KR102552628B1 - Membership management apparatus using blockchain - Google Patents

Abstract

It relates to a blockchain-based membership management device, which is based on a user's activity history for a media production platform provided by a server, and transfers membership information granted to the user through consensus execution to a blockchain. It may include a membership management engine unit that records and manages.

Description

Membership management device using blockchain {MEMBERSHIP MANAGEMENT APPARATUS USING BLOCKCHAIN}

The present application relates to a membership management device using a blockchain.

Media refers to the means provided to exchange one's intentions, emotions, or objective information in human society. Furthermore, various means of communication and information delivery newly developed according to the development of electronic technology are called new media instead of the existing information delivery means such as newspapers and broadcasting. Currently, the concept of 'media' can be seen as being used in a comprehensive sense by adding the concept of new media to the basic meaning.

The OECD defined the content and media industry as 'an industry related to the production, publication or electronic distribution of content products'. Later, in 2009, the content industry was conceptualized as 'the production of goods and services as an industry that informs, educates, and entertains mainly through mass media', while providing informational, cultural, and entertainment products with the intention of delivering organized messages to humans. It is defined as an industry that produces, publishes, or distributes human content. The content and media industry in the United States is commonly referred to as the entertainment industry, which is an industry that provides entertainment-related products and services to consumers, and includes all processes such as creation, production, distribution, and consumption of entertainment.

A common problem in the conventional media production environment is the centralized and unfair practice.

Specifically, about 50% of production of broadcast media is currently being carried out through outsourcing production companies, but there are problems such as production environment/copyright/standard contracts due to unfair practices between broadcasting companies, production companies, and workers. In particular, more than 95% of media production-related parties (for example, public artists, field staff, technical workers, etc.) are freelancers, and contracts are signed only for the period of program production, and most of copyright (Intellectual Property, IP) is There are problems such as belonging to a broadcasting station.

In addition, in a conventional media production environment, an irrational profit distribution phenomenon occurs between a video sharing platform and creators. As a representative example, YouTube has a profit distribution structure of [YouTuber : Google = 55 : 45], and Afreeca TV has a structure in which the platform takes 30% of the profits from donations. This conventional revenue distribution structure can be seen as a structure in which the mediation platform takes excessive revenue distribution to the creator.

In addition, the distribution of proceeds between existing entertainment and public artists occurs in a ratio of 8:2 to 5:5 depending on the type of contract. As the power of entertainment, which plays a central role between entertainment industry activities and popular artists, has grown, it has reached the level of unfair contracts.

Meanwhile, changes in the investment flow related to IP (copyright) of media contents are as follows.

In the field of media contents, convergence between genres and industries is taking place. More than 90% of traditional content-related investments have been mainly made by companies, funds, and broadcasting stations. Currently, major changes are taking place, such as pre-production by large producers, production of original contents by OTT platforms, and the emergence of content IP funding companies and related platforms. The entry of global services into the Korean market is also expanding.

In addition, the MZ generation (born in the early 1980s to early 2000s) is emerging as a new mainstream in the investment market. It is different from the older generation in quickly adapting to new trends such as fintech (financial technology) and making systematic investments through active learning. In particular, they acquire and study new information through YouTube and have little fear of new investments. The scope for investment in sculptures such as stocks/building equity/P2P finance/artworks is expanding, and the trend for investment is changing led by the MZ generation.

Therefore, it is urgently required to develop a technology capable of effectively solving the problems of the conventional media content production environment while considering the above-described changes in the investment flow related to media content IP.

The background technology of the present application is disclosed in Korean Patent Registration No. 10-1873897.

The purpose of the present application is to solve the above-mentioned problems of the prior art, and to provide a membership management device using a block chain that can improve the conventional profit distribution structure in which the mediation platform takes excessive profit distribution to the creator. .

The present application is to solve the above-mentioned problems of the prior art, and provides a media content production system using a block chain that can effectively solve the problems of the conventional media content production environment while considering changes in the investment flow related to IP of media content. intended to do

However, the technical problem to be achieved by the embodiments of the present application is not limited to the technical problems described above, and other technical problems may exist.

As a technical means for achieving the above technical problem, the blockchain-based membership management device according to an embodiment of the present application is based on the user's activity history for the media production platform provided by the server, and through consensus execution A membership management engine unit for recording and managing membership information granted to the user in a blockchain may be included.

In addition, in the blockchain-based membership management device according to an embodiment of the present application, a membership leveling unit that calculates and manages a membership level of a user using the platform based on a platform score given according to a user's activity history using the platform. Further, the membership leveling unit may calculate a membership level of each user according to a predefined membership policy.

In addition, the blockchain-based membership management device according to an embodiment of the present application further includes a digital asset supply unit for calculating the amount of digital assets issued and issuing digital assets according to the change in the status of the platform, and the membership leveling unit, the user Digital assets issued by the digital asset supply unit can be distributed to users as rewards based on the membership level of .

In addition, the blockchain-based membership management device according to an embodiment of the present application, when a transaction occurs on the platform, selects a verification node that performs verification of the transaction and validates the transaction for the selected verification node. The membership management engine unit may block transactions validated by the verification node based on a result of the agreement by performing the agreement, and record and manage the transaction in the blockchain. there is. Here, the transaction may include a transaction on an agenda related to membership information.

In addition, the consensus performing unit randomly selects a preset number of nodes among the nodes belonging to a plurality of groups as verification nodes, and performs the agreement based on the authentication of users bound to the selected verification nodes. can

Also, the transaction may include transactions for multiple types of items, and the plurality of types of items may include at least one of project-related items, membership-related items, coin issuance items, and policy-related items.

Meanwhile, a media content production system using a blockchain according to an embodiment of the present application includes a server that produces and manages media content in relation to a project and provides a blockchain-based media production platform to users; A participant terminal, which is a terminal of a participant who participates in media content production as a first type of user using the platform; and an investor terminal that is a terminal of an investor who invests in media content production as a second type of user using the platform, wherein the server is a block chain and is a digital asset based on at least one of the amount of use and project amount of the platform. Compensation may be paid to users using the platform using a predefined Proof of Merge (PoM) membership mechanism so that the issuance amount is determined.

In addition, the project includes a program-type project and a personal-type project, the program-type project is a broadcast-related project including drama, entertainment, and culture, and the personal-type project is a project related to an influencer who operates a personal channel. can

In addition, the server may secure a copyright share ratio of the media content by using non-fungible tokens (NFTs) of the block chain for an amount necessary for pre-production of the media content, and then actually produce the media content.

In addition, the server may include a first processing unit related to planning selection/voting for performing planning selection and voting; A second processing unit related to investment/financing that procures funds necessary for the production of media contents and pays NFTs according to the investment amount; a third processing unit related to content creation that produces media content; a fourth processing unit related to supply/sale that supplies and sells produced media contents; And in relation to the produced media content, it may include a fifth processing unit related to revenue distribution for distributing revenue from the sales amount of advertising / PPL / OTT / overseas copyright according to NFT shares.

In addition, the server receives a project-related plan from the participant terminal of the participant, and as a result of voting on the received plan, the received plan is selected as a production plan, a project that is a project of the selected production plan. Calculate the production cost, proceed with investment-based fundraising for the amount corresponding to the calculated production cost, and respond to the project that can be carried out based on the amount raised when the fundraising of the calculated production cost is completed by the investment-based fundraising process After pre-production of the media content to be performed, when the pre-production is completed, the produced media content can be sold, and the revenue generated by the sale can be distributed.

In addition, the server issues a predetermined number of NFTs, which are digital assets, for the workable project when the production target proposal is selected, and the completion of the fundraising of the calculated production cost is based on the investment by a plurality of investors. In this case, the NFTs issued in the project can be differentially paid as equity-type digital assets to each of the plurality of investors at a rate corresponding to the investment amount according to the investment amount invested by each of the plurality of investors.

In addition, the plurality of investors who have received the equity-type digital assets will have shares in the copyright of the project as equity owners of the project, and the server will use the revenue generated from the sale of the sold media content. It is distributed in a preset ratio to users related to the production of the media content sold, and to the users related to the production of the media content sold, the creator, who is the participant who created the media content, and equity-type digital assets are paid and the copyright share of the media content A stake holder who owns and a manager providing the platform are included, and the preset ratio may be set so that the creator has a larger value than the stake holder and the manager.

The above-described problem solving means are merely exemplary and should not be construed as intended to limit the present disclosure. In addition to the exemplary embodiments described above, additional embodiments may exist in the drawings and detailed description of the invention.

According to the above-described problem solving means of the present application, by providing a membership management device (ie, PoM membership mechanism) using a block chain, the conventional revenue distribution structure in which the mediation platform takes excessive revenue distribution to the creator is effectively improved, Passive Income can be made according to the user's activity, and users' voluntary participation in the platform can be encouraged.

According to the above-described problem solving means of the present application, by providing a media content production system using a block chain, it is possible to effectively solve the problem of the conventional media content production environment while considering changes in the investment flow related to IP of media content. In other words, the present application can provide a media content production environment that is free from unfair practices in the existing centralized production system.

According to the above-mentioned problem solving means of the present application, by providing a media content production system using a block chain that applies the functions and characteristics of the block chain to the overall media content production environment, centralization problems are improved and IP (copyright) related investment is improved. can be provided for convenient and safe use. In addition, the present application can enable not only existing media content main investors (corporations, VCs, etc.), but also individual users to participate in the production of media content and to make investments. In addition, the present application can provide users to easily invest in media content production and generate profits through a mobile application, and for example, the MZ generation, a new mainstream in the investment sector, can be the main target in the investment sector.

However, the effects obtainable herein are not limited to the effects described above, and other effects may exist.

1 is a diagram for explaining the concept of conventional distributed ID (DID) based identity authentication.
2 is a block diagram showing a schematic configuration of a media content production system using a block chain according to an embodiment of the present invention.
3A is a diagram showing a schematic configuration of a media content production system using a block chain according to an embodiment of the present invention.
3B is a diagram illustrating a process in which a server in a media content production system using a block chain processes a programmatic project according to an embodiment of the present invention.
3C is a diagram illustrating a process of processing a personal project by a server in a media content production system using a block chain according to an embodiment of the present invention.
4a to 4c are diagrams schematically illustrating the entire process of a media content production system using a block chain according to an embodiment of the present invention.
5 is a diagram for explaining a PoM membership mechanism used by a server in a media content production system using a blockchain according to an embodiment of the present invention when reward is paid.
6 and 7 are diagrams schematically illustrating an operation flow of a PoM membership mechanism in a server in a media content production system using a block chain according to an embodiment of the present invention.
8 is a diagram schematically showing an example of the structure of a conventional multi-level employment system.
9 is a diagram schematically showing the structure of a worker system provided by a server in a media content production system using a block chain according to an embodiment of the present invention.
10 is a diagram schematically showing the structure of an influencer system provided by a server in a media content production system using a block chain according to an embodiment of the present application.
11 is a diagram for explaining an example of the composition of a professional project management team by a server in a media content production system using a block chain according to an embodiment of the present invention.
12 is a diagram schematically showing the overall configuration of a platform architecture applied to a media content production system using a block chain according to an embodiment of the present application.
13 is a diagram schematically showing the architecture of an AD matching service engine among components in a platform applied to a media content production system using a block chain according to an embodiment of the present invention.
14 and 15 are diagrams for explaining an agreement made by a PoM agreement algorithm in a PoM membership mechanism used by a server in a media content production system using a block chain according to an embodiment of the present invention.
16 is a diagram schematically illustrating a system layer structure of a media content production system using a block chain according to an embodiment of the present invention.
17 is a diagram schematically illustrating a structural example of a DID service architecture applied to a media content production system using a block chain according to an embodiment of the present invention.
18 is a diagram schematically illustrating an economy system structure of a platform applied to a media content production system using a block chain according to an embodiment of the present application.
19a and 19b are diagrams for explaining the operating and profit structure of a platform applied to a media content production system using a block chain according to an embodiment of the present application.
20 is a diagram for explaining a profit structure of a programmatic project considered in a platform of a media content production system using a block chain according to an embodiment of the present application.
21a and 21b are diagrams for explaining a profit structure of a personal project considered in a platform of a media content production system using a block chain according to an embodiment of the present application.
21C is a diagram for explaining an example of a service available to a user through a server when a user using a server in a media content production system using a block chain according to an embodiment of the present invention is a freelancer.
22 is a diagram for explaining the competitiveness of a media content production system using a block chain according to an embodiment of the present application.
23 shows an example of the NFT overall architecture structure of this platform applied to the media content production system using a block chain according to an embodiment of the present application.
24 is a diagram for explaining a virtual experience provided through a media content production system using a block chain according to an embodiment of the present application.

Hereinafter, embodiments of the present application will be described in detail so that those skilled in the art can easily practice with reference to the accompanying drawings. However, the present disclosure may be implemented in many different forms and is not limited to the embodiments described herein. And in order to clearly describe the present application in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

Throughout the present specification, when a part is said to be “connected” to another part, it is not only “directly connected”, but also “electrically connected” or “indirectly connected” with another element in between. "Including cases where

Throughout the present specification, when a member is referred to as being “on,” “above,” “on top of,” “below,” “below,” or “below” another member, this means that a member is located in relation to another member. This includes not only the case of contact but also the case of another member between the two members.

Throughout the present specification, when a certain component is said to "include", it means that it may further include other components without excluding other components unless otherwise stated.

Hereinafter, prior to a detailed description of the media content production system 100 (hereinafter referred to as this system for convenience of description) using a block chain according to an embodiment of the present application, first, the problems of the conventional media content production technology are described in more detail. Explain.

The problems of the conventional media content production technology can be largely divided into three categories as follows.

1. [Unfair Practices in the Broadcasting Media Production System]

1-1) Overview of broadcasting station-outsourcing production company system

An outsourced production company refers to a company that produces a broadcast program when a broadcasting company orders a program from outside. In other words, an outsourced production company refers to a company that produces and delivers programs after receiving orders from terrestrial, general programming channels, cable PPs, etc., and is also called an independent production company or production company. The fostering of outsourced production companies has led to the promotion of competition in the broadcasting market, easing the market dominance of terrestrial broadcasters and the pursuit of diversity in broadcasting programs, which plays a large role in vitalizing broadcasting content.

1-2) Recognition of media production environment problems

In the production environment of the current media market, due to insufficient production costs, workers do dangerous work, are not subscribed to basic insurance, and even have compensation problems in case of accidents. In addition, during the production process, there are many cases in which officials such as broadcasting company PDs treat outsourced crews with impersonal treatment such as abusive language and contempt. Production personnel are suffering from excessive working hours throughout the production process, such as long filming schedules and recognition of exceptions for overtime work.

Despite frequent incidents and accidents in related industries, production sites are still run by freelancers or subcontractors, and the actual number of full-time workers is still around 3%. In the case of the status of four major insurance subscriptions for broadcasting content production personnel, most of them are employed without including employment insurance, industrial accident compensation insurance, and even the national pension.

1-3) Profit distribution issues such as production costs and copyrights

The problem of distribution of profits such as production costs and copyrights between broadcasters and outsourced production companies is very big. First of all, the production unit price is discriminated against. This means that the production cost is discriminated against in the case of broadcasting company's own production and in case of giving orders to outsourcing production companies. In addition, since the broadcasting company holds the initiative in the program, it distributes the copyright unfavorably to the outsourcing production company. In all cases, copyright (Intellectual Property, IP) is supposed to be owned by the creator, but in the name of practice, broadcasting companies are preoccupying copyright-related items when signing contracts. Unreasonable contract practices such as verbal contracts or contracts are drafted after the fact, and sponsorships and government subsidies are arbitrarily distributed.

In fact, it is a long-standing practice to 'transmit first, settle later' between broadcasters and producers. Because the terms of the contract can change depending on the reaction of viewers, contracts are usually written before and after the end of the show. An example of a copyright conflict problem that has occurred between outsourcing producers and broadcasting companies in the past is that the broadcasting company claims to pay part of the production cost according to 'custom', while the production company discloses profits and claims to distribute them 'transparently' according to the degree of contribution. there is a bar

On the other hand, there is a problem with the notation in the Broadcasting Act of 'outsourcing production'. Broadcasting images have intellectual property rights. Above all, distribution revenue continues to occur on the video platform. It is necessary to make it clear that the value of broadcast video is different from that of general products and that it is the intellectual property of 'independent producers' who are 'creators' rather than 'outsourcers'. All unfair issues in the name of 'custom' adversely affect not only outsourcing manufacturers but also workers. Therefore, although it is a practice that needs to be improved, it can be said that it is difficult to improve because it is a practice.

1-4) Failure to establish a culture of using standard contracts

Compared to other occupations, the use of standard contracts between outsourcing producers and broadcasting workers is low. There are also no standards for the use and permissible scope of amendments to standard contracts. The reason can be found in the fact that most broadcasting workers are freelancers.

Previously, as a result of examining the ratio of standard contracts in the '2019 Broadcasting Program Outsourcing Production Transaction Survey', broadcasting companies are using it at almost 100%, but it has been found that it is relatively low when viewed from the production company contract level. It is also not clear whether all of these are fulfilled in the actual contract. This is because, in the case of using a subcontractor, there are many cases in which the subcontractor cannot conclude a standard contract when signing an employment contract.

Since the end of 2019, the 'Broadcast Program Outsourcing Production Transaction Guidelines' have been implemented to check the execution of contracts and standard production costs. However, since it is only a guideline and not an obligation for broadcasters or producers, it is not necessary to observe it, and there is no organization or system to mediate when conflicts arise.

2. [Video Sharing Platform Unreasonable Profit Distribution] Problem

2-1) Overview of video sharing platform

The video sharing platform service consists of [First, a service that has a significant amount of programs or user-generated videos, and the service provider does not have the right to edit them. Second, content composition is determined by service providers electronically. Third, the main purpose of programs or UGV provision services is to provide information, entertainment, and education to the general public. Fourth, the service must be provided through an electronic communication network].

Millennials (1980-1994) and Generation Z (1995-2019) are also referred to as the MZ generation because they are familiar with the digital environment and prioritize mobile. Representative examples of video sharing platforms include YouTube, Instagram, and TikTok. The MZ generation is the main user of this video sharing platform and is at the center of change in the digital content industry. In consideration of this point, the platform provided by this system (this platform to be described later) may be provided as an example to target the MZ generation as the main user target, but is not limited thereto, and will be provided targeting all generations can

2-2) Problems with the revenue structure of the video sharing platform

The revenue structure of the video sharing platform consists of advertisements, donations, and platform operating costs, with users, advertisers, and creators focusing on the platform. If you look at the ratio of advertising revenue between a representative platform and a user, YouTuber: Google (YouTube) = 55:45. In the case of Afreeca TV, it is 60:40, and the platform takes a 30% intermediate fee for the star balloon, which is a donation delivery method.

It is the creators who shoot and produce the video. The role of a video sharing platform is to operate a platform and server where videos can be uploaded, and to provide 45% of advertising fees received from advertisers to creators. It costs money to operate the platform, but it is considered an excessive ratio to allocate 45% of creators' advertising revenue to the platform.

In addition, users are forced to experience unwanted advertisements in order to view desired videos, unless they are paid members. It is also not a structure in which profits are returned to users by viewing advertisements. Violent and sensational advertisements exposed to children and adolescents are causing social problems.

Advertisers may want to provide advertisements only for specific target creators. However, in the existing platform structure, there is a disadvantage that excessive advertising costs must be provided for advertisements that target the entire population.

3. [Unfair Entertainment Contract] Problem

3-1) Entertainment Overview

Entertainment is a company that helps popular artists to perform their entertainment activities smoothly. The main tasks are management roles such as schedules, moving, public relations, and contracts, as well as agency roles. When public artists receive appearance fees from broadcasting companies, they pay a certain percentage to entertainment. In other ways, entertainment receives appearance fees and proceeds, settles them, and pays them to popular artists.

3-2) Unfair entertainment contract structure

Exclusive contract issues account for a large proportion of legal disputes in the entertainment field. The contents of the exclusive contract (for example, the content that the entertainer can only engage in entertainment activities through the agency) means that all activities of the entertainer are bound by the agency. Therefore, if a celebrity signs an exclusive contract with an unfaithful or insincere agency or an unfair contract called a 'slave contract', they will suffer forever.

Representative unfair clauses in exclusive contracts include 'long-term contract period', 'unilateral damage compensation schedule clause', and 'unilateral schedule setting clause'. The distribution of profits between the entertainment and the affiliated entertainers is happening at a ratio of 8:2 to 5:5 depending on the type of contract. This can be seen as reaching the level of unfair contracts as the power of entertainment, which plays a central role between entertainment industry activities and popular artists, grows.

In order to solve the above-mentioned problems of the conventional media content production technology, the present application proposes a media content production system (100, this system) using a block chain.

Looking at the basic concept of the block chain (block chain technology) considered in this system 100 is as follows.

1. Blockchain concept

In the blockchain, small-scale data called 'blocks' are stored in a distributed data storage environment based on chain-type links created based on the P2P (peer to peer) method, so that anyone cannot arbitrarily modify them, and anyone can view the results of changes. It means data tamper prevention technology of distributed computing method that can In other words, blockchain refers to a data structure that binds multiple transaction details into one block and continuously connects them to previously created blocks like a chain. Blockchain can also be said to be a huge distributed ledger that contains all transaction information. Blockchain is a decentralized, independent and common ledger management technology.

A block in a blockchain may refer to a chunk that records transaction information for a certain period of time during the entire period. Blockchain refers to a distributed data storage technology that connects these blocks in a chain form and copies and stores them on numerous computers at the same time. Blockchain connects data like a chain, and does not store transaction records in a centralized server, but discloses them for anyone to view. directly connected) structure and can follow the protocol (certain rules) of the corresponding system. Simply put, if you use blockchain without going through a third party such as a bank, you can directly transfer value between nodes (nodes: network participants of the system -> individual network servers, i.e., participants), and these blocks The chain can be said to be the core technology of the 4th industrial revolution.

2. Characteristics of blockchain technology

Blockchain has characteristics such as decentralization, scalability, transparency, security and stability.

According to decentralization, it is possible to trade in a distributed network (P2P) environment without having a separate reliable third party, and it is possible to operate a centralized system and reduce necessary costs such as maintenance.

According to scalability, all sources are open, so anyone participating in the network can build, connect, and expand.

Transparency ensures that all transaction records are publicly accessible, facilitating transactions and reducing regulatory costs.

According to security, the transaction details ledger can be jointly owned by all network participants to prevent manipulation of transaction data and to ensure integrity.

According to stability, there is no single point of failure due to the decentralized network structure. In addition, even if an error or performance degradation occurs in some participating systems, the overall network is insignificant.

3. Types of Blockchain and Consensus Algorithm

In Bitcoin, the first block chain, there is a limiting problem of processing speed caused by technical characteristics. It is also a limitation of the method of recording and managing data by all participants, and the solution to this is called 'consensus algorithm'. To solve the speed problem, various consensus algorithms have appeared, and algorithms that are far from the concept pursued by the first block chain have also been created.

A public blockchain is an open type that literally anyone can use, and a private blockchain is a closed type that only limited people can participate in. A mixed type that connects or mixes these two is called a hybrid blockchain.

Characteristic information for each type of conventional blockchain is shown in Table 1 below.

[Table 1]

The system 100 may use a participatory consensus algorithm (ie, the PoM membership mechanism 20), which is a newly proposed consensus algorithm in this application. That is, in this system 100, a new participatory consensus algorithm is built and provided, which can have characteristics of a hybrid block chain close to the characteristics of a public block chain.

4. DID (Decentralized Identity) Overview and Need

4-1) DID Overview

Decentralized Identity (DID) refers to a system that proves identity based on a blockchain. Unlike existing identification methods, it is not controlled by a central system and refers to a technology that allows individuals to have complete control over their information.

1 is a diagram for explaining the concept of conventional distributed ID (DID) based identity authentication.

Referring to FIG. 1 , a conventional DID-based identity authentication procedure may be as follows. 1. The service provider may request user authentication of identity information. Next, 2. The user can request the issuance of identity information to the identity information issuer (certification authority, etc.). Next, 3. The identity information issuer can register signed ID information that can verify the user's identity information in the distributed ID storage. Next, 4. The identity information issuer issues identity information to the user, and the user counter-signs the contents signed by the identity information issuer to create DIDs (Key) - DID Document (Value). Next, 5. The user may transmit the identity information to the service provider, and at this time, among all the identity information received from the identity information issuer, only a part of the identity information necessary for authentication may be transmitted to the service provider. Next, 6. The service provider can complete identity verification by verifying the DID Document stored in the distributed ID storage through DIDs.

4-2) Need for DID

In the centralized identity verification system, there is a risk of personal information being leaked on a large scale if hacking occurs, and there are cases in which companies secretly use personal information to gain profits. Some jokingly said that Koreans' resident registration numbers are public goods in China. Unfortunately, in the past, famous search engines in China were trading sensitive personal information such as account IDs, names, ages, dates of birth, and resident registration numbers on famous domestic sites. As such, personal information leakage and privacy issues are growing, DID is emerging as one of the ways to respond to it.

DID is a structure in which individuals directly manage their data, not third parties such as central institutions or companies. It means that individuals bring the sovereignty of data that used to be held by central institutions or companies. So far, global IT companies as well as government agencies have created huge profits and values through the data generated by individuals, but each individual has no sovereignty over the data they create. Data sovereignty can be restored in a secure and reliable digital environment created through blockchain DID technology, and furthermore, reasonable compensation can be demanded from service providers for the act of using data generated by individuals.

Considering the above points, the present application intends to propose a system 100 to which blockchain and DID technology are applied (integrated) to a media content production environment.

The present system 100 may have six characteristics as follows.

1. Decentralization: This system 100 can have decentralization because anyone can participate and invest in it from the planning stage to production and advertising.

2. Security: This system 100 has an encrypted distributed ledger structure, and it is possible to secure the security of funds without a central authority.

3. P2P Double System: This system 100 can have the characteristics of a P2P Double system in which anyone can participate in project planning/production/investment and platform digital asset swap. In particular, this system 100 can provide a Peer to Project service, and in this regard, as a project-type equity-type digital asset, anyone, such as an individual, institution, or advertiser, can invest a desired amount in a desired project through P2P. In addition, this system 100 can provide peer to platform services, and in this regard, platform digital assets and equity-type digital assets through mining can be traded in P2P within the platform in a swap manner.

4. Transparency: When owning equity-type digital assets, this system 100 can apply the transparency of blockchain by enabling the viewing of project-related fund details, copyright sales, OTT streaming revenue, etc.

5. Immutability: This system 100 is recorded in an encrypted state in blockchain blocks such as user history management (using DID) and project proposals, which have immutability and can be trusted.

6. Smart contract: This system (100) can enable non-face-to-face electronic contracts by utilizing DID and smart contracts, which is currently only a face-to-face contract process. According to this system 100, related users can use an automatic contract conclusion system when a project within this platform is in progress. Hereinafter, the present system 100 will be described in more detail.

2 is a block diagram showing a schematic configuration of a media content production system 100 using a block chain according to an embodiment of the present application. 3A is a diagram showing a schematic configuration of a media content production system 100 using a block chain according to an embodiment of the present application. 3B is a diagram illustrating a process in which a server in a media content production system using a block chain processes a programmatic project according to an embodiment of the present invention. 3C is a diagram illustrating a process of processing a personal project by a server in a media content production system using a block chain according to an embodiment of the present invention. 4a to 4c are diagrams schematically illustrating the entire process of the media content production system 100 using a block chain according to an embodiment of the present invention. FIG. 5 is a diagram for explaining the PoM membership mechanism 20 used when the server 10 in the media content production system 100 using a block chain according to an embodiment of the present invention provides compensation. 6 and 7 are diagrams schematically illustrating an operation flow (flow chart) of the PoM membership mechanism 20 in the server 10 in the media content production system 100 using a block chain according to an embodiment of the present invention.

In particular, FIG. 5A shows an example of the PoM membership mechanism 20 structure. Also, FIG. 5B is a diagram for explaining node groups considered in the PoM membership mechanism 20 . 5c shows the Mimbi coin economy structure by the PoM membership mechanism 20, in other words, to explain the coin (coin considered in this platform) distribution structure made by the PoM membership mechanism 20 it is a drawing 5D shows the productivity of points (membership, membership points) considered in the PoM membership mechanism 20. In other words, when the PoM membership mechanism 20 calculates the user's activity points (points, membership, membership points) It is a diagram for explaining items to be considered (ie, items for which activity points are awarded). According to this, the PoM membership mechanism 20 may provide project activity points, project investment points, platform activity points, node activity points, and the like as activity points to the user.

Hereinafter, the media content production system 100 using a block chain according to an embodiment of the present application will be referred to as the present system 100 for convenience of explanation.

2 to 7, the system 100 may include a server 10, a participant terminal 1 and an investor terminal 2. Also, although not shown in the drawings, the present system 100 may include a general user terminal (not shown).

Each component in the present system 100 can transmit and receive data in conjunction with each other through the network 3 . That is, the server 10 may transmit and receive data by interworking with each of the participant terminal 1, the investor terminal 2, and a general user terminal (not shown) through the network 3.

In the example of FIG. 2, the server 10 is illustrated as interworking with one participant terminal 1 and one investor terminal 2, but this is only one example to help the understanding of the present application, and is not limited thereto. no. The server 10 may interwork with a plurality of participant terminals, and may also interwork with a plurality of investor terminals. Therefore, even if the contents are omitted below, the description of the participant terminal 1 can be equally applied to the description of each of a plurality of participant terminals, and the description of the investor terminal 2 is a plurality of investor terminals. The same can be applied to the description of each.

The network 3 is, for example, a 3rd Generation Partnership Project (3GPP) network, a Long Term Evolution (LTE) network, a World Interoperability for Microwave Access (WIMAX) network, the Internet, a Local Area Network (LAN), and a Wireless LAN (Wireless). Local Area Network), WAN (Wide Area Network), PAN (Personal Area Network), Bluetooth (Bluetooth) network, NFC (Near Field Communication) network, satellite broadcasting network, analog broadcasting network, DMB (Digital Multimedia Broadcasting) network, etc. It may include, but is not limited thereto, and may include various wired/wireless communication networks.

The server 10 may produce and manage media content in relation to a project, and provide a blockchain-based media production platform (hereinafter referred to as this platform) to users. Here, the user means all users using the server 10, and may include participants 1' and investors 2'. Users may include participants 1' and investors 2' as well as general users.

That is, users using this server 10 can be largely divided into participants (1'), investors (2'), and general users (not shown) according to their roles, but this is an example to help the understanding of the present application. However, it is not limited thereto. According to another example of the present application, the participant may be an investor (or a general user), and vice versa. Therefore, even if the content is omitted below, the description of the participant can be equally applied to the description of the investor (or general user), and vice versa.

The server 10 may refer to a server that produces and manages media content using a blockchain. This server 10 may refer to a media content production device using a block chain according to an embodiment of the present application, and may be otherwise referred to herein as this device, this server, and the like. In addition, the blockchain-based media production platform provided by the server 10 may be referred to as this platform for convenience of description below.

The description of the platform herein may be equally applied to the description of the system 100 or the server 10. That is, various functions of the platform may be performed by the system 100 or the server 10.

In the present application, a blockchain-based media production platform provided through the server 10 (a media production platform using a block chain) may be referred to as a Make Your Media in Blockchain (MYMB) platform or the like. That is, the technology proposed herein may be referred to as the term Mimbi in the description below.

According to this, the technology proposed in this application (ie, media content production technology using block chain, system 100, device 10, platform, app, solution, etc. related to media content production using block chain) is Mimbi technology , MYMB technology, and one-stop media production technology using blockchain.

The participant terminal 1 is a first type of user who uses this platform and may mean a terminal possessed by the participant 1' participating in the production of media contents. The investor terminal 2 is a second type of user who uses this platform, and may mean a terminal possessed by the investor 2' who invests in media content production. A general user terminal (not shown) is a third type of user who uses the present platform and may refer to a terminal possessed by a general user who watches media content produced by the server 10 .

In the present application, the participant terminal 1, the investor terminal 2, and the general user terminal (not shown) may be collectively referred to as a terminal (or user terminal).

In the present application, a terminal (ie, a participant terminal, an investor terminal, and a general user terminal) refers to a terminal possessed by users (participants, investors, and general users) using the server 10, for example, PCS (Personal Communication System) ), GSM (Global System for Mobile communication), PDC (Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000 , W-CDMA (WCode Division Multiple Access), Wibro (Wireless Broadband Internet) terminals, smartphones, smartpads, tablet PCs, laptops, wearable devices, desktop PCs, etc. It may include, but is not limited to.

For example, the server 10 (this device) may be provided in the form of a device included in a terminal (for example, a participant terminal, an investor terminal, and a general user terminal). In this case, the server 10 may be a device (server) that can be implemented in the form of a program or application (app, app) installed on a terminal. In other words, the media content production method using the block chain provided through the server 10 may be implemented in the form of a program or application, for example, and provided to users (eg participants, investors, general users) through a terminal. .

However, it is not limited to this, and as another example, the server 10 (this device) may be provided in a form (server form) capable of transmitting and receiving data with a terminal as shown in FIG. 2 . In this case, the server 10 may control the screen display of terminals of users (eg, participants, investors, and general users) accessing the application provided by the server 10 . Hereinafter, it will be described as an example that the server 10 (this device) is provided in the form of a server as shown in FIG. 2 rather than the form of a device included in a terminal.

In addition, the application (app, app) provided by the server 10 herein will be referred to as this app for convenience of description below. According to this, the server 10 can control the operation (eg, screen display operation, etc.) of the terminal of users (eg, participants, investors, general users) who have installed this app.

The server 10 may produce and manage media content in relation to a project, and provide a blockchain-based media production platform to users. Here, the user may mean all users using the server 10, and may include participants 1', investors 2', general users (not shown), and the like. A user herein may be referred to as a user, a system user, and the like.

That is, a user using the server 10 (a user using the present platform) may be otherwise referred to herein as a user, a system user, a node, a node user, and the like. These users may include participants, investors, and general users, as well as users in a plurality of groups (node groups) shown in FIG. 5B as an example to be described later (ie, staff, cast members, general users, investors, advertisements) , corporations, mimbers, etc.) may be included. Also, herein, a group may be otherwise referred to as a node group, a set, or the like. Preferably, a node herein may mean a terminal possessed by a user.

Users who use this platform herein may be able to participate in and invest in media content production. In other words, users who use this platform can not only participate in and produce media content, but also invest in media content production.

This platform provided by the server 10 is a blockchain-based media production platform, and may be a platform with a decentralized media production system rather than a centralized production system. According to this platform, any user who uses this platform can participate in, produce, and invest in the production of media contents.

In this application, media content may be used interchangeably with terms such as media and content. In addition, media content (media) considered herein may include new media as described above. In addition, media production (media contents production) herein can be understood as a concept including all processes such as creation, production, distribution, and consumption of media contents.

That is, this platform may mean a platform equipped with an environment for producing media. In describing the present application, a project may mean the entire process from planning and producing media (media contents) to generating revenue related thereto.

On this platform, media (media contents) can be produced, distributed, and sold on a project basis. In other words, the server 10 may produce, distribute, sell, and manage media content in project units. In this application, media content may be referred to as media, content, media content, and the like.

A project considered herein may include a program type project and a personal type project. That is, the type of project can be largely divided into a program type project and a personal type project.

Here, the program type project may be a broadcast-related project (a project in the scope of broadcasting) including drama, entertainment, and culture. A personal project can be a project related to an influencer who runs a personal channel (influencer-scoped project). That is, program-type projects may be conducted mainly on broadcasting contents such as existing dramas, web dramas, entertainment, and culture. In the personal project, the influencer itself, the main character of content including one-person media and social media, can be a project unit. A personal project may be otherwise referred to herein as a personal media project or the like.

The server 10 can provide this platform, which is self-produced from the planning stage to production, distribution, and dissemination of media content. Accordingly, according to this server 10 and this system 100, the present application creates income in various fields such as purchase of broadcasting rights of broadcasting companies, sales of copyrights to other OTT (Over The Top) platforms, and copyrights in video sharing platforms. can do. Here, OTT is a service that provides various videos such as movies and dramas over the Internet, and representative OTT companies may include Netflix and YouTube.

Within this system 100, investors (2') can analyze and judge the project, purchase the equity-type digital asset of the project, and when the locking period is released, they can buy and sell it in the form of a swap within this platform.

Users of this platform can be largely classified into three types. Users of this platform can be divided into project-related participants (1'), investors (2'), and general users.

Participants (1') of the project can search for jobs, cast, etc. within this platform centering on staff and influencers.

Investors (2') can obtain rewards through participatory consensus algorithm (i.e., PoM membership mechanism (20)), server operation, etc. within this platform, and can judge the project by themselves and directly invest in the equity digital asset.

For example, among general users, influencers can utilize this platform as entertainment (entertainment agency). Through this platform, influencers can create legally effective smart contracts through AI matching services with entertainment staff (eg, managers, stylists, makeup artists, video editors, designers, planners, composers, choreographers, etc.). You can perform (proceed) the preparation of electronic contracts.

The server 10 may use a Proof of Merge (PoM) membership mechanism 20 predefined as a block chain to provide compensation to users who use the platform. Here, the predefined PoM membership mechanism 20 may mean a mechanism (PoM membership mechanism) proposed in the present application. The predefined PoM membership mechanism may be a participatory membership algorithm defined so that the amount of digital asset issuance is determined based on at least one of the amount of use and project amount of this platform. The PoM membership mechanism 20 may include a PoM consensus algorithm 21 .

The PoM membership mechanism 20 may be otherwise referred to as a blockchain-based membership management device in the description below. That is, a blockchain-based membership management device according to an embodiment of the present disclosure described below may correspond to the PoM membership mechanism 20 .

This platform may be a PoM (Proof of Merge) consensus algorithm 21. The PoM consensus algorithm 21 considered herein is a participatory algorithm, and it may be set (designed) so that the issuance amount of platform digital assets is determined by being influenced by participants, platform usage amount, project amount, block amount, and server expansion. . The PoM consensus algorithm 21 is a new consensus algorithm proposed by the present application, and may mean a new PoM consensus algorithm completed by user activities.

Users can be divided into consensus participants who can exert influence on the PoM algorithm and general users who simply use the platform. Membership levels can be determined by how many consensus participants access the platform and leave a lot of activity logs, and rewards can be distributed by the system (or server 10) for coins issued for each level. .

That is, the present application can use the PoM membership mechanism 20 created by introducing a membership system into the PoM consensus algorithm 21. The server 10 may encourage users to participate in the platform by providing the platform to which the PoM membership mechanism 20 is applied, and provide rewards according to activities on the platform.

The PoM membership mechanism 20 may refer to a mechanism that provides a blockchain membership service using the PoM consensus algorithm 21. The PoM membership mechanism 20 is a blockchain consensus algorithm of Mimbi, and may be PoM (Proof of Merge) based on activity.

The PoM consensus algorithm used herein is a participatory membership algorithm (i.e., the PoM membership mechanism 20), and the issuance amount of platform digital assets can be determined by being affected by the platform usage amount, project amount, block amount, and server expansion. According to the PoM membership mechanism 20, the server 10 gives passive income to all users using this platform (this system, this server), and encourages participation in the Mimbi platform (this platform) as a participatory membership can do. Here, passive income can mean a new type of unearned income that accumulates money even while sleeping even if I do not work.

The PoM Membership Mechanism (20, PoM Membership Mechanism) may consist of the structure shown in FIG. 5a, for example, and reward by distributing digital assets based on the membership criteria shown in FIGS. 5c and 5d, for example, when providing membership service. can pay

The PoM membership mechanism 20 may operate as shown in FIGS. 6 and 7 as an example, which may be more easily understood with reference to FIG. 4 (ie, FIGS. 4A to 4C). The server 10 may provide rewards (rewards) to users using the present platform based on the operational flow of the PoM membership mechanism 20 .

Specifically, referring to FIGS. 4 to 7, the present application (this system, this server, this platform) can provide a PoM Membership Mechanism (20) as a new PoM consensus algorithm completed by user activities. Here, PoM may mean Proof of Merge.

Users who use existing blockchain video and media production platforms are mostly for the purpose of obtaining compensation. On the other hand, since this platform focuses on media content and production environment, it is intended to lower the participation rate of the platform only for reward acquisition by providing a PoM membership mechanism (20).

In order to provide more suitable compensation to actual users who use and participate in this platform, the present application has devised a PoM consensus algorithm 21 as a new consensus algorithm, PoM (Proof of Merge). The PoM consensus algorithm (21) means a method of paying rewards according to platform usage and project activity. The server 10 may provide a PoM membership mechanism 20 including the PoM consensus algorithm 21 to reward users according to their activities.

For example, when the server 10 provides membership through the PoM membership mechanism 20, as shown in FIGS. 5C and 5D, for example, the use time of the platform, the use history of the worker system, and Membership can be provided based on the usage history of the unseo system, media upload and viewing, server contribution (full node/light node), project investment history, and voting activities. That is, the server 10 provides, for example, a platform score according to the project activity, project investment, platform activity (participation activity), node activity, etc. performed by the user through the server 10, and provides membership based on this. can do.

In addition, the server 10 has a user ratio (for example, 1st grade 5%, 2nd grade 10%, 3rd grade 20%, 4th grade 40 %), digital assets can be distributed to the corresponding users (eg 18.75%). At this time, the distribution ratio of digital assets to users (digital asset distribution ratio) may be preset according to a standard of a user ratio set in advance.

For example, although not shown in the drawing, the server 10 may include a reward payment unit (not shown) that provides a reward to the user (or provides a membership service) using the PoM membership mechanism 20 .

At this time, the digital asset distribution, NFT payment (distribution), profit distribution, reward payment, membership payment, etc. are performed in the present application by the reward payment unit (not shown) in the server 10, the second processing unit 12, and the fifth processing unit ( 15), and may be made by at least one, and is not limited to being made by a specific configuration.

The compensation payment unit (not shown) uses the PoM membership mechanism 20, for example, by analyzing the platform use time of a plurality of users using the platform provided by the server 10, and the top 5% of the plurality of users. Digital assets corresponding to a 25% digital asset distribution rate can be paid as compensation to users (class A users) who fall under

As another example, by using the PoM membership mechanism 20, the compensation payment unit (not shown) analyzes the platform use time of a plurality of users using this platform, and the top 5% and 15% or less of the plurality of users Digital assets corresponding to a 25% distribution rate of digital assets can be paid to users (class B users) as compensation. At this time, in the PoM membership mechanism 20, the digital assets distributed according to the membership level may be set to be the same, while the rate of return distributed according to the level may be set to be different. This PoM membership mechanism 20 can be referred to as a membership system for voluntary participation of users.

Since most of the other existing platforms use PoW (Proof of Work) or PoS (Proof of Stake) consensus algorithm, it is necessary to take risks due to a sharp drop in digital assets when owning assets or environmental problems such as computing power, proof of stake, and graphics. There were downsides.

Specifically, Proof of Work (POW), one of the cryptocurrency mining methods, is a method in which a certain amount of cryptocurrency is rewarded when all participants share a block and then solve (mine) the code contained in the block. The more passwords you crack, the more cryptocurrencies you get. In other words, this process is a process in which participants decrypt and verify the encryption contained in the block to allow new blocks to be recognized. If the password is solved too quickly, excessive compensation is made, so the computational difficulty of the password increases as the number of participants increases. Bitcoin, Litecoin, Ethereum, etc. adopt and apply this method. However, as Bitcoin was transformed into an object of speculation rather than a simple transaction, cases of mining through high-performance equipment increased. This has led to criticism that large miners can monopolize operational rights and consume a lot of electricity, and the need for a more stable proof method has emerged. Accordingly, POS and the like appeared.

Proof-of-Stake (POS), another cryptocurrency mining method, is a method that allows you to receive rewards without cracking the cryptocurrency, considering the transaction frequency and amount of cryptocurrency on the market. First of all, POS is a way to receive more rewards the more cryptocurrency shares you own. In other words, cryptocurrency is paid by multiplying the amount of mining by the stake. This was first applied to PeerCoin, and NEO and Stratis are also using this method.

However, as mentioned above, if PoW (Proof of Work) or PoS (Proof of Stake) consensus algorithm is used, environmental issues such as computing power, proof of stake, graphics, etc. There was a downside to

On the other hand, since this platform uses the PoM consensus algorithm 21 newly proposed in this paper (in particular, the PoM membership mechanism 20 including the PoM consensus algorithm 21), the number of users, number of projects, and servers Since the issue amount of digital assets is determined by criteria such as increase, the present application can improve existing environmental problems in that it can reduce the risk of a sharp decline in digital assets and minimize computing power usage.

That is, the PoM consensus algorithm 21 (or the PoM membership mechanism including it) proposed herein can be said to be a reasonable and economical blockchain membership consensus algorithm unique to the present application (only Mimbi).

In other words, the specific operation flow of the PoM membership mechanism 20 can be more easily understood with reference to the matters shown in FIGS. 4 to 7 .

At this time, the meaning of each display icon/word in FIGS. 6 and 7 is as follows. 6 and 7, a node user is a user using the present server 10, and may mean a user belonging to any one group among a plurality of groups (node groups). The engine means the PoM membership management engine in the PoM membership mechanism 20, U means user input as a user interface, and M means the PoM membership mechanism 20. 1 means the first consensus module in the PoM consensus algorithm 21, and 2 means the second consensus module in the PoM consensus algorithm 21. In addition, L may mean a membership leveling module within the PoM membership mechanism 20, and c may mean a MIMB coin supply module within the PoM membership mechanism 20. Ex can mean an external blockchain (external public blockchain). Es may mean an engine start condition. That is, Es can activate an engine (PoM membership management engine) when an input value is given.

Referring to FIGS. 4 to 7 , the PoM membership mechanism 20, a blockchain-based membership management device, may include a membership management engine unit, a membership leveling unit, a digital asset supply unit, and an agreement execution unit.

At this time, if each component in the blockchain-based membership management device (ie, the PoM membership mechanism 20) is compared with the configuration of FIG. 5A, it may correspond as follows. For example, in FIG. 5A, the PoM membership management engine corresponds to the membership management engine unit, the membership LEVELING module corresponds to the membership leveling unit, the member coin supply module corresponds to the digital asset supply unit, and the PoM consensus algorithm 21 corresponds to the consensus It may correspond to the performing unit. In other words, the consensus performing unit may include the PoM consensus algorithm 21 .

The membership management engine unit (i.e., the PoM membership management engine) is based on the user's activity history on the media production platform provided by the server 10, and records the membership information granted to the user through consensus execution in the blockchain. and can be managed.

Here, the media production platform may refer to a blockchain-based media production platform (ie, a platform provided by this server, this platform) that produces and manages media content in relation to a project.

The membership leveling unit (i.e., the membership LEVELING module) builds the platform based on platform points (platform points = project activity points, project investment points, platform activity points, node activity points) given according to the user's activity history using this platform. Membership levels of users (node users) can be calculated and managed. A platform score may be alternatively referred to herein as an activity score.

Here, the activity history may refer to various activity histories including the amount of platform use, the amount of projects, the number of users, and the expansion of servers. Platform points (activity points) given according to the activity history may include, for example, project activity points, project investment points, platform activity points, and node activity points as shown in FIG. 5D .

The membership leveling unit (that is, the membership LEVELING module) may calculate the membership level of each user according to a predefined membership policy (membership management policy). Here, the membership policy may be a policy changeable by governance voting.

The membership management engine unit (ie, PoM membership management engine) can record and manage the user's membership level information calculated in the membership labeling unit and the membership policy information at the time of membership level calculation as membership information in the blockchain. According to this, the basis for calculating the membership level for one user can be recorded in the block chain as membership information together with membership policy information at that time.

The digital asset supply unit (ie, member coin supply module) can calculate the amount of digital assets issued (issuance amount) and issue digital assets according to changes in the status of the platform. Here, the change in the status of the platform may mean an increase in users (an increase in the number of users), an increase in a project (an increase in the number of projects), and the like. Digital assets may mean coins.

The amount of issuance of digital assets can be determined in proportion to the amount of change in the status of the platform. For example, as the number of users using the platform increases, the amount of issuance of digital assets may increase. As another example, if the number of users using the platform increases by a first range (eg, 100 or more and less than 500), the issued amount of digital assets is issued at the first value (300 coins), and the number of users using the platform is When increased by a second range (eg, 500 or more and less than 1,000) that is greater than 1 range, the issued amount of digital assets may be issued at a second value (eg, 600 coins) greater than the first value.

The membership leveling unit (ie, membership LEVELING module) may distribute digital assets issued by the digital asset supply unit to users as rewards based on the membership level calculated for the user.

When a transaction occurs on the platform, the consensus performing unit (i.e., the PoM consensus algorithm 21) elects a verification node (verifier terminal) that performs transaction verification and validates the transaction for the selected verification node. agreement can be made for A transaction is a specific task being processed, a specific transaction. In addition, it may mean a data record obtained as a result. The occurrence of a transaction on the platform may be detected, for example, by an agreement performing unit, or, as another example, by a sensing unit separately provided in the membership management engine unit.

The consensus performing unit (i.e., the PoM consensus algorithm 21) randomly selects a preset number of nodes among nodes belonging to a plurality of groups (node groups) as verification nodes, and selects users bound to the selected verification nodes. Consensus can be achieved by voting based on proof of authority (proof of voting authority). That is, voting may be performed in the consensus process.

Here, as shown in FIG. 5B, the plurality of groups (node groups) include, for example, the first group of ants (platform utilization purpose), the second group of whales (project investment purpose), and the third group of Mimbi & Mimber (neutral). Zone) may be included. The plurality of groups may be created for each project to which they belong, or may be formed by being grouped according to user types (purposes). In other words, a plurality of groups may be created for each belonging group (participation group), and in this case, the belonging group (participation group) may be a group formed (classified) according to a project or user type.

In electing a verification node in the consensus performing unit, the higher the activity on this platform, the higher the probability of being elected as a verification node. there is. That is, the users (nodes) using this platform have a higher weight as the platform activity increases, and the possibility of being elected as a verification node (verifier) may increase proportionally.

This server 10 induces active participation of users through the provision of a blockchain-based membership management device (ie, PoM membership mechanism 20), and operates differentiated membership according to the user's activity and contribution on the platform. can do. In membership, levels can serve as validators to validate transactions on behalf of each participating group.

The consensus performing unit (PoM consensus algorithm 21) generates a validator set (ie, a validator set) through the election of validator nodes, and the nodes included in the created validator set (validator nodes) ) can be negotiated. The set of validators can be elected alternately in a weighted round-robin manner.

The consensus performing unit (ie, the PoM consensus algorithm 21) may perform a first agreement through a first agreement module and a second agreement through a second agreement module as an agreement. In addition, the consensus performing unit may perform consensus based on consensus and governance voting based on activities described below.

The membership management engine unit (i.e., PoM membership management engine) can record and manage only the transactions validated by the verification node in the block chain based on the consensus result obtained through the consensus execution unit. there is. The transaction may include a transaction on an agenda related to membership information.

Transactions generated on the platform may include transactions for multiple types of agenda. Here, the plurality of types of agendas may include at least one of project-related agendas, membership-related agendas, coin issuance-related agendas, and policy-related agendas.

Exemplarily, the project-related agenda may be an agenda for determining whether to proceed with a project corresponding to the proposal when a proposal is submitted (plan application). The membership-related agenda may be an agenda for requesting a membership leveling agreement. The coin issuance-related agenda may include a request for a coin issuance agreement, a request for coin issuance, and the like. Policy-related agendas refer to agendas related to changes in membership policies (membership management policies), and may include, for example, items related to changes in membership coin supply policies, membership level distribution policies, project/platform consensus policies, etc. .

That is, the consensus performing unit may derive an agreement result by performing an agreement on transactions for multiple types of agendas through the selected verification node, and may provide the derived agreement result to the membership management engine unit. The membership management engine unit (ie, PoM membership management engine) is validated by the verification node based on the consensus result (ie, consensus-related information, PoM consensus information) delivered from the consensus execution unit for transactions on multiple types of agendas. Only these verified transactions can be recorded and managed in the block chain by blocking them.

The membership management engine unit (i.e., the PoM membership management engine) records (stores) the consensus result derived through the consensus execution unit (PoM consensus algorithm 21) as a hash value in a block of the internal block chain of this server 10. Furthermore, the hash value recorded in the block of the internal blockchain can be recorded (stored) and managed once more in the external blockchain (especially the external public blockchain).

Users using this platform can be divided into consensus participants who can exert influence on the PoM consensus algorithm 21 and general users who simply use the platform. Here, a general user who only uses the platform may exemplarily mean a member in FIG. 5B. Agreement participants are, for example, users other than members, and may include staff, cast members, investors, advertisements, and companies. Consensus participants can determine their membership level depending on how many times they access the platform and leave a lot of activity logs (activity history, platform activity history), and coins (digital assets) issued for each user level (membership level) Compensation (reward) may be distributed by the underlying membership management device (ie, the PoM membership mechanism 20).

That is, the blockchain-based membership management device (i.e., the PoM membership mechanism 20) operates a membership system based on user activity (activity history), and digital assets issued by the digital asset supply unit (member coin supply module). (coins) can be provided so that users can be periodically distributed according to their membership level.

Mimbi's PoM Membership Mechanism (20, PoM Membership Mechanism) considered in this paper is based on the various platform activity histories of users, through the PoM consensus algorithm (21) through the Proof of Merge (PoM) consensus process to integrate and It can be defined as a mechanism to manage. The PoM membership mechanism 20 may provide rewards (compensation, points, points) according to platform activity by users, and through this, the present application aims to provide a continuously growing platform.

The PoM membership mechanism 20 (in particular, the PoM membership management engine within the PoM membership mechanism 20) quantitatively measures and collects various activity histories such as platform usage, project volume, number of users, server expansion, etc. Membership can be derived by grade (ie, 1st grade, 2nd grade, 3rd grade and 4th grade). In addition, the PoM membership management engine within the PoM membership mechanism 20 can be in charge of calculating the amount of Mimbi coin issuance and issuing additional coins according to the number of users of Mimbi (this platform, this server) or the project increase. At this time, the issued coin can be distributed as a reward according to user activity according to the MYMB Membership Policy. That is, the PoM membership management engine issues coins, and the issued coins based on the Mimbi membership policy can be distributed to users as rewards according to user activities.

Proof of Merge (PoM) can transparently manage information through user (direct) consensus and system (indirect) consensus nodes. Proof of Merge (PoM) may refer to the PoM consensus algorithm 21. When the PoM consensus algorithm (21) completes the consensus process on the Mimbi system functions, membership management, and project-related issues, the consensus-related information generated by the completion of the consensus process in the PoM consensus algorithm (21) is transferred to the Mimbi membership policy (Membership Policy). ) can be incorporated.

At this time, the group for consensus can be composed of a plurality of groups (node groups) including ants (for the purpose of using the platform), whales (for the purpose of project investment), and Mimbi & Mimber (for the neutral zone). That is, the server 10 may create a group (node group) for consensus in order to perform a consensus process in the PoM consensus algorithm 21. At this time, there are a plurality of groups in the group (node group) for the created consensus, the first group is ants (for the purpose of using the platform), the second group is the whale (for the purpose of project investment), and the third group is Mimbi & Mimber (neutral zone). ) may be included. A consensus process can be made by these groups.

In order for users to integrate their personal devices into node activities, they can activate node functions that match their personal purpose and proceed with user (direct) voting or system step (indirect) voting. This, as a democratic voting method, brings about the effect that the platform is self-managed and operated. In other words, when a user using this server 10 (a user who has accessed this app, for example a new user) wants to participate in a group for agreement, a plurality of groups (first group, second group, third group) group) can be selected. Thereafter, the PoM consensus algorithm 21 may proceed with user (direct) voting or system step (indirect) voting regarding participation of the corresponding user (for example, a new user) who has selected any one group.

As described above, a user using the present server 10 may belong to any one of a plurality of groups (first group, second group, and third group). Within each group, users can be divided into multiple types of nodes. That is, the first group may include multiple types of users (nodes) including individual nodes, staff, cast members, and general users. The second group may include multiple types of users (nodes) including server nodes, investors, advertisements, companies, and the like. The third group may include multiple types of users (nodes) including the Mimbi platform, central server, and Mimber. Here, Mimber can mean a neutral user who is active in the Mimbi platform (this platform). A user using this server 10 may belong to any one type of node among a plurality of types of nodes in a plurality of groups.

Since most of the existing blockchain platforms use PoW (Proof of Work) or PoS (Proof of Stake) consensus algorithms, environmental issues such as computing power, proof of stake, graphics, or asset ownership must take risks due to a sharp drop in digital assets. There is a downside to

In order to overcome these disadvantages, the blockchain considered in this system 100 (i.e., the Mimbi blockchain, which is the blockchain used by this server 10) is designed as a hyperledger blockchain (enterprise type) for speed and privacy protection it could be The PoM consensus information (consensus-related information) derived through the PoM consensus algorithm 21 may be designed to record the corresponding block hash value of the internal blockchain once again to the external public blockchain for reliability, transparency, and immutability. That is, the PoM membership mechanism 20 can record the PoM consensus information derived through the PoM consensus algorithm 21 as a hash value in the block of the internal block chain of this server 10, and furthermore, in the block of the internal block chain. The recorded Hash value can be recorded once more in an external blockchain (in particular, an external public blockchain).

Here, the internal blockchain refers to a blockchain provided inside the server 10, which may correspond to 'MYMB Blockchain' shown in FIG. 5A and PoM 20 shown in FIG. 4A, for example. there is. In addition, the external blockchain refers to a blockchain (external public blockchain) provided outside the server 10, not inside, which is, for example, 'External Blockchain' shown in FIG. 5A and Pub shown in FIG. 4A. It may correspond to .

That is, the blockchain (Mimbi blockchain, PoM membership mechanism 20) considered by this server 10 may be composed of a Hyperledger blockchain (enterprise type). For this reason, the blockchain considered in this server 10 (i.e., the PoM membership mechanism 20) is for reliability, transparency, and immutability of the consensus information (consensus-related information) generated by the PoM consensus algorithm 21, It can be designed to record consensus-related information once again on the public blockchain as well as on the internal blockchain. In other words, items that have gone through the PoM consensus process (agreement process by the PoM consensus algorithm 21) can be in the form of recording the corresponding block hash value of the Mimbi blockchain once more in an external blockchain.

As shown in FIG. 5D, the PoM membership mechanism 20 can provide (grant) project activity points, project investment points, platform activity points, node activity points, etc. as activity points to users using this server 10. there is. In this case, the project activity score may be a score provided when project planning, project public voting, use of a worker system, and the like are performed. The project investment score may be a score provided when a project NFT investment, NFT transaction, etc. is performed, or a score provided according to the NFT ownership period. The platform activity score refers to the score of a user's activity on this platform, and may be a score provided when performing DID user authentication, video upload, video viewing, platform community activity, etc. The node activity score is a score provided when a user acts as a node, and may be a score provided according to personal device node participation, server node operation, system (indirect) < user (direct), and the like.

In addition, the mimbi of the present application (in particular, the PoM membership mechanism 20) can calculate the amount of digital assets issued by standards such as the number of users, the number of projects, and the increase in servers, thereby reducing the risk of price drops and At the same time, it is possible to minimize the amount of computing power used, thereby improving existing environmental problems. That is, the PoM membership mechanism 20, which is a PoM (Proof of Merge) blockchain mechanism proposed in this application, can be used as a new growth type blockchain system for users.

In addition, the server 10 uses a non-fungible token (NFT, Non-Fungible Token) of the block chain for the amount required for pre-production of the media content to flexibly secure the share of intellectual property (IP) of the media content. Actual media contents can be produced. In other words, the server 10 may allow the investment of an amount necessary for production (pre-production, etc.) of media content to be made using NFTs (using an NFT investment process, an NFT piece investment process). That is, the server 10 may perform production of media content by utilizing NFT-based technology for IP (copyright). The server 10 may allow the investment process to proceed (performed) using NFTs that maximize the utilization of piece investment.

The server 10 may perform the MYMB project. Here, the MYMB project may mean an entire process that produces media content by utilizing NFT-based technology in IP (copyright). In other words, the server 10 may apply NFT technology to copyright (IP) related to project production in relation to the production of a project (programmatic project, personal project), and based on this, media content corresponding to the project. can be produced.

NFT stands for Non-Fungible Token and means a non-fungible token, which can mean a unit of data stored in a blockchain. NFTs stand for unique, non-interchangeable tokens and can be used to represent photos, videos, audios and other types of digital files.

In other words, NFTs can divide one digital unit (media content) into small units, and are very efficient in investing in and distributing profits to issued NFTs. The piece investment method using NFT enables investment/transaction of media contents with a large amount of production in small units, such as mini-stocks of US stocks and investment services in decimal units.

In addition, in the past, profit distribution was made through a complex investment process such as intermediary fees, additional investment, and copyright contract ratio. On the other hand, the server 10 simplifies the existing investment process through the provision of this platform (the Mimbi platform), while newly devising and providing an efficient NFT piece investment process for users. That is, the fifth processing unit 15 of the server 10, which will be described later, makes investments (media content production-related investments) and profit distribution through a newly devised NFT-based investment process (NFT investment process, NFT piece investment process) you can make it

In relation to the project, the server 10 may pay NFTs according to the investment amount when funds necessary for production are procured through funding after planning and selection/voting. In addition, the server 10 allows the project professional management team to process the requirements for production, and can employ the cast and crew by utilizing the smart contract of the system 100, through which the media content for the project can be can be made to be made. When the production of media content is completed, the server 10 may continuously distribute revenue according to the NFT share of the sales amount of advertisement/PPL/OTT/overseas copyright.

The server 10 may include a first processing unit 11, a second processing unit 12, a third processing unit 13, a fourth processing unit 14, a fifth processing unit 15 and a PoM membership mechanism 20. there is.

The first processing unit 11 may be a planning selection/voting related processing unit that performs planning selection and voting. The second processing unit 12 may be an investment/funding related processing unit that procures funds necessary for production of media content and pays NFTs according to the investment amount. The third processing unit 13 may be a content (media content) production-related processing unit that produces media content. The fourth processing unit 14 may be a supply/sale related processing unit that supplies and sells the media contents produced by the third processing unit 13 . The fifth processing unit 15 may be a profit distribution related processing unit for continuously distributing profits from sales of advertising/PPL/OTT/overseas copyrights in relation to produced media contents according to NFT shares. That is, the fifth processing unit 15 may distribute profits through an NFT-based investment process (an investment system to be described later).

The overall operation flow (ie, the entire process) of the server 10 can be more easily understood with reference to FIGS. 4A to 4C. The server 10 may operate in a flow (process) as shown in FIGS. 4A to 4C as an example. The Mimbi internal system shown in FIG. 4A may refer to the server 10, and system users may refer to users (participants, investors, general users, etc.) interworking with the server 10.

Specifically, the participant (1'), who is a user who wants to participate in the project planning stage (a user who wishes to participate in project planning), sends his or her proposal (project-related proposal) to the server 10 through the participant terminal (1). You can submit (upload).

The first processing unit 11 may store plans (a plurality of plans) submitted by a plurality of participants in a plan storage unit (not shown) in the server 10 . The first processing unit 11 may select a plan to produce actual media content as a production plan from among a plurality of plans stored in a plan storage unit (not shown). At this time, the first processing unit 11 may perform a vote to select a production target planning document.

When the first processing unit 11 selects a proposal for production by voting (ie, selection of a project that can be carried out), the second processing unit 12 related to investment/financing proceeds with the investment process to produce media contents. You can procure the necessary funds and pay NFTs according to the investment amount.

That is, the second processing unit 12 may perform (proceed) an investment process when a production target planning document is selected. Here, the investment process may consist of Series A (planning stage, Sales Benefit) - Series B (cast/director, influencer_vote confirmation stage) - Series C (final production confirmation stage).

Users who invest in production (media content production) in this server 10 can target, for example, large capital groups such as existing investors such as companies, advertisements, and funds, and the MZ generation, a new type of investment mainstream. In other words, in this server 10, individual users (individual investors) including the MZ generation as well as existing investors (large capital groups such as corporations, advertisements, and funds) can participate in investment in media content production.

The main office (that is, this system 100 and server 10) introduces the MZ generation based on convenience and practicality through equity piece investment (crowdfunding format) and the use of this app, thereby reducing the risk of high-capital investment by existing investors may have a reducing effect. In addition, this application may have the advantage of doubling the profit generation of all investors by eliminating the cap (setting a profit limit when investing).

The course of the participation process considered in the server 10 is as follows. Specifically, a user who wishes to participate in the project planning stage (eg, planning competition stage) (ie, the participant 1') submits (uploads) his or her proposal to the server 10, and people ( The participant (1') receives investment from investors when his or her proposal is selected (ie, when the proposal is selected as a proposal for a project that can be carried out). Content can be realized (that is, actual production of media contents can be realized.) At this time, the fifth processing unit 15 related to revenue distribution provides, for example, a 1% IP (copyright) share of the total production cost to a planner related to media content production. In addition, the personnel participating in the production can have the opportunity to invest in the media content being produced at a price corresponding to the price of Series A in the investment process.

In producing media contents corresponding to the selected proposal (production target proposal), the server 10 provides users who actually participate in media content production with the Walker-System, an additional service of this platform (Mimbi additional service). , MYMB Walker-System) can be used to support convenient and efficient activities. Accordingly, users participating in actual media content production can use various functions such as smart contracts based on standard contracts, salary management and career management through DID through this platform. Here, users participating in production (ie, users participating in media content production) may include, for example, media-related workers, influencers, and popular artists, but are not limited thereto. A description of the worker system will be described later.

Meanwhile, the server 10 may progress (process) the project according to the flow shown in FIG. 3B when the project is a program type project. On the other hand, the server 10 may progress (process) the project according to the flow shown in FIG. 3C when the project is a personal project.

3 (i.e., FIGS. 3a to 3c) and 4 (i.e., FIGS. 4a to 4c), the participant 1' sends a proposal to the server 10 through the participant terminal 1 in the planning competition stage. can be submitted (uploaded). Here, the proposal submitted by the participant 1' may be, for example, a proposal for a program type project. The program type project may refer to a project in the range of broadcasting including drama, entertainment, culture, and the like.

The first processing unit 11 related to planning selection/voting selects various expert groups in advance, and then votes on the proposal submitted by the participant 1' through the selected expert group, and through this, projects that can proceed with the proposal Awareness can be selected (determined). At this time, when the proposal is selected as a proposal of a project that can be carried out through voting, the selected proposal may be referred to as a production target proposal (plan of a project that can be carried out) in the present application. That is, the first processing unit 11 may proceed with a pre-selected expert group to vote to select which proposal from among the plurality of proposals is a project capable of proceeding with production with respect to a plurality of proposals uploaded by a plurality of participants. . Based on this, a production target plan may be selected from among a plurality of plans.

The participant (1') can submit a plan to the planning contest, and after selecting various expert groups, a project that can be carried out can be selected through voting. At this time, the first processing unit 11 may proceed with anonymous voting until a project is selected (ie, before a production target plan is selected from among a plurality of plans). The proposals received by the first processing unit 11 from a plurality of participant terminals may be stored in a block of a block chain (eg, a public block chain), thereby securing copyright through anonymity and immutability. Can be.

When a production target proposal is selected in the first processing unit 11, the second processing unit 12 related to investment/financing proceeds with a project corresponding to the selected production target proposal (ie, a project that can be carried out, a project that can produce media contents) A production budget can be set, and actual production costs can be invested accordingly. In other words, a production budget is set for a feasible project, and the actual production cost is invested accordingly.

At this time, in the past, mainly companies, culture and arts related fund companies, and advertisers could participate in the investment in relation to the investment in the production cost of the project. On the other hand, in this system 100 (this platform, this server), an individual can invest even a small amount and receive digital assets as much as the share of the investment amount. That is, in this system 100, not only companies, culture and art related fund companies, advertisers, etc., but also all users using this server 10 (individuals) can invest even with a small amount.

When the planning and production cost collection for the project corresponding to the production plan (that is, the project that can be carried out) is completed through the second processing unit 12 related to investment/financing, the third processing unit 13 related to content production You can perform pre-production of media contents for At this time, the digital asset may be locked-up until the pre-production is finished.

When the pre-production of media contents for a project that can be carried out in the third processing unit 13 is completed (completed), the fourth processing unit 14 related to supply/sales supplies pre-produced media contents (produced media contents) and can be sold At this time, the fourth processing unit 14 can proceed with the parts related to broadcasting rights and copyrights when supplying/selling produced media contents, and assets (corresponding assets) in this process can be traded in the form of swaps within this platform. there is. That is, when the pre-production is over and the part related to broadcasting rights and copyrights proceeds, the asset (NFT, which is a digital asset that has been locked) is unlocked and can be traded in the form of a swap within the platform.

The fifth processing unit 15 related to revenue distribution may distribute the revenue generated when the fourth processing unit 14 supplies/sells media content (sales amount) according to NFT shares.

Here, the broadcasting right means a legitimate right to broadcast, and the copyright may mean the right to monopolize profits according to the use, reproduction, sale, etc. of the copyrighted work by contracting with the person who has the copyright. In addition, the swap (swap) type refers to a transaction type (swap transaction type) that has the meaning of exchanging, which means that the two parties agree to exchange different future fund flows for a certain period of time. It can refer to a contractual transaction (ie, a financial technique that is performed through the exchange of fund flows at a certain point in accordance with contract conditions, etc.).

A description of a process in which the server 10 processes a personal project is as follows.

The participant 1' may submit (upload) a plan to the server 10 through the participant terminal 1 in the planning competition stage. Here, the proposal submitted by the participant 1' may be, for example, a proposal for a personal project.

Here, the personal project refers to a personal project applied according to the scale of the influence of an influencer acting as an individual, and may refer to a project including one-person media and social media. In short, a personal project can be said to be a one-person enterprise of the influencer himself, and the server 10 stakes personal media (personal project) and prepares it in the form of equity-type digital assets for subscribers or platform users. (users using this platform) can make purchases.

Users who want to act as a personal project (for example, participants or general users) can obtain project rights by voting by a group of experts based on criteria such as the number of subscribers, existing advertising income, competitiveness of personal media, and public interest. In this platform they may be referred to as projectors.

In other words, when the participant 1' submits a proposal (particularly, a proposal for a personal project or an influencer_plan) to the server 10, the first processing unit 11 related to planning selection/voting provides various experts After selecting a group in advance, voting on the proposal submitted by the participant (1') is conducted through the selected expert group, and through this, it is possible to select (determine) whether the proposal is a feasible project. At this time, the expert group can determine whether the proposal is a feasible project based on criteria such as the number of subscribers, existing advertising income, competitiveness of personal media, and public interest for the submitted proposal.

In this system 100, projectors and general influencers can perform contracts with users active in this platform through AI services such as editors, cinematographers, and planners. To put it simply, you can compare the role of YouTube's mcn to this platform.

Meanwhile, the worker system (Woker-System, MYMB Walker-System) may be referred to as a manpower mediation system, a manpower management system, and a mimbi manpower management system. The server 10 may provide the worker system as an additional service (Mimbi additional service) of the present platform to users. The worker system considered herein may be expressed as a worker-system, a MYMB worker-system, and the like.

8 is a diagram schematically showing an example of the structure of a conventional multi-level employment system. 9 is a diagram schematically showing the structure of a worker system provided by the server 10 in the media content production system 100 using a block chain according to an embodiment of the present invention.

Referring to FIGS. 8 and 9 , numerous steps are required in all media projects (projects for producing media contents) produced on this platform.

8 shows an example of the structure of a conventional multi-level employment system. In general, there are internal assistant directors and editors in broadcasting companies, and projects are being carried out by contracting with production companies or broadcasting companies on an individual and team basis, as freelancers or subcontractors.

Unlike the conventional multi-level employment system structure, the worker system of this platform may be a P2P (Project to People) type job search system having a horizontal structure. The worker system considered in this system 100 (i.e., the worker system proposed herein) can provide automatic history management through DID, smart contract contract service functions based on standard contracts, and the like. That is, users using this server 10 can perform job search activities by using the worker system, which is an additional service provided through this platform.

According to the worker system, when a user acquires a DID through personal authentication, he/she can use a service that allows his or her own personal history management. When a personal history is registered/certified, this record can be encrypted and synchronized to a block. When a user who wants to find a job searches in the AI matching service, he/she can receive a job offer based on his/her personal history information. Going through several projects, users can leave scores and reviews in the evaluation system, which affects the trust score of the person in question. The higher the trust score, the higher the employment amount according to the market economy principle.

In other words, the server 10 may support job search activities for users participating in media content production using the worker system. Here, users who participate in the production of media contents may target, for example, media-related workers, influencers, and popular artists, but are not limited thereto. Users who participate in the production of media contents can use the worker system (that is, a job search system in the form of P2P (Project to People)).

This worker system may be a P2P horizontal contract structure rather than a conventional vertical contract structure. The server 10 can ensure that all contracts are recorded in the block chain in the worker system, and through this, it can provide media workers and public artists' career management and fair profit management. The server 10 may allow the user to be given a legitimate right to actual experience and skill by providing the worker system to the user.

10 is a diagram schematically illustrating the structure of an influencer system provided by a server 10 in a media content production system 100 using a block chain according to an embodiment of the present application.

Referring to FIG. 10 , the server 10 may provide the influencer system of the present platform to users. The influencer system may operate (operate) in conjunction with the above-described worker system. Through the provision of the influencer system, the server 10 can manage the affiliated entertainers, arrange necessary personnel, provide opportunities for casting, and provide an environment for securing fandom. The influencer system proposed herein includes the scope of broadcasters, entertainment agencies, and influencer management, and is equipped with an environment that can solve the above three roles within this platform.

Specifically, first, the server 10 will seek (recruit, select) necessary managers, stylists, composers, choreographers, etc. through the WORKER-SYSTEM of this platform, and make contracts through this platform. can

Currently, the large-scale agency 'Exodus' phenomenon is emerging, and celebrities from large-scale agencies are flowing into single-person agencies or small agencies. In this platform, through the provision of an influencer system, it is possible to create and provide an ecosystem in which users using the server 10 can act according to their abilities and personalities without restrictions.

The most burdensome part when an existing celebrity leaves a large agency is the process of finding the manpower he needs and signing a contract. Due to the complexity of this process and the problem of trust, they start their own one-man agency or find a small agency that respects their individuality.

In this platform, users (for example, participants, investors, or general users, etc.) can find the manpower they want through search. Alternatively, this platform can reduce complexity by enabling P2P electronic contracts based on standard contracts to be used through this platform even if there is a person who worked with the user. According to this, the server 10 allows users such as new entertainers, aspirants, and influencers to experience an environment where they can easily obtain the necessary manpower through the services provided through the influencer system and worker system of this platform. can provide it.

Second, the server 10 can provide a DID-based profile service through which users can upload their own history profile and video profile through the influencer system.

Existing directors often go through auditions to cast people they want through assistant directors, or mostly through casting directors. On the other hand, on this platform, AI search service of the influencer system (or worker system) can be provided only for certified productions. Through this, users using the server 10 can collect actors suitable for program characters through this platform, and can also conduct auditions. In addition, users using the server 10 can directly obtain casting opportunities through this system (influencer system, worker system).

Also, according to the influencer system, users can get preferential opportunities for casting from projects within this platform. In the case of directing projects within this platform, there is a high possibility that you will search for affiliated influencers, and accordingly, uploaded video profiles can also be provided immediately.

In the case of a newcomer or aspiring person, it is highly unlikely that they will expose their profile to the director and seize the opportunity without a large agency. Therefore, the influencer system of this platform can provide users with such opportunities continuously.

Third, the server 10 may enable the influencer system to manage the fandom through a personal project. In existing entertainment, profits from activities are distributed at an average ratio of 7:3.

On the other hand, on this platform, if a user (for example, a participant) registers and receives approval for a personal project, it can become a projector. At this time, the proceeds of the user (projector) can be digitalized and managed by this platform, and at this time, this platform can distribute 60% of the advertising proceeds to the user (influencer), for example, 20% of the user's proceeds can be set to be provided (distributed) to fans or subscribers who are NFT owners. In other words, the fifth processing unit 15 in the server 10 may distribute revenue so that 20% of the user's revenue is provided (distributed) to fans or subscribers. As the influencer system proposed herein is prepared to have the above-mentioned profit distribution structure (profit distribution structure), the server 10 enables the user (projector) to maintain the loyalty of fans according to the scope of their activities. It can be used as a means to express gratitude to the fans. According to this, fans can be provided with an environment in which they can earn money while supporting the influencers they support through this platform.

In addition, the server 10 may provide various additional services to be described below to users using the server 10 through this platform. Here, additional services provided through this platform may include DID applied profile and career management services, smart contract-based electronic contract services, project ERP system services, professional project management services, and AI services. The specific explanation is as follows.

1. DID application profile and career management service

The server 10 may provide, for example, a DID application profile and career management service to the user as an additional service. Users using this server 10 (that is, users using this platform) can be divided into, for example, general users and platform users.

After registering as a member of this platform through this app, general users can simply use the basic functions of this platform, such as watching Raon videos and browsing the site. Platform users can use main functions of this platform, such as Worker-System / Influencer System (INFLUENCE_SYSTEM) / Investment and trading, through identity verification based on DID after subscribing to this platform.

According to the DID application to the worker system, the server 10 provides users with job search service, history management service (existing history - document submission / after using the platform - automatic application), smart contract-based standard contract provision, salary service, A service such as obtaining a trust score may be provided.

According to the application of DID to the influencer system, the server 10 provides the user with a smart contract-based standard contract provision service, basic profile upload capacity (history and video profile upload possible), casting opportunity, and worker system. It can provide services such as recruitment of necessary manpower and generation of new profit structure when applying for individual projects.

Among the main functions of this platform, a description of the investment and trading functions available to users based on DID is as follows.

Platform users who have completed identification with DID can judge the project themselves and make value investments. Previously, only companies or institutions could invest, but on this platform, individuals/small investors can invest in projects such as broadcast programs through NFT-type digital assets. In addition, when a user purchases a personal project through this platform, the user can generate revenue by sharing some of the income of their favorite influencer. In addition, users who provide servers can also generate revenue with digital assets on this platform.

The PoM algorithm (ie, the PoM consensus algorithm 21 or the PoM membership mechanism 20 including the PoM algorithm 21) may refer to a system that rewards users according to the contribution of users participating in the platform. At this time, the contribution in this platform can be automatically calculated based on the worker system, influencer system, investment, etc., and the user can be given a membership level from the server 10 through the PoM algorithm.

The server 10 can manage members only for users who have verified their identities with DID, and because of this, the member's device can also act as a node, so it can be said to aim for a healthy blockchain ecosystem. For example, this platform is specialized for DID, such as Iconloop and LG CNS, and it is possible to apply DID by utilizing platforms that are walking in line with international standards.

2. Smart contract based electronic contract service

The server 10 may provide, for example, a smart contract based electronic contract service to the user as an additional service.

Services within this platform to which DID is applied can enable the above-mentioned smart contract-based electronic contract services to be provided. The identity verified by the DID can be effective as a digital identity. For example, the server 10 can be operated in a way that notarizes important contracts separately, and smart contract-based electronic contract services can have legal effect according to the establishment of international standards.

Since the electronic contract is a sensitive document in which personal information and corporate information are written, the server 10 may record only the code that encrypts the contract in relation to the electronic contract. The server 10 can have the contract recorded on the main server (eg, the server 10) and the code of the contract (encrypted code of the contract) recorded on the blockchain, which can have security and immutability at the same time. This enables users to use electronic contracts through this platform with trust.

3. Project ERP system service

The server 10 may provide a project ERP system service to the user as an example as an additional service.

ERP (Enterprise Resources Planning) refers to an enterprise-wide resource management system as one of the management innovation techniques to maximize the efficiency of organizational operation by integrating management of data such as production/sales/personnel/accounting.

Broadcasters and outsourcing production companies have specialized ERP systems suitable for broadcasting characteristics and utilize them. In this platform, it is possible to operate an integrated management system in the form of adding personal projects.

In this platform, DID and smart contract-based smart contract technology can be used in the general ERP system used by broadcasting production companies. Although the server 10 is distinguished from a personal project, it can provide this platform by building a project ERP system within the large framework of media, allowing users to provide them with improved convenience while not significantly different from the existing ones. It can provide a familiar interface.

4. Professional project management service

The server 10 may provide, for example, a specialized project management service to the user as an additional service.

The media field always has deep-rooted problems such as copyright and illegal pornography. Accordingly, as this server 10 can manage the identity of users based on DID, it is possible to provide a primary eradication solution for the above-mentioned problems, but for more reliable eradication, a professional management team to manage it on a project basis judged to be essential. Accordingly, the server 10 may configure a professional project management team.

FIG. 11 is a diagram for explaining an example of a configuration of a professional project management team (a group of experts selected in advance) by the server 10 in the media content production system 100 using a block chain according to an embodiment of the present application.

Referring to FIG. 11, the first processing unit 11 related to planning/selection/voting in the server 10 may constitute, for example, a project professional management team into two groups (a program type professional management team and a personal media professional management team). . The configured project management team may perform the role shown in FIG. 11, and a detailed description thereof will be omitted. The professional project management team constituted by the first processing unit 11 may mean, for example, the aforementioned group of experts selected in advance. That is, in the present application, the professional project management team may be otherwise referred to as a term such as an expert group.

5. AI service

The server 10 may provide an AI service to the user as an example as an additional service.

For example, the server 10 may provide [an advertisement matching AI service for each project field]. According to this, by way of example, matching services such as "program type project: construction-related drama = advertiser: construction-related advertisement (other related prop-related PPL)", "personal project: mukbang = advertiser: food-related advertisement and PP" are provided. It can be.

As another example, the server 10 may provide [video viewing AI service]. In this regard, the server 10 may provide a 'general algorithmic video presentation service', and accordingly, users may be able to watch videos according to frequently viewed algorithms such as YouTube and Netflix. In addition, the server 10 may provide a 'selective video presentation service', whereby the user can select his/her own tendency through hashtag keywords such as #mukbang #refreshing #homemade, and the server according to the selected tendency You can watch the video presented from (10).

As another example, the server 10 may provide [PEOPLE in MYMB platform AI service]. In this regard, the server 10 may provide a 'project-profile matching service', through which the production team can be provided with a casting list based on the propensity and character presented in the profile of each influencer (broadcaster). Exemplarily, when the production team performs a search with "#comedy #personal #voiced #30s", the server 10 may provide a profile of an influencer related to it to the production team performing the search. there is. In addition, the server 10 may provide a 'Job Search AI Matching Service', through which a person seeking a job registers his/her inclination and career, and the person seeking a job seeks a person similar to his/her inclination through a career search. This matching can provide a profile.

An example of job search AI matching service is as follows. Among the users using the server 10, the first user (first job seeker) who wishes to find a job includes his/her profile information (eg, '#comedy #personal #voice #30 #influencer') Assume that history information is registered in the server 10 . In this case, the history information may include profile information, job (occupation) career information, address, contact information, and the like. Also, suppose that a second user (a job seeker) wants to find a job seeker having a desired tendency among a plurality of job seekers whose history information is registered in the server 10 .

At this time, the second user (job seeker) may use the job search AI matching service of the present server 10 . As a specific example, the second user (job seeker) can access this app with his or her own terminal, click the job search AI matching service provision menu, and input keyword information related to the job seeker's propensity he/she wants to find. At this time, when '30s, female, influencer' is input as the keyword information related to the disposition, the server 10 searches for a job seeker matching the keyword information related to the disposition input by the second user among the plurality of job seekers, and finds the searched job seeker. You can provide job seeker-related information. At this time, assume that the searched job seeker is a first user as an example.

The server 10 may provide the searched first user (job seeker) related information to the terminal of the second user. At this time, when providing the first user-related information, the server 10 primarily provides only the profile information within the first user's history information (that is, the entire history information including profile information, job career information, address, contact information, etc.) can do. The second user may be primarily provided with only profile information of the first user through the server 10 . If the second user views the profile information of the first user and wants to cast the corresponding user, he/she may click a casting button provided on one area of the screen of the second user terminal. The server 10 may provide a 'casting notification message' to the terminal of the first user in response to the second user's click input on the casting button. Here, the casting notification message is 'The second user has requested casting. Do you want to accept?', and the corresponding casting notification message may include, for example, basic introduction information of the second user. Basic introduction information may include information such as casting purpose, occupation, and industry field.

When the first user makes an acceptance response in response to the casting notification message, the server 10 may secondarily provide history information (whole history information) of the first user to the terminal of the second user. That is, the server 10 provides all history information (profile information, job career information, address, contact information, etc.) registered by the first user only when the first user responds to the casting notification message as an acceptance response. can provide. If the first user makes a rejection response as a response to the casting notification message, the server 10 may provide a casting rejection message to the terminal of the second user.

At this time, the server 10 provides a casting notification message to the first user in order to allow the second user to find a job seeker he/she wants more quickly and complete casting (ie, casting is successful), and then for a preset time ( A prompt notification may be provided to the terminal of the first user (job seeker) whenever a preset response time period (eg, 10 minutes) within a preset time period (eg, 1 hour) has elapsed. At this time, the server 10 may change the notification type of the prompt notification provided when the prompt notification is provided every time the preset response period (10 minutes) elapses, and when the prompt notification is repeatedly provided, a notification type with a higher intensity is selected. can be provided in exchange.

Notification types of the prompt notification may include, for example, a first notification type that is a message type, a second notification type that combines a message and a vibration, a third notification type that combines a message and a ringtone, and a fourth notification type that is a call connection type. there is.

Illustratively, it is assumed that the server 10 transmits a casting notification message to the terminal of the first user at 10 am today. At this time, if the server 10 does not receive a confirmation response from the first user within 10:10 am (the confirmation response may include an acceptance response or a rejection response), the server 10 determines the terminal of the first user at 10:10 am. A prompting notification for prompting a response to the casting notification message may be provided in the first notification type (message form). At this time, within 10:20 am after the preset response deadline (for example, 10 minutes) has elapsed after the prompt notification is provided as the first notification type, a confirmation response (ie, an acceptance response or a rejection response) is received from the first user. If this is not done, the server 10 sends a prompting notification prompting a response to the casting notification message again at 10:20 am in the second notification type (a type in which vibration is generated in the terminal of the first user in addition to providing a message). ) can be provided. If the first user still does not give an acknowledgment despite providing the prompt notification in the second notification type, the server 10 again provides the prompt notification in the third notification type, and if this also does not give an acknowledgment Again, the prompt notification may be changed to the fourth notification type and provided.

In this way, the server 10 is limited to a predetermined time (eg, 1 hour) after transmission of the casting notification message, until the first user's confirmation response (acceptance response or rejection response) is made. minutes), the prompt notification is repeatedly provided, but when the prompt notification is repeatedly provided, the notification type may be changed and provided. At this time, if the server 10 does not respond (acceptance response or rejection response) within a preset time period (for example, 1 hour) despite repeatedly providing prompt notifications, the first user is a non-response person. and a reselection request message for requesting reselection of the job seeker (that is, requesting selection of another job seeker) may be provided to the terminal of the second user (job seeker).

In this way, as the prompting notification is repeatedly provided while changing the notification type to the job seeker terminal, the server 10 allows the first user (job seeker) who has received the casting notification message to more quickly respond (accept response or rejection response) to the casting notification message. ), and the recognition that the casting notification message has been received can be made more effective. In addition, through this, the server 10 may support the second user (job seeker) to more quickly perform (complete) casting for the job seeker he/she wants.

Hereinafter, the structure of the platform provided through the server 10 (that is, the platform proposed herein and the platform applied to the system 100) will be described in more detail.

1. Architecture overview of this platform

As described above, the process of producing content (contents) in this server 10 can be largely performed through the interaction of two projects (a program type project and a personal type project).

Participants in this platform (e.g., consensus participants) represent their groups according to their projects or user types, such as project participants, investors, and general users, to verify transactions requested by different groups so that they are not biased towards any specific group. It can play a role in maintaining equity. In such an environment, some of the participants (end users) belonging to each participating group can maintain the integrity of the platform by validating transactions occurring on the platform, and can provide consistency and reliability to platform users.

The platform induces active participation of users and can operate differentiated membership according to the user's activities and contributions on the platform. In membership, levels can serve as validators to validate transactions on behalf of each participating group. In the platform, only transactions that have been validated by validators can be blocked and stored and managed as the final ledger. Validator sets can be alternately elected in a weighted round-robin manner. The higher the activity of the platform, the more weight the validator has, and the probability of being elected as a leader can increase proportionately.

12 is a diagram schematically showing the overall configuration of a platform architecture applied to the media content production system 100 using a block chain according to an embodiment of the present application.

Referring to FIG. 12, this platform (this platform applied to this system) provided by the server 10 is a content production platform (media content production platform), for example, based on the BFT + PoS algorithm, function can be provided.

Here, BFT means BnkToTheFuture, which can mean a token issued by the BNK platform that can invest in stocks and tokens such as fintech, block chain, and bitcoin, and a detailed description will be omitted. . The PoS algorithm refers to the PoM membership mechanism 20 proposed herein.

The overall composition of this platform for content production can be largely composed of an integrated structure between "MYMB Core Platform", "external blockchain platform" and "MYMB extension systems". That is, this platform may include "MYMB Core Platform", "external blockchain platform" and "MYMB extension systems". A detailed description of the function of each component is as follows.

2. Components of the architecture of this platform

2-1) MYMB Core Platform

The Core Platform in this platform is a blockchain infrastructure for decentralized distributed Mimbi service, and can provide a user-participating media production platform through a consensus algorithm based on user activity. In addition, the core platform is a media production environment such as token economy environment in media production or user environment, contract relationship management environment for fair contracts in media production process, transparent advertising contract management environment, and media storage function to manage created media files. It can provide an environment to support various tasks that occur in To this end, the core platform includes the following components.

2-1-1) Modular media production engine architecture

In order to provide various functions centered on media production, this server 10 is an architecture that can add various modular functions to the blockchain engine based on the PoM consensus algorithm 21 (i.e., the PoM membership mechanism 20). ) can be adopted and used. Through this, this platform can respond to changes in the future media production environment in an agile and scalable manner.

Each module implements a single function provided by the media production environment and is connected to the "Membership mgmt. It may be set so that an activity score is determined for Here, the core engine may mean a configuration corresponding to the configuration of the 'PoM membership management engine' in the PoM membership mechanism 20 in FIG. 5A.

2-1-2) Membership Management Engine (Core Engine)

The membership management engine (core engine) means a PoM membership management engine in the PoM membership mechanism 20 .

The membership management engine may be a module for collecting and managing activity information of all users occurring on this platform. The membership management engine may calculate and manage the final user's platform score (activity score) based on policies. At this time, the policy for membership level management can be changed by a governance vote of the platform operation group, and the change can be reflected in the operation of all platforms immediately after application. Here, as an example, the platform operation group may be the aforementioned expert group selected in advance, but is not limited thereto.

The membership management engine can store the degree of membership policy governance as a transaction on the blockchain to ensure transparency. In addition, the membership management engine can record and manage the basis for calculating the membership level for one user along with the membership policy information at that time in the blockchain.

2-1-3) Modular engine list (modules can be added as needed)

The server 10 can adopt and use the PoM membership mechanism 20 as an architecture that can add various modular functions to the blockchain engine based on the PoM consensus algorithm 21. Here, various modularized functions may refer to functions provided by modularized engines (Token Economy, Contract mgmt., Personal Career mgmt., Media file mgmt., AD matching service) to be described later.

The 'Token Economy' engine, as an engine that implements issuance/management functions of various tokens to be used within this platform, may have a core function that operates the token economy together with the membership engine. The token economy engine can also implement and provide a swapping function for mutual exchange of tokens.

Token economy is a term that first appeared in behavioral psychology and develops with token >>> compensation >>> reinforcement, and participants can receive tokens as a reward for performing value-raising activities that develop the ecosystem in token economy.

The 'Contract mgmt.' engine can enable fair trade by managing standard contract processes for various contract activities that occur during media production projects through this platform. The engine can utilize smart contract functions to manage standard contract processes for various purposes.

The 'Personal Career mgmt.' engine can perform the career management function for various participants (eg, staff, actors, producers, investors, etc.) considered in the media production environment provided through this platform. there is. The personal history management engine can operate as a module for generating core data for membership management according to activities of this platform.

The 'media file management engine (Media file mgmt.)' may refer to an engine for storage/management and license management of final media image files created through a project by this platform. The media file management engine can perform functions such as media access management, license management, and linkage with external OTT and streaming environments.

The 'AD matching service' engine may mean a module for staff recommendation and project proposal by the worker system to users using the server 10, or advertisement contract management. The architecture of the AD matching service engine may be as shown in FIG. 13 as an example.

13 is a diagram schematically illustrating the architecture of an AD matching service engine among components in a platform applied to the media content production system 100 using a block chain according to an embodiment of the present invention.

Referring to FIG. 13 , the AD matching service engine may provide an advertisement matching service using an AI matching engine (artificial intelligence matching engine). In particular, the AD matching service engine uses AI's personalized analysis data to enable matching services according to the user's needs (needs) using this server 10, and advertisers and advertising consumers by token economy. It can be provided so that compensation for advertising expenses is made between

The AI matching engine learns and creates a matching model based on various personal history and advertisement history data stored in this system (or this platform), and the learned matching model is stored in the storage again to provide a matching service (AD matching service) can be used during execution of

Here, as an example, a deep learning model may be applied as the matching model. The deep learning model may mean an artificial intelligence (AI) algorithm model, a machine learning (machine learning) model, a neural network model (artificial neural network model), a neuro fuzzy model, and the like. In addition, as examples of deep learning models, convolutional neural networks (CNNs), recurrent neural networks (RNNs), deep neural networks, etc. have been previously known or developed in the future. A variety of neural network models can be applied.

2-1-4) Media storage management function

The server 10 can manage media contents that have been produced through this platform in units of files, and can distribute and store them in storage supported by this platform for management. The media storage management function may be implemented, for example, in a "file sharing integration layer" of the Core Platform in the present platform shown in FIG. 12 .

[Storage supported by this platform] includes, for example, cloud-based object storage, IPFS, storage contributed by platform participants, and storage designed to compensate for platform contributions in the case of storage provided by dual users. It may, but is not limited thereto.

According to the media storage management function, this platform can provide users with a decentralized media file management function (DHT-based file management), file entry/exit and ACL management function, media content license management function, and external OTT linkage function. there is.

2-1-5) Legacy media production system and personal history linkage function

This platform can provide legacy media production system and personal history interworking function. This is an interlocking function for the purpose of incorporating data from various systems that supported the existing media production environment into this platform, converting and migrating data in a form that can be processed on this platform, and It can share data with "Media production system". In addition, through these functions, this platform can provide an interface for handwriting input of personal career data that is not computerized, enabling integrated management of personal career management, which was not systematically managed in the existing offline method, on this platform. can support you to do it.

According to the legacy media production system and personal history linking function, this platform can provide existing data migration conversion function, personal history computerized input function, and the like.

2-2) External blockchain platform

The external blockchain platform within this platform is used for the purpose of linking the external blockchain for supporting the function of this platform or linking external cryptocurrency with the DID platform, which is used for basic user identification within this platform. It can be.

External platforms can be integrated/interlocked through "External Blockchain Integration Services". In this platform, an external DID network can be used, and accordingly, the user's e-wallet may be able to manage user accounts through this service (external blockchain integration service). In addition, an external blockchain platform can provide an intermediary linkage function that enables exchange with various external currencies through a token swapping function within this platform when a national level CBDC is created.

2-3) MYMB expansion system

The MYMB expansion system included in this platform may mean work systems for media production work process management and media license/advertisement management. The MYMB expansion system can share personal career data according to project progress and contract information according to standard contract management function with this platform.

Hereinafter, the PoM consensus algorithm 21 considered in the present system 100 will be described.

14 and 15 illustrate an agreement made by the PoM consensus algorithm 21 in the PoM membership mechanism 20 used by the server 10 in the media content production system 100 using a block chain according to an embodiment of the present application. It is a drawing for In particular, FIG. 14 is a diagram for explaining a process in which the PoM agreement algorithm 21 performs an agreement according to activities. 15 is a diagram for explaining a process in which the PoM consensus algorithm 21 performs a governance vote-based consensus.

Referring to FIGS. 5A, 14 and 15, the server 10 may use a predefined PoM membership mechanism 20 including a PoM consensus algorithm 21 to provide rewards to users using the present platform. . In addition, the first processing unit 11 of the server 10 may use the PoM consensus algorithm 21 when performing a vote to select a production target proposal.

Specifically, the PoM (Proof of Merge) consensus algorithm 21 may refer to an algorithm that derives consensus through activities. Consensus in this platform consists of consensus at the blockchain node according to normal business activities (i.e. activity-based consensus) and governance voting-based consensus for the decision-making process in the media production environment (i.e. governance vote-based consensus). It can be done.

[Agreement according to activities]

When performing an agreement according to activities through the PoM agreement algorithm 21, the server 10 may perform an agreement based on the structure shown in FIG. 14, for example.

Among the distributed nodes, there may be a set of nodes that are logically divided by project. Here, the nodes may mean users using the present server 10 .

At the point of agreement processing transactions, this platform can perform the agreement through the following procedure. For consensus based on activity, the server 10 may randomly select a verification node from among the node groups (step 1). At this time, the election of the verification node can be made by the election policy of this platform, and the change of policy can be changed by governance voting. Thereafter, the server 10 may perform an agreement (step 2) by performing authority verification according to membership levels of users bound to the elected node. At this time, the elected nodes can complete the consensus, generate a block, and propagate it to the rest of the nodes.

That is, consensus according to activities can be managed by logically grouping a plurality of verification nodes for each project, and in case of actual agreement, it can be performed by logic that extracts representative verification nodes by randomly selecting verification nodes according to policies.

[Governance vote-based consensus]

The server 10 may perform an agreement based on the structure shown in FIG. 15 as an example when performing a governance vote-based agreement through the PoM agreement algorithm 21.

In this platform, the membership level or verification node election logic at the time of agreement must be changed and reflected by users as the platform expands and develops based on policy. Since this affects the fundamental operation mechanism of this platform, it is necessary to make this platform operate with the logic determined on behalf of a number of users or operators, which can allow changes to be made through governance voting. In other words, the level of membership in this platform or the logic for selecting verification nodes at the time of agreement can be changed through, for example, governance voting.

The governance voting procedure may consist of proposal submission - voting - voting inheritance - collateral claim procedure.

In the case of the Proposal Submission procedure, the verifier can submit a proposal for transaction verification regardless of whether it is delegated or not. When certain conditions <Condition Design Required> are met, validators can start voting for transaction verification.

In the case of the voting process, once the voting period begins, validators and delegators can vote on one of the four proposed proposals. Voting options can be divided into YES (for), NO (negative), NoWithVeto (strong negative), and Abstain (abstain).

In the case of the vote inheritance procedure, the delegator can inherit the vote chosen by the validator he or she delegated without directly voting. If a validator votes YES, delegators who did not vote can be automatically selected as YES.

In the case of the Claiming Deposit process, if the governance proposal passes or has never entered the voting period, any deposit submitted to the proposal may be returned. At this time, when designing the token economy, it may be necessary to provide a design related to voting collateral.

A description of the PoM membership mechanism 20 can be more easily understood with reference to FIG. 5A. The PoM membership mechanism 20 may be otherwise referred to as a PoM algorithm membership mechanism, a blockchain-based membership management device, and the like.

The PoM membership mechanism 20 can perform an agreement according to the membership level of the participants, and the agreement at this time is achieved by operating the above-described PoM agreement algorithm 21 and the membership management engine (Membership mgmt. Engine) component together. It can be done.

The PoM membership mechanism 20 can calculate the membership level of each user according to a membership policy that can be changed or determined by governance voting by collecting data for calculating membership generated by plug-in modular engines. The PoM membership mechanism 20 can store and manage the calculated membership level in the blockchain.

When issuing a transaction, the PoM consensus algorithm 21 retrieves the verification node target information from the membership management engine, selects a verification node, and can go through a consensus process.

16 is a diagram schematically illustrating a system layer structure of a media content production system 100 using a block chain according to an embodiment of the present application. That is, FIG. 16 shows the system layer structure of this platform.

Referring to FIG. 16 , the present system (media content production system 100) may configure an infrastructure to enable globalized services based on a cloud environment. The system layer of this system (ie, this platform) can be largely composed of Media file storage layer, Blockchain Platform layer, MYMB Service layer, and MYMB Extended service layer.

A media file storage layer may be a layer for distributed storage services such as cloud-based object storage and IPFS. This service can also include storage provided by users or groups of users to increase platform activity.

The blockchain platform layer may refer to a layer in which the blockchain platform (ie, the PoM membership mechanism 20) proposed herein is operated.

The DID layer is a layer for managing user personal authentication and personal data, and various DID platforms capable of global service can be utilized.

The MYMB service layer is the uppermost layer in which the dashboard service and the MYMB extended service are operated, and may provide interfaces for users.

Meanwhile, the present system 100 may perform history management of users using the DID. The DID-related service architecture applied to the present system 100 can be more easily understood with reference to FIG. 17 .

17 is a diagram schematically illustrating a structural example of a DID service architecture applied to the media content production system 100 using a block chain according to an embodiment of the present application.

Referring to FIG. 17, in this system 100, the private key used in the electronic wallet can be designed based on DID to maintain confidentiality so that different users cannot infer the other party's personal information.

In addition, in the present system 100, it is possible to make it impossible to find related user information only with the managed user's history data, and to provide a function having a correlation only through the key of the user's electronic wallet.

The server 10 can store the user's personal history information generated on this platform (eg, information such as project history that the user participated through this platform) in the blockchain based on the unique ID issued by the DID network. .

At this time, in the history information stored in the blockchain, only the DID corresponding to the project activity information excluding information that can refer to an individual may be stored. The server 10 may allow the user to prove his or her history using a key including the DID in the electronic wallet when the user needs to prove his/her history in the future. In the case of a project, the server 10 may retrieve information recorded in the blockchain with a DID key value and provide it so that copyright proof can be provided.

In the DID environment, users can be classified as the owner, issuer, and verifier of the identity, and in this platform, the DID environment can be one environment used by different users who verify or issue personal history data.

When the owner requests data to be verified to this platform (ie, this server 10), in response, the server 10 provides the "DID backend service (external blockchain integration services)" A request can be sent to an external DID through the "DID Backend Service", and according to the DID standard, the "DID Backend Service" of the platform can be returned according to the path of the service endpoint specified in the request payload. With , an external DID can send a request for verification or issuance. The target of the request sent by the DID can be either the issuer or the verifier.

This platform (this server 10) can inform the person in charge through a notification to process this request, and when the verification or issuance operation occurs, it can notify the owner who requested the initial verification in the reverse order of the request, The contents of the processing result can be stored in the blockchain or an external production system if necessary.

18 is a diagram schematically showing an economy system structure (economy system structure) of a platform (this platform) applied to the media content production system 100 using a block chain according to an embodiment of the present application.

Referring to FIG. 18, the types of digital assets considered in this platform are as follows. In other words, the types of digital assets handled by the server 10 may largely include flat assets and public digital assets.

[flat asset]

Flat assets can include fiat currencies and stablecoins (aka. CBDC). Flat refers to virtual assets issued backed by real assets in the form of reserves based on legal currency.

Looking at the need for flat assets, this platform is basically a blockchain-based platform. However, there is a possibility that people working in the project progress lack understanding of blockchain or lack trust in digital assets. In addition, since there may be price fluctuations in the case of public digital assets, in consideration of this, the server 10 can provide users who do not want asset volatility to select flat assets.

Regarding fiat currency, the Platform may have a system for withdrawing fiat currency directly into a bank account. In other words, the server 10 may provide so that the user can directly withdraw legal currency to a bankbook. As an example, the server 10 can provide the user to be able to withdraw immediately as much as the necessary amount when the user has authenticated the bankbook in this app, and can also provide free withdrawal. The server 10 may provide users with the ability to withdraw profits generated from the platform in legal currency.

Stablecoin is also referred to as CBDC, which means a digital asset that 'guarantees price stability by linking it with existing currency or real assets'. The server 10 may, for example, use a stable coin on this platform to lower the volatility of digital assets and minimize loss of value. The server 10 may apply, for example, an existing reliable stable coin, but is not limited thereto, and DBDC issued by a country may be applied in the future.

[Public digital assets]

The server 10 may consider platform digital assets and project digital assets in relation to public digital assets.

In the case of platform digital assets, the public blockchain maintains the network by paying specific cryptocurrency as an incentive or reward to motivate many people to participate in the network.

The consensus algorithm of this platform may be PoM (Proof of Merge), that is, a participatory algorithm. This PoM consensus algorithm 21 basically aims to allow users to receive rewards according to how much they participate and contribute to this platform.

The amount of issuance of platform digital assets on this platform can be determined according to the increase in users and the activity of the project. Exemplarily, the server 10 is a platform digital asset, such as "100 users -> 1000: issue amount 10 -> 50", "project active 2 -> 10: issue amount 10 -> 50" issuance can be determined.

As in the above example, the server 10 can periodically determine the issue amount of platform digital assets by an algorithm (PoM consensus algorithm 21) as the number of users and projects increases. Here, the periodicity may be a period set to 10 days, 30 days, etc. by way of example, but these numerical values are only one example to help the understanding of the present application, but are not limited thereto, and the present system 100 ) can be set in various ways by the manager who manages it.

The server 10 may use the PoM membership mechanism 20 in this platform to operate a membership system based on the user's activity on this platform. The server 10 may use the PoM membership mechanism 20 to allow users to periodically receive distribution of platform digital assets issued by level. At this time, the description of the membership (MYMB membership) considered in this platform can be more easily understood through the contents of the investment system (Investment System) to be described later.

The server 10 may consider NFTs as project digital assets. NFT is a non-fungible token, meaning that each token cannot be substituted for another token. CryptoKitties of Ethereum, a cryptocurrency game, is a representative example of NFT.

The server 10 may utilize the NFT, which is a project digital asset, as a project equity coin. Specifically, the server 10 may issue NFT-type digital asset codes for each project. At this time, along with the issued code, a serial number may also be assigned according to the order of purchase. When a user purchases a project digital asset, the user can own the asset in their personal wallet.

Regarding the progress of the program type project, the server 10 calculates the final production cost after selecting the program, and when the investment fund is completed, the server 10 may proceed in the order of entering the pre-production. The server 10 may determine the initial price of the digital asset based on the final production cost. Depending on the popularity of the program, there may be a value change, and the server 10 may automatically provide the proceeds to the person who owns the corresponding NFT coin according to revenues such as advertising and copyright sales.

Regarding the progress of a personal project, the server 10 may receive an influencer's application and select a projector through voting. At this time, if the participant 1' submits a personal project plan to the server 10 and the submitted plan is selected as a plan for a projector that can be progressed through voting, the participant 1' acquires the project right. A participant 1' who has acquired the project right may be referred to as a projector. Thereafter, the server 10 may determine the number of NFT-type digital assets to be provided to the selected projector, and at this time, the minimum/maximum number of NFT-type digital assets payable to the projector may be predetermined. The projector can sell the NFT-type digital assets paid from the server 10 to other users in an auction format for a preset period. Here, the preset deadline may be set to various values by an administrator who manages the present system 100 . At this time, the price of the corresponding digital asset (NFT-type digital asset) may be determined according to the principle of popularity and free economy. In addition, the server 10 may automatically distribute profits generated from advertisements or activities for media content (media content produced by the server) corresponding to the proposal selected by voting to asset owners.

The economy system of this platform may be configured so that stable coins, platform coins, and project coins can be swapped with each other. In addition, the server 10 may provide a transaction window function for buying and selling project coins through this platform, for example. At this time, the project coin may have a lock-up period depending on the type of project, and may be set to not be swapped during the lock-up period.

The server 10 allows users to select digital assets. That is, for example, influencers or people who work through this platform can select the type of digital asset they want to receive when signing a project contract through this server 10. Here, there can be three types of digital assets, including fiat currencies / stablecoins (which can be replaced by CBDC later) / platform coins. This server 10 can provide three types of options related to digital assets to users who want to execute a project contract through this server 10.

Here, in the case of project coins, depending on the user's contribution, some of the project coins may be paid in addition to the terms of the contract. For example, in the case of a programmatic project, people working through this platform may include planners, writers, directors, and main performers. In addition, in the case of private projects, users can select a digital asset (select any one of three types of digital assets) for the purpose of increasing the percentage of their (eg influencer) revenue.

A more detailed explanation of the investment system of this platform is as follows. The investment system can be understood as a concept that includes various revenue generating structures, profit management structures, and membership system structures generated from this platform.

19A and 19B are diagrams for explaining the operating and profit structure of a platform applied to the media content production system 100 using a block chain according to an embodiment of the present application. In FIG. 19B, MYMB means this server 10, and PoM blockchain membership means PoM membership mechanism 20.

Referring to FIGS. 19A and 19B , in the case of the revenue/operating structure of this platform, platform operating costs and usage fees may be considered in the digital asset economy system (economic system) of this platform. It can be platform-type digital asset issue volume -10%, project budget_5% + IP_investment profit, digital asset swap fee -0.05%, platform advertising revenue_20% + @, etc. The server 10 may also add service costs related to additional services as proceeds. The server 10 may utilize the platform proceeds for platform development costs, operating costs, project support, a specialized project management system, community operation, and the like.

This device 10 can produce and supervise a project and issue an IP. 5% +@ (IP proceeds) for program type project operating cost, personal project: 20% for advertising (related server and operating costs). Mimbi Series B self-investment 15-40% -> IP profits can occur. The user may provide project planning to the device 10, and the device 10 may provide a worker system to the user. Between the user and the project, there may be an investment fee of 0.5% and an asset exchange fee of 0.05%.

The device 10 may provide data related to the user participation rate to the PoM membership mechanism 20, and may receive 15% of the amount of coins issued by the platform from the PoM membership mechanism 20. The device 10 can register an IP list and manage an IP block chain for the NFT market, and the NFT market can provide the device 10 with a market fee.

The membership system (MYMB platform membership system) of this platform can be more easily understood with reference to FIGS. 5c and 5d. Referring to FIGS. 5C and 5D , the server 10 may determine a user's membership level according to a membership criterion, and may update the level according to a predetermined cycle. Here, the preset period may be set to 1 day, 1 week, etc., which may be set to various values by the user who manages the present system 100 .

At this time, a verifier or system monitor may be additionally applied to the present system 100 as a safety device for updating the membership level, for example. Based on the membership system, users using the server 10 can receive distribution of platform digital assets from the server 10, excluding platform operating costs. .

The server 10 may distribute digital assets according to a predefined membership digital asset distribution ratio using the PoM membership mechanism 20 . At this time, the digital assets distributed by membership level (levels 1 to 4) may be the same, but the rate of return distributed according to the level may vary. The membership system of this platform (MYMB platform membership system) can be said to be a membership system for voluntary participation of users.

In this platform, the detailed profit structure for each project (i.e. program type project or individual type project) can be as follows.

20 is a diagram for explaining a profit structure of a programmatic project considered in the platform of the media content production system 100 using a block chain according to an embodiment of the present application. 21a and 21b are diagrams for explaining the profit structure of a personal project considered in the platform of the media content production system 100 using a block chain according to an embodiment of the present application. That is, FIGS. 21A and 21B are diagrams showing the profit structure of creators related to personal projects.

Referring to FIG. 20, the server 10 receives a program-type project-related plan as a project-related plan from the participant terminal 1, and as a result of voting on the received plan (program-type project-related plan), the corresponding plan is When selected as a production plan, media contents can be produced by proceeding with a project (programmatic project) of the selected production plan.

At this time, the fifth processing unit 15 related to revenue distribution in the server 10 may distribute the proceeds generated by the program type project as follows when media content related to the program type project is produced. For example, the fifth processing unit 15 may distribute and provide the proceeds of the program type project at a ratio of “program type NFT investor: Mimbi self-investment: project operating cost = 80%: 15%: 5%”.

The fifth processing unit 15 may consider advertisements and additional investment amount coming from the production process of the program type project, copyrights, broadcasting rights, sales of overseas copyrights, sales of OTT platforms, and the like, as the value of the project. Accordingly, the fifth processing unit 15 manages the proceeds by linking the proceeds from the advertising and additional investment amount, copyright, broadcasting rights, overseas copyright sales, OTT platform sales, etc., coming from the production process of the program type project with the value of the project. and can be distributed. That is, when distributing revenue, the fifth processing unit 15 may consider "project value increase = project equity asset owner's profit".

Referring to FIG. 21A, the server 10 receives a personal project-related plan as a project-related plan from the participant terminal 1, and when the plan is selected as a production plan, the project of the selected production plan (individual type project) to produce media contents.

At this time, when media contents related to the personal project are produced, the fifth processor 15 related to profit distribution in the server 10 may distribute the proceeds generated by the personal project as follows. For example, the fifth processing unit 15 may distribute and provide the proceeds of the personal project at a ratio of "influencer: equity holder (NFT utilization cost): platform operating cost = 60: 20: 20". The structure of proceeds (revenue) distribution for personal projects considered in this system 100 will increase the number of users who want to own the digital asset as the influencer's own rate of return increases, and accordingly, according to the principle of the market economy, their own It may be set in a structure that increases the channel value.

In FIG. 21a, as an example, the proceeds of a personal project are illustrated as being distributed in the ratio of "influencer: equity holder: platform operating cost = 60: 20: 20", but this is only an example to help the understanding of the present application, It is not limited to this. As shown in Figure 21b, the proceeds of the personal project can be distributed in the ratio of "Influencer (Creator): Equity Owner (Project Utilization Cost, NFT Owner): Platform Operating Cost (Mimbi) = 60: 20: 20" And, these values can be set/changed to various values by the administrator who manages the present system 100.

Referring to FIG. 21B, the fifth processing unit 15 may, for example, distribute 60% of advertising/PPL revenue to creators, 20% to platform fees, and the remaining 20% to project utilization costs. This platform can be said to have an upgraded structure that allows influencer-subscribers to benefit from each other while minimizing platform fees compared to existing platforms.

At this time, in relation to the project utilization fee of 20%, when a user (for example, a participant) creates a channel on this platform and uploads new content, the user creates content with the project utilization fee through this server 10. can be supported (step 1). Next, when the user (participant) applies for the project through this server (or this platform) and is selected, the server 10 can NFT the user's personal channel, and the project utilization cost is not It can be distributed to NFT owners (step 2). At this time, most users (NFT owners) who purchase NFTs may mean subscribers.

According to the foregoing, the server 10 receives a plan related to a project (ie, a program type project or a personal type project) from the participant terminal 1 of the participant 1', and proceeds with voting for the received plan. When a plan is selected as a plan for production, the production cost (production budget, amount required for pre-production of media contents) of a feasible project, which is a project of the selected production plan, can be calculated. Thereafter, the server 10 may proceed with investment-based fundraising for an amount corresponding to the calculated production cost. At this time, when the fundraising of the production cost calculated by the investment-based fundraising process is completed, the server 10 pre-produces media contents corresponding to the project that can be carried out based on the collected amount, and then produces the media content when the pre-production is completed. You can sell the media contents that have been sold, and distribute the revenue generated by the sale.

Here, investment-based fundraising can be made by companies, culture and art related fund companies, advertisers, and individual users. Here, the individual user may mean any user who uses the present platform, or may mean an individual user. According to this, on this platform, investment in the project (media content production) is made not only by the existing media content main investors (company, fund company, advertiser, VC, etc.), but also by individual users using this platform to participate in the production of media content and can be offered for investment.

The server 10 may issue a predetermined number of NFTs, which are digital assets, for projects that can be progressed through the first processing unit 11 when the production target planning document is selected. At this time, the number of NFTs issued to the project is set differently depending on the type of project (whether it is a program-type project or a personal project), attributes (popularity of dramas, entertainment, etc. among program-type projects, income of influencers, etc.), etc. may have been In addition, the number of NFTs issued to the project may be set in advance by an administrator who manages the present system 100, for example, or may be determined differently according to the principles of the market economy.

In addition, the server 10, when the completion of the fundraising of the calculated production cost is made based on the investment by a plurality of investors, the NFT issued to the project through the second processing unit 12 is invested by each of the plurality of investors. Differential payments can be made as equity-type digital assets to each of multiple investors at a rate corresponding to the investment amount, depending on the investment amount. At this time, the plurality of investors who have been paid (paid and owned) the equity-type digital assets may have shares in the copyright (IP) of the progressable project as equity owners of the progressable project (i.e., distribute the shares of the copyright) may be received).

In addition, the server 10 may distribute revenue generated by selling the produced media content to users related to the production of the sold media content at a preset ratio. Here, the users related to the production of the sold media content include the creator who is a participant who created the media content, and the equity owner who owns the copyright share of the media content after receiving equity-type digital assets (i.e., the NFT issued in the project that can be carried out) A plurality of investors who have been paid and owned as equity-type digital assets), and an administrator who provides this platform. Here, the preset ratio may be set so that the creator has a larger value than the equity holder and manager.

Specifically, the preset ratio may be set as a ratio of a:b:c for the creator:shareholder:manager. Here, a is set to a value that exceeds half of the sum of a, b, and c, and each of b and c may be set to a value obtained by dividing the sum of a, b, and c minus a by half. . Illustratively, the preset ratio may be set to "creator:shareholder:manager = 6:2:2". This is only one example to help the understanding of the present application, but is not limited thereto, and the numerical value of the preset ratio may be variously changed/set by the manager who manages the present system 100.

In addition, the server 10 locks the NFT, which is a digital asset paid to participants before pre-production is completed, until the pre-production of media content is completed, and unlocks the NFT after the pre-production is completed so that the NFT can be stored on this platform. can be traded in the form of a swap.

In addition, the server 10 may perform marketing to various types of users using this platform. In addition, the server 10 may provide various benefits (benefits, gains), points, etc. as marketing points to users using this platform. The specific explanation is as follows.

1. Marketing Target

The server 10 may perform marketing to various types of users. For example, the server 10 may target media workers, influencers, users and viewers of this platform, and the like.

[media workers]

In the case of broadcasting media, full-time workers account for around 2-3% of the total workforce per program. Almost all of them work as freelancers, and none of them work under standard contracts. Broadcasting companies and outsourced producers' distribution of advertisements and sales rights are also different for each contract just because it is a practice. This is closely affecting media workers.

In Hollywood, for example, extras earn between $150 and $200. In Korea, the average is between 50,000 won and 100,000 won. On average, the difference is more than 3 times. There may be a question mark as to whether it is a difference in production cost, but since it is a structure in which outsourcing production companies have to operate at production costs that can be managed and leave a profit, the vicious cycle due to practice continues.

This vicious cycle can only be broken by getting out of a perfectly centralized media production system, and for this, the platform adopts a pre-production method. That is, the server 10 may provide the user with this platform having a pre-production method of media content. After the production cost is raised, the server 10 pre-produces media content, purchases broadcasting rights, and transmits the media content, thereby avoiding the copyright problem caused by the production cost. In other words, it is possible to escape from the copyright problem caused by the production cost by pre-production after the production cost is raised, and by purchasing and transmitting the broadcasting right. This server 10 can provide an environment in which media workers can receive a reasonable salary.

In addition, this server 10 is a device for minimizing unfair contracts and can provide digital contracts based on standard contracts based on smart contracts. In other words, this server 10 will ensure that smart contract contracts (digital contracts, P2P electronic contracts) based on standard contracts are made through this server 10 so that unfair contracts can be minimized for media workers. can This platform is not limited to Korea and can be provided in various countries and countries.

[Influencer]

In this platform, broadcasters and personal media can be largely considered in relation to influencers.

Regarding broadcasters, broadcasters may utilize (use) this platform primarily for the purpose of casting. Previously, almost all castings were managed through casting directors and agencies. The wall is too high to be active individually, especially for a rookie.

On the other hand, since this platform provides basic media capacity for personal profile management, users using this platform can not only put up their own keywords such as disposition and character, but also upload video profiles to this server 10. there is. Directing can make a primary judgment based on the video profile uploaded to this server 10 for casting they want, so from the point of view of broadcasters (broadcasters who are one of the users using this platform) through this server 10 It can be used for the purpose of acquiring more opportunities for casting.

Regarding personal media, in the past, for example, in the case of YouTube, the amount that individual creators take as advertising revenue is only 55%. In other words, about 45% of the total advertising revenue generated by personal media is measured by the cost taken by the platform (ie, measured by the platform cost). According to this, conventionally, as advertising revenue generated by creations by individual creators is excessively given to the platform, it can be said to be an unreasonable revenue distribution structure for creators.

On the other hand, the server 10 may provide a user using this platform to receive an amount corresponding to 60% of the revenue due to advertising/PPL coming in (generated) to the user's own creation. At this time, 20% of the revenue coming from the user's creations can be used to personalize the influencer itself and open it as a personal project-type digital asset. That is, the server 10 can return (distributed) the proceeds corresponding to about 20% of the total proceeds generated from the user's creations to users who own personal digital assets, which allows creators to fandom. It can be a good opportunity to secure legitimacy for advertising while maintaining

In addition, the server 10 can provide an AI service that matches advertisements according to the propensity of creations, so that viewers who view advertisements can also reduce the burden of advertisements, and advertisers are more efficient for those who own the assets. to give you the opportunity to advertise.

[Users-Viewers of this Platform]

Techniques for being rewarded for watching media outlets are springing up one after another. It can be said that the compensation method is different in this platform. The server 10 enables users using this platform to view media, make small investments through self-value judgments, and enable fandom activities. At this time, the server 10 automatically applies the membership system to the participation activities of users participating in the platform, so that easy passive income (profit generated even while sleeping) can be generated. In addition, this server 10 can provide a function that allows general users to watch videos provided on this platform for free without a subscription procedure required for other blockchain services.

2. Investment benefits (benefits, gains)

The server 10 can provide benefits (benefits, gains) to various types of users using this platform (in particular, users who invest in media contents produced on this platform).

Users using this platform provided through the server 10 can, for example, purchase blockchain digital assets from an exchange or obtain rewards (mining) for each blockchain consensus algorithm. However, it is not limited thereto, and users using this platform can obtain blockchain digital assets using the PoM membership mechanism 20 including the PoM consensus algorithm 21 preferably proposed herein.

Users who use this platform (ie, this server) may include, for example, users who use this platform for the purpose of investing in the value of equity-type digital assets for each project. Therefore, below, the investment in equity-type digital assets for each project is first explained, and then the benefits (participation benefits) considered in this platform are explained. Benefits considered in this platform can be provided using, for example, the PoM membership mechanism 20 including the consensus algorithm proposed herein (ie, the PoM consensus algorithm 21).

2-1) Project investment benefits

2-1-1) Project digital asset investment

The server 10 can, for example, stake and issue all of the projects (programmatic projects and personal projects) considered on this platform in the manner of NFT coins.

Digital coins (that is, digital coins considered in this platform, which can mean digital assets, NFT coins, etc.) that are numbered with the project's unique code are, for example, to enable P2P transactions on exchanges (not shown) within this platform. can be provided. The asset owner may be granted voting rights by the server 10 when publishing copyrights, copyrights, OTT sales, etc. of the project, and may have the right to view asset flow or details within the project.

This server 10 provides users with this platform that enables the production of media contents using block chains, thereby enabling the transparency and immutability of block chains to provide users with trust and stability during the transaction lock-up period during pre-production of media contents. can give

2-1-2) Advertising and PPL investment

In order to increase the value of the project, advertising investment and PPL investors are likely to invest in the above-mentioned project units.

In the case of a program type project, advertisers can know the related progress more transparently than the existing system through this system 100, and can contribute to the direction with voting rights equal to the stake in the project in the future. can be managed more efficiently. In addition, through this platform, advertisers can increase the share of digital assets according to the progress of future projects or transparently know the direction for additional advertisement allocation, so they can have continuous income and efficiency, not one-time.

In the case of a personal project, since the system 100 can focus on the advertising marketing target group rather than the frequency of exposure of advertisements, users perform efficient and virtuous advertising strategies while saving costs through the system 100 can do.

For example, when a cosmetic advertiser invests or provides advertising items to a cosmetics-related personal media influencer (influencer corresponding to a personal project), the influencer advertises through this server 10 or online can be exposed. At this time, the server 10 may distribute 20% of the income generated by the advertisement exposure to the corresponding personal media digital asset owner (eg, influencer). Since this platform provided by this server 10 is an advertisement related to the field of interest of viewers (users) and a medium that brings income, it provides a virtuous cycle structure for advertisers that can increase the effect of advertisement while efficiently reducing the feeling of rejection of advertisement. can be said to do

2.2) Platform user benefits

2-2-1) Membership benefits

The platform provided by the server 10 may be configured in a PoM (Proof of Merge) method in which grades are automatically distributed according to activities with a PoM algorithm and platform digital assets are compensated for each grade. In other words, the server 10 enables the PoM membership mechanism 20 including the PoM consensus algorithm 21 to automatically distribute ratings according to the activities of the users using the server 10 on the platform, and the distributed Platform digital assets can be compensated for each level.

The server 10 can automatically measure the membership level of users through an algorithm based on the participation contribution of the MYMB platform membership provision criterion shown in FIG. 5e (ie, PoM membership mechanism 20), and according to the level Rewards can be paid periodically. The PoM membership mechanism 20 may be designed to automatically adjust the issuance amount of platform-type digital assets according to the total activity and user subscription amount, and to be paid to users immediately upon issuance.

2-2-2) Benefits according to the purpose of using the platform

The server 10 may provide benefits according to the purpose of using the platform for users who use this platform. Here, the purpose of using the platform may include the use of the influencer system, the use of the worker system, and the use of AI services.

The server 10 provides users using the influencer system with a free upload service for profiles/video profiles, recruitment through the worker system, use of personal projects, and smart contract-based contract services based on standard contracts. etc. can provide benefits.

The server 10 can selectively support the required manpower for each project for users using the worker system, can raise wages based on DID-based career management and trust scores, can select digital asset / legal currency ratio in relation to salary (digital asset Additional profit opportunities due to management) and smart contract-based contract services available in accordance with standard contracts.

In addition, the server 10 provides AI matching services (eg, advertiser-influencer/project matching, influencer system-worker system matching, etc.), AI editing tools (eg, personal When creating media, it is possible to provide benefits such as AI editing tool basic type) and AI selection type algorithm (providing automatic recommendation algorithm / user selection type algorithm).

3 community operation points

3-1) Media Blind App

The 'blind app' refers to a mobile anonymous community created for communication between certified office workers. You can sign up after verifying your employment through your current company email account. The reliability of shared information is high, so office workers flock to it. There is a bulletin board for each company, so you can communicate anonymously in your industry and job category. However, the blind app has become the epicenter of social change beyond trivial communication such as gossiping. It is also called the modern version of 'Shinmungo'.

This platform can be utilized as a blind app in the media world. The environment of office workers is being improved by the activation of blind apps. By the way, more than 95% of the media world is working as a freelancer, and they are often introduced and progressed through personal connections. It is said that it is unavoidable because it is necessary to organize production personnel based on skill verification and trust, but this makes it a place where individual voices cannot be heard. For example, if a member of the directing team is sexually harassed, he or she must report it with the determination that he will never be able to work in the broadcasting industry again, and the team to which he belongs will be stained with hatred in the broadcasting industry. This is because it affects not only the individual but also the team he belongs to. This freelance media environment is inevitably an environment in which people cannot speak out even after experiencing irrational things.

In order to solve this problem, the present application proposes a technology (this system 100, this server 10, and this platform) that provides a media production environment based on blockchain. This platform can contribute to breaking the vicious circle of the existing production environment by providing a blockchain-based media production environment.

21C is a diagram for explaining an example of a service available to a user through the server 10 when a user using the server 10 in the media content production system 100 using a block chain according to an embodiment of the present invention is a freelancer. it is a drawing

Referring to FIG. 21C , when a user using the server 10 is a freelancer, the user can use a worker system provided by the server 10 . Worker System can provide users with smart contract contracts, issuance/management of career certificates, job offer/job schedule management, and manpower matching AI services.

In the past, freelancers had trouble verifying their resume, had to write contracts manually, and had problems with low schedule utilization efficiency. On the other hand, users (freelancers) who use the worker system provided by this server (or this system) can conveniently and efficiently prove their freelancer history through the worker system, and can be provided with convenience through contract automation. In addition, users (freelancers) using the worker system can coordinate contract details through P2P and receive AI matching services that enable schedule coordination by registering user schedules.

The server 10 can provide users with an anonymous bulletin board provided by this platform to create a 'Shinmungo' in the media world so that they can talk and report various problems to each other, and based on this, platform functions and problem security are proposed and It can be provided so that a decision on application is made through voting.

This platform can be used as a place to improve the working environment for oneself, thereby increasing the number of fellow users working together as well as synergy for work. This platform can act as a 'newspaper' in the media world and a 'field for improving the production environment' created by itself.

3-2) Project Audition

Audition reality programs determine the final winner through survival competition, and evolve into a kind of 'promise of society' that emphasizes fair competition psychology, sense of belonging to the community, and harmony with the group to members belonging to a community. For example, global audition reality programs such as [AmericanIdol] in the US, which became famous for having more people participate in telephone voting than in presidential elections, and [SuperGirls], which were the first to allow Chinese people to practice democratic voting rituals. is very clearly significant as a 'society's promise' to provide a community with the same experience and meaning.

Programmatic projects considered on this platform (this server) can be seen as a kind of 'program-audition platform'.

Looking at the project progress method, the server 10 may select a project through expert voting when users submit and support a project plan. Thereafter, the server 10 calculates the production cost of the finally selected project and proceeds with raising funds for pre-production. At this time, planners, directors, staff, broadcasters, etc. can express their intention to support the project. Users of this platform can judge this process by themselves, express their intention to purchase project-type digital assets, transmit actual assets to the fundraising address through this server 10, and at the same time, have the right to vote on staff composition and casting. (10) can be granted.

When the fundraising is completed, the server 10 can automatically confirm the purchase of project-type digital assets, and after producing media contents corresponding to the fundraising project, the server 10 can exercise rights such as selling digital assets and voting related to copyright. can provide

According to this, the server 10 provides users who use the server 10 to watch the overall process of the program, vote on their own, and make value investments, and can control all processes until broadcasting is transmitted.

This platform makes it possible to audition not for a specific person, but for a specific program (programmatic project), and also enables casting through voting within it, so it can be called a kind of 'project audition platform'.

Conventional audition programs can be said to feel exhilarating pleasure and catharsis whenever the applicant they support goes through difficult missions and goes up one step at a time. On the other hand, on this platform, users can support and support the project, participate in the process from production to post-broadcast, and make profits realizable through voluntary value investment.

If conventional audition programs presented the exclusive properties of large agencies for making celebrities to general viewers, this platform can present programs that were the exclusive properties of companies, broadcasting stations, and producers to individual users using this platform.

As described above, the present application can provide a user-centered media content production environment by providing a media content production system/server (device)/platform using a block chain. Focusing on the user, the present application can provide a vicious cycle of the existing media production environment by converting it into a virtuous cycle structure utilizing the characteristics of the blockchain. The present system 100 can provide a horizontal and decentralized media production environment by introducing a distributed system into an existing vertical media production environment.

This platform provided through this system 100 may be configured in units of 'project'. This system 100 can provide a media production environment that encompasses existing broadcasting and media contents of the MZ generation by introducing both a program-type project and a personal-type project as projects.

In addition, this system 100 can utilize smart contract technology and DID of blockchain. This system 100 can increase user accessibility and convenience by providing a 'worker system (ie, job search system)' and 'influencer system' while creating an investment environment for individuals and companies in the project. there is.

In addition, this platform provided by the present system 100 can be used as a 'newspaper' for the existing media production environment and a community that serves as a 'field for improving the production environment'. In addition, this system 100 can be used as a 'place for program audition' where each individual selects a project through judgment and voting, and even enables return on investment. In addition, the system 100 can provide a blockchain platform (this platform) capable of earning passive income according to the user's activity based on the PoM consensus algorithm 21. In addition, this system 100 can be used as a way to adapt to the trend of the times, such as digital contracts, AI, and job search in a non-face-to-face society that is changing due to COVID-19. This system 100 can be utilized as a new blockchain application technology in the entire media market.

The present application proposes a media content production technology using a block chain as a way to solve the problems of the conventional media content production environment.

22 is a diagram for explaining the competitiveness of the media content production system 100 using a block chain according to an embodiment of the present application. That is, FIG. 22 shows a comparative analysis table between the technology proposed by the present application (ie, Mimbi, a media content production technology using a block chain) and the technology of other competitors.

Referring to FIG. 22, the technology (this system, Mimbi) proposed herein is different from other conventional competitors (Funderful, Mogul, Production, YouTube) may have a difference as shown in FIG. 22 compared to the technology. A description thereof can be more easily understood with reference to FIG. 22, and detailed description thereof will be omitted below.

This system 100 can provide a WIN-WIN investment plan (mutual aid between ants and whales, WIN-WIN investment strategy) by providing media content production technology using blockchain. Specifically, most media content-related investments were made by companies such as existing broadcasting stations, corporations, or fund companies. On the other hand, on this platform, individuals can participate in the media production project at their own discretion. In other words, this platform can be a platform where both individuals and companies can invest. In the case of this system 100, an opportunity for direct investment in media content production can be provided to individuals and an environment that can be a WIN-WIN strategy for both individuals and companies can be provided by lowering the investment amount for companies. .

In addition, this system 100 can provide a profit maximization effect through pre-production. That is, the present system 100 can provide media content pre-production technology for maximizing investors' profits. In this regard, since IP (copyright) was the majority of shares of broadcasting companies in the past, the profits of venture capital or companies invested in it were remarkably low. The current trend is changing to a pre-production method to make the IP belong to the producer. However, although investors have the advantage of increasing the rate of return, it is a method that only large production companies can do because the initial investment amount must be handled by itself.

Therefore, through the provision of this system (this platform), the present application can provide an environment in which the amount required for pre-production can be flexibly secured by using the NFT of the blockchain to secure the IP share and to enter actual production. According to this system 100, investors can provide an effect that can diversify risks and maximize profits.

The system 100 proposed herein may be provided as target markets, such as an over-the-top media service (OTT) service market, domestic and foreign media content investors, and a video sharing service market, for example.

1. Over-the-top media service (OTT) market

The share of digital sales is increasing every year. Collaboration between content producers and OTT platforms is also increasing, and the scale of content production related to pre-production is increasing every year. In particular, as the non-face-to-face era began in earnest due to the global pandemic of Corona 19, the OTT industry, a non-face-to-face platform service, continues to grow rapidly. ‘Netflix’, a representative OTT platform, is investing an enormous amount of 20 trillion won in content in 2020 alone to expand original content and purchase copyrights. This can be seen as not only exclusively securing and supplying already-made content, but also focusing on developing self-produced content. In other words, it can be seen that a silent war to secure content is taking place.

Mimbi, proposed here, is a media content production solution, and can aim to supply/sell competitive results to the demand war market of OTT service platforms to secure content.

In addition, this system 100 can be provided by targeting large-scale OTT platforms and overseas copyright markets. A silent war to secure content is taking place among OTT platforms. Existing media companies as well as global OTT companies are choosing to produce high-quality content and exclusively supply it to their own OTTs in order to survive in competition with other OTTs. In addition, they are trying to secure quality content to increase users, and the OTT market is also rapidly increasing due to the increase in the use of non-face-to-face services due to the corona. Accordingly, the demand for media content is rapidly increasing, and this application can be targeted.

2. Domestic and foreign media content investors

This platform can be prepared in a structure that allows both companies and individuals to invest in media content production such as existing venture capital, companies, PPL, and advertisements. This platform can provide users with trust and stability through the transparency and immutability of blockchain by combining blockchain-based NFT with IP/DID. This platform can enable investment in a trusted environment regardless of domestic or foreign, so it can be targeted with extraordinary marketability.

Currently, investment in sculptures, such as real estate/sound sources/artworks, is attracting attention. Accordingly, the present application enables the present system 100 to develop a system capable of investing in pieces in the media content market and to provide an environment in which IP profits can be maximized in a stable manner, thereby attracting interest and investment from domestic and foreign media content investors. there is.

3. Video sharing service market

The scope and usage of video sharing services around the world, such as YouTube, TikTok, and Afreeca TV, are continuously increasing, and platforms are also being launched in a rush. Users of video sharing services are creators. This platform can provide each channel in the form of NFT shares to celebrities with planning power and popularity, and distribute revenue from advertising to NFT owners. This platform can be applied to domestic and foreign video sharing service markets with the concept of walking companies.

In other words, as a representative example, YouTube is currently used by more than 2 billion people around the world. An average of 100 million videos are uploaded daily, and an average of more than 1 billion hours are used per day. 400 hours of new video are being uploaded every minute. The scope and utilization of video sharing services such as YouTube, TikTok, and Afreeca TV are continuously increasing, and platforms are also being released in a rush.

Users of video sharing services are creators. This system 100 can provide each channel in the form of NFT shares to celebrities with planning power and popularity, and distribute revenue from advertisements to influencer NFT owners (subscribers, fans). That is, this system 100 can target domestic and foreign video sharing service markets with the concept of realizing a walking company. For example, 60% of advertising/PPL revenue can be distributed to creators, 20% to platform fees, and the remaining 20% to project utilization costs. This platform can be said to have an upgraded structure that allows influencer-subscribers to benefit from each other while minimizing platform fees compared to existing platforms.

On the other hand, the size of the OTT market (video streaming) and video sharing service market has been continuously increasing. OTT platform content sales competition is changing to a trend in which media content producers maximize profits by securing IP (copyright) in a pre-production method. Pre-production is not a method that small/medium sized production companies can take hastily because of the high risk of securing initial funds.

Therefore, through the provision of this platform (the Mimbi solution), the present application can provide an environment in which all media contents production, from the planning stage to production, distribution and dissemination, are self-prepared. In addition to purchasing broadcasting rights from broadcasting companies, this headquarters can generate income in various fields, such as other OTT platforms, sales of overseas copyrights, and copyrights in video sharing platforms.

In addition, the present application can target users who use video sharing services such as global OTT services and YouTube as general targets, and media-related workers, influencers, and popular artists can be set as platform user targets. This platform can provide a better working environment for users by providing smart contract technology that uses DID to conclude standard contracts in the non-face-to-face era, and based on this, effectively increase the number of users using this platform can

This platform is flexible because media content investment is also possible for both domestic and foreign companies and individuals, and provides an environment in which domestic and foreign media workers interested in K-Media can directly support and participate in the project. Overseas markets may also be secured.

Through the provision of this system 100, MYMB (Make Your Media in Blockchain), we focus on customer value by redesigning the traditional contents media production and investment system to suit the needs of users by utilizing the advantages of blockchain It aims to provide a new system tailored to

This system 100 is a 'newspaper' for the existing media production environment and a 'field for improving the production environment', a 'program audition' in which projects are selected through individual judgment and voting, according to activities based on the PoM consensus algorithm As an 'income passive platform', it can be used as a 'measure to adapt to the non-face-to-face era' caused by Corona 19, such as digital contracts and AI. This system 100 can be utilized as a new blockchain method in the era of the 4th industrial revolution.

The present application may perform a lean startup plan to provide the system 100. Lean Startup refers to a strategy to quickly manufacture an idea into a product with minimum requirements (prototype) and then reflect it in the next product improvement through market response. The main content is to constantly innovate.

This startup plan may include a plan for producing minimum required products (manufacturing, APP, etc.), a plan for customer verification (customer response survey), a plan for advancing a business model, and a pivoting plan.

[Plan for production of minimum required products (manufacturing, APP, etc.)]

23 shows an example of an NFT overall architecture (PoC) structure of this platform applied to the media content production system 100 using a block chain according to an embodiment of the present application.

Referring to FIG. 23, in the plan, PoC (proof of concept) of this platform and this app can be made. In this regard, in detail, the 'production goal' is a PoC (Proof of Concept) project that implements the core functions of this platform, and is configured to be verifiable through some use cases to increase understanding when proposing a business and to identify user needs It can be used for purposes of 'Production content and production scope' is the development of a mock-up of NFT and PoM algorithms, which are the core functions of this platform, / development of demonstration scenarios that reflect the production process of media production projects / membership status based on media production projects and PoM consensus algorithms. Mobile application mock-ups that range from verifiable proofs of concept (PoCs) can be made.

[Customer verification (customer response survey) plan]

24 is a diagram for explaining a virtual experience provided through the media content production system 100 using a block chain according to an embodiment of the present application.

Referring to FIG. 24 , the present system 100 to the present server 10 may provide a virtual experience function to the user through the present app (or present platform). At this time, the virtual experience is one of the functions of this platform, and may mean a virtual experience through simulated investment through a tutorial on the investment sector. In other words, the server 10 may provide a virtual experience through simulated investment to the user through a tutorial in the investment sector. Here, the tutorial may refer to a system that informs information such as usage guidelines required to operate software or hardware.

"Participation target": The target of participation in the virtual experience may be early adopters interested in investment, media content workers, an unspecified number of MZ generations, and people interested in blockchain.

"Participation Path": Participation paths for virtual experiences include, for example, posting media content-related cafes and community posts, posting new investment-related cafes and community events, posting posts on Instagram/Facebook platforms used by the MZ generation, and answering questions about tutorials. Coffee coupons may be provided to 200 participating people.

"Contents of the survey": The contents of the survey through the virtual experience, for example, 1. Opinions on mock investment through tutorials, 2. Opinions on the allocation of 10% company operating expenses for project-related IP (copyright)/advertisements, 3. This system Check understanding of (100)_Calculation of expected effect of tutorial, 4. Opinion on payment of MYMB coin issued by PoM algorithm based on activity of this platform (related to activity ratio such as project participation, investment, usage time, etc.), 5 It may include whether or not there is a plan to use it after the release of the official version in the future, 6. improvement points / desired point, opinion check, etc.

"Verification Result Utilization Plan": Based on the verification result by virtual experience, this server 10 identifies the MYMB system satisfaction obtained from the survey and user needs related to investment, corrects and improves the issuance rate and issuance amount for PoM algorithm activity items, After understanding the MYMB app design/manual, it is possible to improve the direction of system-related information delivery.

[Business model advancement and pivoting plan]

In this plan, plans related to BM advancement and business conversion can be made. In this regard, as a specific example, a “MVP Utilization Plan for PoC” plan may be performed. At this time, through MVP, user opinions on the project-related budget platform cost of 10% can be used to confirm the appropriate ratio for the total project budget allocation and apply it to the BM. In addition, after the release of the beta PoC (concept verification) version and customer verification, the overall operation and development costs of the MYMB platform can be set. In addition, through customer verification, it is possible to modify the profit structure ratio distribution/item shown in FIGS. 20, 21a and 21b, for example, with respect to membership criteria by activities of [MYMB Platform Economy-System].

In addition, in the plan, as another example, "ecosystem verification through Mimbi beta version release" can be performed. Here, the structure of the ecosystem may be the same as the economy system structure shown in FIG. 18, for example. In this plan, based on the contents of the investment tutorial, customer verification related to participation in project production can be performed, and based on data and opinions obtained through customer verification, development of the official version and marketing target/plan can be established.

According to the foregoing, the present application (that is, the system 100, the server 10, and the present platform) can provide a media content production technology that is free from unfair practices in existing centralized production systems. In this application, all economy systems of the MYMB platform can be synchronized with blocks (blocks in the blockchain), and anyone can check them. In addition, in the present application, personal history management using DID (Decentralized Identity), influencer profiles, and hash values of personal media can also be recorded in blocks. All records stored in this way have transparency and immutability, so the present application can provide users with a new media production environment of the blockchain method.

In the past, investing in existing programs or video sharing platforms was possible only with large capital such as companies or fund companies, and digital assets exist in block chains. Therefore, by providing the MYMB platform, the present application can enable users to receive legitimate compensation according to their activities. In addition, the present application can be provided so that anyone can make their own judgment and freely invest in project production. All digital assets used herein can be prepared (provided) to be tradable within this platform.

In addition, by providing a decentralized influencer system from centralization, we have a P2P horizontal manpower system in the existing vertical structure, and act on this platform by signing a standard contract based on smart contracts. Employers can enjoy fair wages and rights.

Hereinafter, based on the details described above, the operation flow of the present application will be briefly reviewed.

The method for producing media content using a block chain according to an embodiment of the present application may be performed by the server 10 described above. Therefore, even if the contents are omitted below, the description of the server 10 can be equally applied to the description of the media content production method using the block chain.

Briefly, in the media content production method using blockchain according to an embodiment of the present application, when a plan is received from a participant terminal (ie, when a participant submits a plan), the first processing unit related to plan selection/voting selects a plan and voting, procuring funds necessary for media content production in the second processing unit related to investment/financing and paying NFTs according to the investment amount, producing media content in the third processing unit related to content production, The step of supplying and selling the media contents produced by the 4th processing unit related to supply/sales, and the sales amount of advertising/PPL/OTT/overseas copyrights in relation to the media contents produced by the 5th processing unit related to profit distribution according to the NFT stake. distribution may be included.

In the above description, each step in the method for producing media content using a block chain may be further divided into additional steps or combined into fewer steps according to an embodiment of the present invention. Also, some steps may be omitted if necessary, and the order of steps may be changed.

The method for producing media content using a block chain according to an embodiment of the present application may be implemented in the form of program instructions that can be executed through various computer means and recorded on a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the medium may be those specially designed and configured for the present invention or those known and usable to those skilled in computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic media such as floptical disks. - includes hardware devices specially configured to store and execute program instructions, such as magneto-optical media, and ROM, RAM, flash memory, and the like. Examples of program instructions include high-level language codes that can be executed by a computer using an interpreter, as well as machine language codes such as those produced by a compiler. The hardware devices described above may be configured to act as one or more software modules to perform the operations of the present invention, and vice versa.

In addition, the aforementioned method of producing media contents using blockchain may be implemented in the form of a computer program or application stored in a recording medium and executed by a computer.

The above description of the present application is for illustrative purposes, and those skilled in the art will understand that it can be easily modified into other specific forms without changing the technical spirit or essential features of the present application. Therefore, the embodiments described above should be understood as illustrative in all respects and not limiting. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form.

The scope of the present application is indicated by the following claims rather than the detailed description above, and all changes or modifications derived from the meaning and scope of the claims and equivalent concepts thereof should be construed as being included in the scope of the present application.

100: Media contents production system using blockchain
100: server
11: first processing unit 12: second processing unit
13: third processing unit 14: second processing unit
15: fifth processing unit
20: PoM membership mechanism (blockchain-based membership management device)
1: participant terminal 1': participant
2: investor terminal 2': investor

Claims (5)

As a blockchain-based membership management device,
A membership management engine unit that records and manages membership information granted to the user through agreement based on a user's activity history on the media production platform provided by the server in a blockchain; and
A membership leveling unit that calculates and manages a membership level of users using the platform based on platform participation points given according to the user's activity history using the platform,
The platform participation score includes at least one of a project activity score, a project investment score, a platform activity score, and a node activity score;
The consensus includes an agreement based on activities based on a randomly selected validation node among validation nodes, and an agreement based on governance voting,
The membership leveling unit distributes digital assets issued by the digital asset supply unit to users as rewards based on the calculated membership level of the user. According to claim 1,
The membership leveling unit calculates the membership level of each user according to a predefined membership policy, a blockchain-based membership management device. According to claim 2,
Blockchain-based membership management device further comprising a digital asset supply unit for calculating the amount of digital assets issued and issuing digital assets according to changes in the status of the platform. According to claim 1,
When a transaction occurs on the platform, further comprising a consensus performing unit that elects a verification node that performs verification of the transaction and performs an agreement with the selected verification node;
The membership management engine unit records and manages verified transactions in the block chain based on the results of the agreement by performing the agreement,
The transaction includes a transaction for an agenda related to membership information, a blockchain-based membership management device. According to claim 4,
The transaction includes transactions for multiple types of items;
The plurality of types of agendas include at least one of a project-related agenda, a membership-related agenda, a coin issuance-related agenda, and a policy-related agenda.

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