designs the issuance of gift tokens, verifies their distribution, and guarantees their execution. At this time, the producer reviews the quantity of the target product available for production, sets the exchange quantity for the target product, and then provides this information to the issuance server (300) via the producer terminal (100).

[0086] As a first embodiment, the issuing server (300) according to the present invention, when a purchaser purchases one first gift token for 100,000 won through an electronic payment method of the issuing server (300), issues one first gift token to the purchaser's account or purchaser's terminal (200).

[0087] As a second embodiment, the issuing server (300) according to the present invention, when a purchaser purchases six first gift tokens for 300,000 won through an electronic payment method of the issuing server (300), pays six second gift tokens to the purchaser's account or purchaser's terminal (200).

[0088] The issuance server (300) can provide a transaction site where gift tokens can be traded between members, to purchaser terminals (200) and actual user terminals connected to the issuance server (300). This is to enable purchasers who have acquired gift tokens to sell them on the transaction site managed by the issuance server (300) without having to use a separate second-hand transaction site. Purchasers who have completed the issuance server's (300) login process can access this transaction site.

[0089] In this way, the issuance server (300) provides an environment in which purchasers and actual users can find a trading target of a gift token within the gift token issuance and trading system without paying a separate cost.

[0090] The above-mentioned issuing server (300) can receive producer information from the producer terminal (100) and store it in the producer database (DB) so that the types of products that can be exchanged can be searched for in the purchaser terminal (200) and the actual user terminal (700) connected to the issuing server (300).

[0091] The above issuance server (300) can store member information provided from the purchaser terminal (200) in the member DB.

[0092] When the exchange approval request information is received, the issuing server (300) analyzes the validity of the gift token included in the exchange approval request information, and if it is a valid gift token, generates approval response information and sends it to the seller terminal (500). If necessary, the issuing server (300) may also transmit the response information to the purchaser account that owns the gift token included in the exchange approval request information.

[0093]

[0094] Referring to FIG. 2, the gift token issuance and transaction system according to the present invention may further include an exchange server (600).

[0095] The above exchange server (600) is connected to a purchaser terminal (200) and an issuing server (300) via a communication network, and connects purchasers of gift tokens and actual users who wish to use gift tokens online, thereby helping purchasers sell surplus gift tokens that they have purchased but have not used for exchange.

[0096] More specifically, the exchange server (600) provides a trading site where gift tokens paid through a gift token issuance service can be traded, and each purchaser or actual user can open a trading page where the desired purpose is disclosed.

[0097] Additionally, the exchange server (600) may receive and store member information from the issuing server (300), and provide a trading site where gift tokens can be traded as trading products to a buyer terminal (200) accessed through the FTO management app. To this end, the exchange server (600) may search for gift tokens stored in the buyer's user account at the buyer's request via the buyer terminal (200), register the gift token selected by the buyer as a trading product, and register the price entered by the buyer as the selling price of the trading product.

[0098] In addition, the exchange server (600) can automatically provide the transaction product from the purchaser's user account to the actual user's user account when the transaction party (holder of the gift token) approves the transaction.

[0099]

[0100] Although the present invention has been described above with reference to preferred embodiments thereof, it will be understood by those skilled in the art that various modifications and changes may be made to the present invention without departing from the spirit and scope of the present invention as set forth in the claims below.

Claims

1. A producer terminal that inputs token information including the type of product that can be exchanged for a gift token, the predicted production volume, and the exchangeable date, and transmits it externally; A purchaser terminal that receives personal authentication information, creates purchase request information including the type and quantity of tokens according to a signal input from the purchaser, and transmits the personal authentication information and purchase request information to an external source; and A gift token issuance and transaction system including an issuance server that is connected to the producer terminal and the buyer terminal through a communication network, issues a gift token with a total quantity, a type of exchangeable product, and an exchange rate determined based on the token information, processes a login procedure for a buyer account through the personal authentication information, and analyzes the purchase request information to issue a matched gift token among the issued gift tokens to the buyer account or the buyer terminal.

2. In paragraph 1, The above issuance server creates issuance information for gift tokens that includes the type of product that can be exchanged, the exchange quantity, and the exchangeable date. A gift token issuance and transaction system characterized by further including a guarantor server that generates a payment guarantee certificate of the gift token and sends it back to the issuance server when issuance information is received from the issuance server.

3. In paragraph 1, The above purchaser terminal receives exchange request information for gift tokens from the purchaser and transmits it to the issuing server. A gift token issuance and transaction system characterized in that, when the issuance server receives gift token exchange request information from the purchaser terminal, the issuance server analyzes the exchange request information, extracts the delivery address, type of target product, and delivery quantity previously designated by the purchaser terminal, and provides them to the producer terminal.

4. In paragraph 1, When exchange information for a gift token is entered from the purchaser's terminal, the terminal further includes a seller's terminal that generates exchange approval request information and transmits the exchange approval request information to the issuing server. A gift token issuance and transaction system characterized in that, when the above issuance server receives exchange approval request information, it analyzes the validity of the gift token included in the exchange approval request information, and if it is a valid gift token, it generates approval response information and sends it to the seller terminal.

5. In the first paragraph, the issuing server A gift token issuance and transaction system characterized by generating and providing a list of gift tokens that can be purchased through a connected purchaser's terminal.

6. In paragraph 1, A gift token issuance and transaction system characterized by receiving and storing member information from the issuing server, providing a transaction site where gift tokens can be traded as a trading product on a buyer's terminal connected to the issuing server, and further including an exchange server that provides gift tokens from the buyer's user account to the actual user's user account when the transaction party approves the transaction.

7. In paragraph 1, the token information is A gift token issuance and transaction system characterized by further including an exchange rate between the gift token and the target product and a sales price of the target product.

8. In paragraph 1, the purchaser terminal A gift token issuance and transaction system characterized by having an FTO management app installed that receives purchaser information including an individual identification symbol to apply for a gift token issuance service and transmits the purchaser information to the issuance server via a communication network.

9. In the first paragraph, the issuing server A gift token issuance and transaction system characterized by providing a transaction site where gift tokens can be traded between members to the purchaser terminal and actual user terminal connected to the issuance server.

10. In the first paragraph, the issuing server A gift token issuance and transaction system characterized by receiving producer information from a producer terminal and storing it in a producer database so that the types of exchangeable target products can be searched for from a buyer terminal connected to the issuing server.

Images