Future coin data management system

Abstract

We provide a data management system for future coins that digitizes aid and volunteer activities, and enables aid and volunteer activities for others, local communities, and the global environment to become hope for the future and be converted into compensation, so that aid and volunteer activities can be digitized and left in a visible form for future generations. [Solution] Future-type coin 1, which is a digital coin to be issued in the future, is managed and used by a data management unit 2. The data management unit 2 manages the traceability of a provider 6 of aid activity 3 for a project 5 set up in advance by a creator 4 of the aid activity 3, and manages future-type coin 1 to be issued in the future in conjunction with the provision of aid activity 3 for project 5. Future-type coin 1 is set up so that it only becomes valuable when it is transferred, and is configured to be freely usable.

Description

[Technical field]

[0001] This invention belongs to the technical field of data management systems for digital coins (hereinafter also referred to as "future coins") that digitize aid activities (hereinafter used to refer to a broad range of desired activities including volunteer activities, charitable activities, etc.), and more specifically, it relates to a data management system for future coins in which aid and volunteer activities are turned into digital information that will remain visible to future generations, and in which aid for other people, local communities, the global environment, etc. becomes hope for the future and is converted into compensation. [Background technology]

[0002] After the war, Japan rose to become a developed nation with economic growth, and developed into a safe and prosperous country that can be proud of its daily life. However, in Japan, despite the fact that we have access to convenience in all aspects of life, we are moving towards a society where families and communities are divided, the aging of the population is progressing, the number of lonely deaths and vacant houses is increasing, young people cannot find hope for the future, and the population continues to decline. Modern Japan has become a society where people cannot feel truly happy, even if they compare themselves to others, compete with each other about how superior they are, and how much money and things they have. In Japan, the gap between the rich and the poor has widened more than ever before, and it is becoming difficult to see what we are living for, what work is, what family is, and what community is. For the majority of people, the income they earn from their daily work is a means to live, and they have no other means of earning an income. Even in a world where hope for the future has been lost, we want to create a society where many people are rewarded. We need a system where ambitious efforts and activities that bring hope for the future, such as aid and volunteer work for others, for future children, for the community, for society, for the country, and for the earth, can be returned in the form of a new source of income in the future, in addition to the income earned from daily work.

[0003] Further details are provided below. There are many problems all over Japan, including vacant houses, abandoned areas, and abandoned land, which are negative legacies of past industrial and production activities and daily life activities. Many of these have been left abandoned and no one has touched them, so to speak, in a state of "stopping." On the other hand, the gap between rich and poor has become more severe in recent years, and Japan today is a society where hope for living with a sense of possibility for the future has been lost. These issues are thought to be caused by the fact that we are now only able to judge things based on visible unit values ​​(e.g. monetary compensation, compensation for labor, ownership of goods) or by comparing ourselves to others. It is difficult to resolve these issues using existing systems, policies, and initiatives, and the current situation is that there are no means of resolving them. Furthermore, there is no system for creating the future and living in it, or for creating to be rewarded. In today's society, where we can only pay for the time we lose every day with a "visible reward in the present," there is no service that can convert rewards or value into rewards at some point in the future after delivering activities and actions that will bring "happiness" to people and regions in the future. As the population continues to decline, it is expected that the number of things that could be called negative heritage will continue to increase in the future. In this context, it is urgent to create a system that can regenerate and revive what is currently considered negative heritage, so that it can be valuable in the future.

[0004] In relation to this, for example, Patent Document 1 listed below discloses a method for supporting support activities between members using a computer, the method comprising a support content acquisition step of acquiring one or more support contents to be provided from one or more support members who wish to provide support, a usage content acquisition step of acquiring usage contents for which support is desired to be received from a user member who wishes to receive support, and a search and notification step of comparing the usage contents with the support contents in response to a request from the user member, searching for support contents that are similar to the use contents and support members corresponding to the support contents, and notifying the user member of the search (see claim 1 in Patent Document 1). [Prior art documents] [Patent documents]

[0005] [Patent Document 1] JP 2003-208498 A Summary of the Invention [Problem to be solved by the invention]

[0006] The invention of Patent Document 1 allows user members to easily search for support members who can provide the type of assistance they want, and as a result, the administrator can easily find support members who can provide the type of assistance the user members want, making it possible to support support activities between members; however, the technology of this support method for support activities is far from a system in which ambitious efforts and activities that provide hope for the future, such as support activities and volunteer work, are returned in a tangible form as a new source of revenue in the future in addition to the income earned from daily work.

[0007] Therefore, it is necessary to develop a digital coin and its data management system that will be a "trigger" for creating an environment where people can have hope for the future, and to create a society that can project a future full of hope. In other words, it is very important for many people living today to "not judge things only by the "visible compensation in the present" or by comparing themselves to others, but to foster and practice feelings of support and encouragement for a brighter future, to invest in efforts for a better future, and to "realize" the importance of the time axis of the past, present, and future, etc., in order to recognize anew the sense of stagnation and deadlock that has existed in all fields from the postwar period to recent years, and to overcome and break through it on their own. This digital coin will create dreams and hopes for all people who are engaged in high-minded activities such as aid, support, and charity work, and will contribute to the creation of the world with the act of searching for people who are doing good and wonderful things, providing a mechanism for obtaining compensation in the future that cannot be obtained through daily labor. With this invention, compensation for aid and volunteer work that will be decided in the extraordinary future will be converted into hope, excitement, and expectations, making it possible to provide it for the future as new value that everyone can experience. Therefore, the issue that needs to be resolved is how to realize a data management system for a future coin, a digital coin that will protect for the future the important things and experiences that become obsolete and are lost every day, and that will enable all people living today to leave resources and hope for the future, and to realize a society in which all people can feel rewarded in the future.

[0008] The present invention has been devised in light of the above problems, and its purpose is to provide a data management system for future coins that digitizes relief activities and volunteer activities, and turns relief activities and volunteer activities for others, local communities, the global environment, etc. into hope for the future and into compensation, so that relief activities and volunteer activities can be turned into digital information and left in a visible form for future generations. [Means for solving the problem]

[0009] As a means for solving the above problems, the invention described in claim 1 is a data management system in which a future coin 1, which is a digital coin to be issued in the future, is managed and utilized by a data management unit 2, (a) The data management unit 2 manages the traceability of the provider 6 of the aid activity 3 with respect to the project 5 previously set up by the initiator 4 of the aid activity 3; (b) The Future Coin 1 to be issued in the future in association with the provision of assistance activities 3 for the project 5 is managed; (c) The future coin 1 is The provider 6 of the support activity 3 transfers the future coin 1 generated by the provision of the support activity 3 to a third party 7. assignment doIt is characterized by being designed to generate value for the first time and being freely usable. It is a data management system for futuristic coins.

[0010] The invention described in claim 2 is characterized in that the future type coin 1 is: It consists of 10 open coins and 11 hidden coins. The project 5 is managed by being linked to a management ID code 50 that is predetermined for the project 5. A data management system for future coins as described in claim 1.

[0011] The invention described in claim 3 is that the hidden coin 11 included in the future type coin 1 is The mechanism is such that when the future coin 1 is transferred to a third party 7, it is given to the provider 6 of the aid activity 3. A data management system for future coins as described in claim 1.

[0012] The invention described in claim 4 is characterized in that the hidden coin 11 of the future type coin 1 is, The number of coins issued to the provider 6 of the support activity 3 for the project 5 is generated at a coefficient exceeding the number of coins granted, and the future type coin 1 ultimately held by the support activity provider 6 is configured not to decrease. A data management system for future coins as described in claim 3.

[0013] The invention described in claim 5 is It only becomes valuable once it is transferred Future coin 1, When the results of the above aid activities 3 are produced in the future Support Distributed by the creator of activity 3, 4 The The value of Future Coin 1 is determined, and at that point, points, local currency K1, cryptocurrency K2, electronic money K 3 and It is characterized by being configured to enable linkage and exchange, A data management system for future coins as described in claim 1, 2, 3 or 4.

[0014] The invention described in claim 6 is characterized in that the data management unit 2: A data authentication unit application that is provided with a processor, a RAM, an internal hard disk device, a communication interface, and an input / output user interface and that is linked to the data management unit 2 to determine and authenticate whether or not access is permitted; The data management unit 2 includes data D2 for each project 5, data D3 and D4 for the initiators 4 and providers 6 of the support activities 3 for the project 5, and data D1 for the future coin 1 and hidden coin 11, which are the digital coins. The data management unit 2 can be accessed from a terminal T having an access right. A data management system for future coins as described in claim 1, 2, 3 or 4.

[0015] The invention described in claim 7 is characterized in that the data management unit 2: The data D1 of the future coin 1 (10), the data D2 of the project 5, and the data D4 of the provider 6 of the aid activity 3 are recorded and managed on the blockchain 9, and the NFT 8 linked to the management ID code 50 is configured to be freely issued. Claim Section 2 This is a data management system for future coins described in. Effect of the Invention

[0016] According to the data management system for future coins of the present invention, aid activities can be digitized using a digital coin called a "future coin," and a system can be realized in which aid activities for others, local communities, the global environment, etc. become hope for the future and are converted into compensation, and aid activities become digital information that can be left in a visible form for future generations. [Brief description of the drawings]

[0017] [Figure 1] This is a diagram showing the key components of the data management system for future coins. [Diagram 2]FIG. 2 is an explanatory diagram showing the acquisition status of future coins by the support activity provider and a third party in FIG. 1. [Diagram 3] This is a configuration diagram focusing on the data management section in the data management system for future coins. [Figure 4] FIG. 13 is a flow diagram showing the screen of the person who proposes the aid activity of the present system. [Diagram 5] FIG. 13 is a flow diagram showing the personal registration screen of an aid activity provider of the present system. [Figure 6] This is the field list screen (for viewing) of this system. [Figure 7] FIG. 13 is a flow diagram showing the participation input screen for aid activity providers of the present system. [Figure 8] This is a flow diagram showing the future coin transfer screen of the present system. [Figure 9] This is a flow diagram showing the future coin receiving screen of the present system. BEST MODE FOR CARRYING OUT THEINVENTION

[0018] A preferred embodiment of the data management system for future coins of the present invention will be described with reference to the drawings. As shown in Figure 1, the data management system for this Future Coin is a data management system in which digital coins (1) to be issued in the future, named "Future Coins," are recorded and managed in a data management unit 2, and can be used freely. As will be described in detail later, Future Coins 1 are linked to a management ID code 50 that is predetermined for a project 5 proposed by a proposer 4 of an aid activity 3, and are managed together with other data such as the total amount of Future Coins 12.

[0019] The hardware configuration of the data management unit 2 (server center) shown in Fig. 3 can be realized in the same way as a general computer device (PC). In other words, the data management unit 2 includes a processor (details not shown), a RAM, a built-in hard disk device, a communication interface for communicating with other PCs, and an input / output user interface (display, keyboard, mouse, etc.), includes an application (program) of a data authentication unit that works in conjunction with the data management unit 2 to determine and authenticate whether access is permitted, and is configured to record, store, manage, etc. the following data and to be freely used. That is, the data management unit 2 has data D2 for each project 5 of the aid activities 3, data D3 of the initiators 4 and data D4 of the donors 6 of the aid activities 3 for the projects 5, as well as data D1 of the future coin 1 (including the hidden coin 11 described below), which is the digital coin. Each of these data D1, D2, D3, and D4 is stored and managed in various databases as video data, location information, text / character information, image data, and AR / MR / VR data. The data management unit 2 can be accessed from a terminal T (digital device) such as a smartphone having access rights, for example, via an SNS platform (see FIG. 1).

[0020] In particular, the data management unit 2 records and manages NFT (Non-Fungible Token) 8 in which data D1 of the future coin 1 (10), data D2 of the project 5 of the aid activity 3, and data D3 and D4 of the initiator 4 and donor 6 of the aid activity 3 are linked to the number of the management ID code 50 on a blockchain 9 (details omitted), and is configured to be freely issued. At that time, it is also possible to set the time and deadline.

[0021] Therefore, the above-mentioned data management unit 2 manages the traceability of the provider 6 of the aid activity 3 for the project 5 that was set up in advance by the originator 4 of the aid activity 3, manages the future-type coin 1 that will be issued in the future in conjunction with the provision of the aid activity 3 for the project 5, and is set up so that value only arises when the future-type coin 1 is transferred (used in a broad sense to include donations, etc.), and is configured to be freely usable.

[0022] The "Future Coin 1" of this embodiment will now be described in detail. (1) Purpose of Future Coin The compensation for current work and labor is mainly monetary compensation for the time worked and the results. The only mechanism for future compensation is through securities and other methods. The future coin 1 of this embodiment has a mechanism in which the act of aid activity 3 currently being carried out is itself charged as a digital coin for the future. At the time of carrying out the aid activity 3, monetary value is not necessarily found in many cases. When a specific value (including monetary value) is created in the future as a result of the aid activity 3, a compensation in place of that value is received as a thank you for the aid activity. In other words, at a specific time in the future, after the value is determined, the compensation for the Future Type Coin 1 is determined. It is distinctive in that the value of the Future Type Coin 1 is not decided now, but in the future.

[0023] (2) Basic structure of future coins The future coin 1 is composed of an open coin 10 (actual item) and a hidden coin 11 that accompanies the open coin 10 and whose existence is not immediately known. It is managed for each aid activity 3 site and is linked to a management ID code 50 that is predetermined for the project 5. The number of coins to be issued is determined in advance by the issuer (aid activity proposer 4). In other words, the aid activity proposer 4 (an individual or organization such as an orderer, who decides the rules for issuing digital coins) gives a real aid activity implementation field 5a for the project 5 proposed. For example, "Vacant house demolition and restoration project on XX year, XX month, XX day, XX town, XX house." A management ID code 50 is issued as the on-site information (for example, date and time, location, client, implementer, aid activity initiator 4, etc.), an activity number is assigned, and digital history can be managed by location, time, video, still images, etc. The digital history is managed on the blockchain 9 as NFT 8, etc. The aid activity proposer 4 can decide the total number of future-type coins 1 to be issued for each piece of on-site information, and can freely decide how many future-type coins 1 to distribute to aid activity providers 6. All of this information is also managed as digital history data in the data management unit 2. Furthermore, messages of gratitude and thanks from aid activity providers 6 can also be stored as data at the same time, and linked to future-type coins 1. The total number of future coins 1 to be issued is decided in advance by the aid activity proposer 4 for each aid activity implementation field 5a, but the number to be issued and the value of the coins in return will be determined when the results are confirmed on a future date. In other words, when the results of the aid activity 3 are produced in the future, the value, monetary price, etc. of the Future Coin 1 distributed by the aid activity initiator 4 will be determined and fixed. At that point, it will be set up to be linked and exchangeable with points 6, local currency K1, cryptocurrency K2, electronic money K3, etc. Its value will be determined by the ratio announced in advance by the aid activity proposer 4: "value ÷ total number of coins × coin holding ratio (%)." However, if the aid activity proposer 4 ultimately determines that the results have no value, the future coin 1 will have no value in the future.

[0024] (3) Transferability of future coins and the existence of hidden coins The future coins 1 generated by the provision of aid activities 3 can be transferred to a third party 7. The transferred future coins 1 can also be transferred to a third party. In addition, the future-type coin 1 (open coin 10) that the support activity provider 6 actually receives from the support activity initiator 4 as payment for the support activity 3 is also given a "hidden coin 11" that is hidden and attached to the future-type coin 1 so that the support activity provider 6 (the person himself) does not know about it. Alternatively, an embodiment may be adopted in which the existence of the "hidden coin 11" is made known to the support activity provider 6 in advance. In either case, this is to increase the incentive of the support activity provider 6. This hidden coin 11 is set up to be given to the support activity provider 6 when the future-type coin 1 is transferred to a third party 7. The hidden coin 11 is structured so that the aid activity originator 4, who has the authority to issue the future-type coin 1, generates a coefficient (for example, 1.2 times or 2 times the original coin value) that exceeds the number of coins issued and distributed to the aid activity provider 6. As a result, even if the aid activity provider 6 transfers the future-type coin 1 that he or she actually received to a third party 7, the number of digital coins that the aid activity provider 6 ultimately holds will not decrease. In other words, the total number of Future Coins 1 to be issued is decided beforehand, and the number of Future Coins 1 received by the aid activity provider 6 does not ultimately decrease, creating a situation in which it is easier to transfer (donate) Future Coins 1 to more third parties 7. The mechanism is such that the amount of Future Coins 1 held by the provider does not decrease in response to the kind action of transferring the Future Coins 1 granted as a result of aid activity 3 to a third party 7. This will create an act of transferring the Future Coin 1 held by the person to a third party 7. The compensation (digital coin) received by the person for any kind of social contribution activity, aid or volunteer work, or act of bringing joy, happiness or inspiration to people, regions or companies can be transferred to a third party 7, and the mechanism will ensure that the compensation transferred does not decrease at the same time, contributing to an environment that makes it easier to spread smiles and happiness to people, regions and society, and to the creation of a virtuous cycle of donations, presents, volunteer work and gift-giving in society. In addition, in the case where the above-mentioned future-type coin 1 is transferred to a third party 7, the increase / decrease factor (coefficient) of the future-type coin 1 held can be freely decided by the company, organization, individual, etc. that is the initiator of the aid activity 4.

[0025] (4) Traceability of Future Coins The trace data, which is the data D3 of the aid activity initiator 4 and the data D4 of the aid activity provider 6, is linked to the future coin 1. In other words, the data D4 of the aid activity provider 6 makes it possible to look back and confirm the process by which the future coin 1 donated to a third party 7, aid worker, volunteer, charity worker, volunteer, etc. was created as trace data. Furthermore, the trace data can be closed by specifying the scope of disclosure. The third party 7 who has been given the future-type coin 1 can store a message of thanks, gratitude, etc., along with his / her own activity record and activity report, as digital data, and link it to the future-type coin 1 and send it to the aid activity provider 6 who gave it to him / her. After the value of the above-mentioned Future Coin 1 is determined and exchanged / consumed for other points or local currency K1, the trace data is also deleted. However, the aid activity provider data D4 can be stored and viewed in the future as data on the provider's activities, and a list of past aid activity data can also be viewed as a digital history.

[0026] An embodiment of the data management system for this future coin shown in Figures 1 and 2 will be described below. The aid activity proposer 4 is the person who proposes the project 5 of the aid activity 3, specifically the individual or organization who orders the project 5, and has the authority to decide the rules for issuance. The projects 5 proposed by this aid activity proposer 4 are referred to as "Project A," "Project B," ... "Project E," as shown in the upper part of Figure 1. Each project 5 is pre-determined with a management ID code (number) of 50, a total number of future type coins of 12, and physical future type coins 1 (10 open coins) as follows: In "Project A", the management ID code 50 is assigned the number "101", the total number of future-type coins 12 is "200" coins, and the open coin 10 of future-type coin 1 is "100" coins. In "Project B", the management ID code 50 is assigned the number "201", the total number of future-type coins 12 is "200" coins, and the open coin 10 of future-type coin 1 is "100" coins. In "Project C", the management ID code 50 is assigned the number "301", the total number of future-type coins 12 is "400" coins, and the open coin 10 of future-type coin 1 is "100" coins. In "Project D", the management ID code 50 is assigned the number "401", the total number of future-type coins 12 is "500" coins, and the open coin 10 of future-type coin 1 is "100" coins. In "Project E," management ID code 50 is assigned the number "501," the total number of future-type coins 12 is "600," and the open coin 10 of future-type coin 1 is "100."

[0027] <About Project E> The following explains the chronological order using the above-mentioned project E as an example (see Figures 1 and 2). Aid activity providers 6 (also indicated as "E'") who agree with aid activity 3 of "Project E" carry out aid activities in the actual aid activity implementation field 5a (also indicated as "E"). This aid activity implementation field E is assigned a management number and activity number e for management purposes. When the results of aid activity 3 are produced in the future, aid activity initiator 4 determines the value and price of future coin 1, and notifies aid activity provider 6 of this. A support activity provider 6 (symbol E') who provides a support activity 3 in the field 5a can be provided with an actual open coin 10 (future-type coin 1) according to the role and activity as exemplified below. The number of open coins 10 (actual item) of this future-type coin 1 varies depending on the content of the support activity 3 described below. In FIG. 1, the support activity provider 6 indicated by the symbol E1' is, for example, a designer, and the number of open coins 10 is set to 20 coins, and the number of hidden coins 11 is set to 100 coins. This is determined and fixed by the support activity initiator 4 when the result of the support activity 3 is produced in the future. In FIG. 1, the support activity provider 6 indicated by the symbol E2' is, for example, a builder, and the number of open coins 10 is set to 50 coins, and the number of hidden coins 11 is set to 300 coins. In FIG. 1, the support activity provider 6 indicated by the symbol E3' is, for example, a designer, and the number of open coins 10 is set to 30 coins, and the number of hidden coins 11 is set to 200 coins. Depending on the content of such a relief activity 3, the relief activity provider 6 will acquire the future coin 1 in the future, and will acquire the hidden coin 11 by transferring (donating) it to a third party 7 (symbols E1'', E2'', E3'') who performs the kind act. It can also be exchanged for local currency K1, cryptocurrency K2, electronic money K3, etc. The third party 7 (symbols E1'', E2'', E3'') can also transfer the Future Coin 1 to another third party.

[0028] The basic process flow (shown in simplified diagrams on a PC screen) of the data management system for future coins shown in Figs. 4 to 9 will be described below. <Proposer screen> First, FIG. 4 shows the screen of the aid activity initiator 4. On the screen indicated by the symbol S100, enter the name of the aid activity implementation field 5a for the project 5, and when you move to the next screen, on the registration screen of S101, enter the specific details of the illustrated example that you have decided on regarding the future coin 1. Once you have completed the input, confirm on the screen of S102 and then send it, and the registration will be completed as shown on the screen of S103, and the management "ID code" 50 will be issued. <Personal registration screen> FIG. 5 shows the personal registration screen. This is the screen where a provider 6 of an aid activity 3 registers personal information. As in the S200 screen, the user enters their name, address, date of birth, contact information, email address, and password. Once the information is complete, the user submits it in the S201 screen, and registration is complete as in the S202 screen, and a "personal identification code" 60 is issued. <Field list screen for viewing> FIG. 6 shows a list screen of the field 5a for viewing. As shown in the screen in S300, for example, a list such as "1. Vacant Old House A Number of Coins xxxx" and the implementation period are displayed and can be viewed. <Screen that aid providers enter when participating> FIG. 7 shows the screen through which the relief activity provider 6 enters information when participating. On the screen of S400, enter the personal identification code 60 issued upon personal registration in FIG. 5, and on the next screen of S401 to which you transition, select the desired field 5a. Then, on the next screen of S402, the participation conditions, such as the period, the issuance conditions of the future coin 1, the date of value determination, and the value standard conditions, are displayed. If you agree to these, click "Participate". Then, after confirmation on the screen of S403, send it and registration is completed (S404). <Transfer screen> FIG. 8 shows the transfer screen for Future Coin 1. On the S500 screen, you can set the number of Future Coins 1 (10) to be transferred, issue a code, and turn trace data ON / OFF. Once you have confirmed this, click "Send." You will then be redirected to the S501 screen, which will display a message stating that XXXXX Hidden Coins 11 have been issued. After confirming this and moving on to the next screen, a confirmation screen for the message from the donation (transfer) recipient will be displayed (S502). After confirming the message, for example, as shown in S503, a message such as "We will continue to do our best to bring smiles to many people" will be displayed. <Receipt screen> FIG. 9 shows the screen for receiving the Future Coin 1. After downloading and launching the app for this system and logging in, clicking "Receive" on the screen displayed in S600 will cause the camera to start in S601, and various methods of receiving (data exchange) will be displayed. For example, the code 50 can be entered as in the screen in S602, or read using a QR code (registered trademark) as in S603. Alternatively, a receiving form using a marker or far-infrared communication, or AirDrop (registered trademark) or Bluetooth (registered trademark) (not shown) can also be suitably implemented. If you do, the number of Future Coins 1 will be displayed on the screen in S604, and you can choose from "Receive," "Don't receive," "Donate a portion," or "Donate all." If you select "Receive," the transition screen in S605 will display that you have received XX coins, and once you have confirmed this, the process is complete. On the other hand, if you select "Donate a portion" or "Donate all," you will select the donation destination (third party 7) on the screen in S606, and then confirm the number of coins to be transferred on the following screen in S607 before completing the process.

[0029] Although the examples provided have been described above based on the drawings, it should be noted that the present invention is not limited to the illustrated examples, and includes the scope of design modifications and application variations that are normally made by those skilled in the art, provided that they do not deviate from the technical concept thereof. [Explanation of symbols]

[0030] 1. Future Coin 10 Open Coins (Spot) 11 Hidden Coins 12 Total number of future coins 2 Data Management Department 3 Assistance activities 4. The initiator of the aid project 5 Projects 5a Fields where aid activities are carried out 50 Management ID Code 6 Assistance providers (A', E1', E2', E3') 60 Personal Identification Code 7 Third party (A'', E1'', E2'', E3'') 8. NFTs 9. Blockchain T-Terminal D1 Future Coin Data D2 Project Data D3 Data on the initiator of the aid activity D4 Aid provider data K1 Community Currency K2 cryptography K3 Electronic Money

Claims

1. A data management system in which a future coin, which is a digital coin to be issued in the future, is managed and utilized by a data management unit, (a) the data management unit manages traceability of a provider of the aid activity for a project set in advance by a creator of the aid activity; (b) The Future Coin to be issued in the future in association with the provision of support activities for the project will be managed; (c) The Future Type Coin is configured so that it only becomes valuable when the provider of the support activity transfers the Future Type Coin generated by the provision of the support activity to a third party, and is configured to be freely usable. A futuristic coin data management system.

2. The future coin is: It consists of open coins and hidden coins. The project is managed by being linked to a management ID code that is predetermined for the project. A data management system for future coins according to claim 1.

3. The hidden coins included in the future coins are: The mechanism is characterized in that, when the future coin is transferred to a third party, it is given to the provider of the aid activity. A data management system for future coins according to claim 1.

4. The hidden coin of the future coin is: The number of future coins issued to the project supporters is greater than the number of coins provided, and the number of future coins held by the supporters is not reduced. A data management system for future coins according to claim 3.

5. Future coins, which only have value once they are transferred, The value of the future coin distributed by the initiator of the aid activity will be determined when the results of the aid activity are realized in the future, and at that point, it will be possible to link and exchange it with points, local currencies, crypto assets, and electronic money. A data management system for future coins according to claim 1, 2, 3 or 4.

6. The data management unit The data management unit includes a processor, a RAM, an internal hard disk device, a communication interface, and an input / output user interface, and includes an application of a data authentication unit that is linked to the data management unit to determine and authenticate whether or not access is permitted; The data management unit stores data on the digital coins, i.e., future coins and hidden coins, together with data on each project and data on project initiators and providers of support activities for the project, The data management unit can be accessed from a terminal having an access right. A data management system for future coins according to claim 1, 2, 3 or 4.

7. The data management unit The future coin data, project data, and aid provider data are recorded and managed on the blockchain, and NFTs linked to the management ID code number are freely issued. A data management system for future coins as claimed in claim 2.

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