KR102068250B1 - Asset split trading management program using smart contract of block chain network - Google Patents

Abstract

The present invention relates to an asset split transaction operating program using a smart transaction of a blockchain network. According to an aspect of the present invention, the asset split transaction operating program using the smart transaction of the blockchain network includes multiple steps in which an asset split transaction proceeds in accordance with an operation procedure linked to a smart transaction program operating in the blockchain network. At least a step among the multiple steps includes: receiving a request of a participant participating in the asset split transaction; generating a request packet requesting that a node of the blockchain network or the smart transaction program performs a motion corresponding to the request of the participant; and transmitting the generated request packet to the blockchain network. The request packet can be generated to correspond to a protocol of the blockchain network.

Description

ASSET SPLIT TRADING MANAGEMENT PROGRAM USING SMART CONTRACT OF BLOCK CHAIN NETWORK}

The present invention relates to an asset split transaction management program using a smart contract of the blockchain network.

Recently, as part of efforts to protect the environment, interest in renewable energy sources such as solar and wind power is increasing. In addition, there is a growing interest in energy storage devices (ESS) that can store or release large amounts of power for various purposes in connection with renewable energy sources, consumers, power generation stages and / or transmission and distribution stages.

However, most renewable energy sources or energy storage devices require large investments due to their large capacity. This cost burden is one factor that hinders the spread of renewable energy sources or energy storage devices.

In addition, an asset such as a renewable energy source or energy storage device has no objective disclosure function on the existence or value of the asset, and it is difficult to secure an asset transaction because it is difficult to secure transparency in the installation and operation of the asset. It is difficult to determine investments in renewable energy sources or energy storage devices.

If the entire process of the installation and operation of an asset, such as a renewable energy source or energy storage device, is disclosed in a transparent and objective manner, and a partial transaction of the asset is possible, investment in the renewable energy source or energy storage device may increase. .

In this case, not only large businesses, but also small businesses and even individual investors can buy or sell shares in the assets, thereby making it easier to invest in assets such as renewable energy sources or energy storage devices.

The present invention intends to propose a method for transparently registering an asset using a smart contract of a blockchain network for an asset such as a renewable energy source or an energy storage device and enabling a split transaction in a secure manner.

Here, as an example of assets that are subject to asset split transactions using smart contracts of the blockchain network of the present invention, a renewable energy source or an energy storage device is taken as an example. Various assets that are not easy may be subject to the asset split transaction of the present invention.

The present invention intends to present an asset division trading operation program that transparently registers an asset such as a renewable energy source or an energy storage device and enables a divided transaction in a safe manner.

One aspect of the present invention is an asset division transaction management program using a smart contract of a blockchain network, wherein the operation program is such that the asset division transaction proceeds according to an operation procedure linked to a smart contract program operating in the blockchain network. And a request of a participant participating in the asset division transaction in at least one of the plurality of steps, wherein the node of the blockchain network or the smart contract program receives a request of the participant. A request packet for requesting to perform a corresponding operation is generated and transmitted to the blockchain network, and the request packet may be generated to conform to a protocol of the blockchain network.

In the asset division transaction management program, the plurality of steps, receiving a smart contract registration request including a smart contract program from the executing company among the participants, generates a smart contract registration request packet including the smart contract program, And a smart contract registration request step of transmitting the smart contract registration request packet to the blockchain network, wherein the smart contract registration request includes a node of the blockchain network to propagate the smart contract program to the blockchain network. Can cause.

In the asset split transaction management program, the smart contract program may be prepared by the developer so as to follow the operating procedure predefined by the operation program.

In the asset split transaction management program, the operation program may predefine a plurality of the operating procedures, and the smart contract program may be written to follow one operating procedure selected from the plurality of operating procedures.

In the asset split transaction management program, the operation program stores the smart contract account information in the smart contract registration request step, and stores the smart contract account information when generating a packet for remittance between the smart contract account and the participant's account. Smart contract account information can be used.

In the asset split transaction management program, the smart contract account information may be extracted from information input by the developer.

In the asset division transaction management program, the operation program may extract and store information on advance payments, balances, and authentication costs of the asset division transaction in the smart contract registration request step.

In the asset split transaction management program, the advance payment and the balance may all be traded in digital currency having a value linked to legal currency.

In the asset split transaction management program, the plurality of steps may be performed by receiving a down payment remittance request including first investor account information from a first investor among the participants, and remitting a down payment from the first investor account to a smart contract account. And a advance payment request step of generating a down payment remittance request packet for requesting a request to the blockchain network, wherein the advance payment request includes a node of the blockchain network from the primary investor account to the smart contract account. Remittance of the advance payment may cause the smart contract program to remit the advance payment from the smart contract account to the executive account, subject to the advance payment of the node.

In the asset split transaction management program, the plurality of steps include: receiving an asset registration request including asset token information from an implementer among the participants, generating an asset registration request packet and transmitting the asset registration request packet to the blockchain network; Including, but the asset registration request, may cause the node of the blockchain network to cause the asset token is stored in the smart contract account.

In the asset division transaction management program, the plurality of steps, receiving the asset installation authentication registration request from the certification authority of the participant, asset installation authentication registration request packet requesting that the asset installation authentication token is stored in the smart contract account Generating an asset installation authentication registration request for transmitting to the blockchain network, wherein the asset installation authentication registration request causes a node of the blockchain network to cause the asset installation authentication token to be stored in the smart contract account. can do.

In the asset split transaction management program, the plurality of steps may be performed by receiving a balance transfer request from a primary investor among the participants and sending a balance transfer request packet requesting the transfer of the balance from the primary investor account to the smart contract account. A balance transfer request step of generating and transmitting to the blockchain network, wherein the balance transfer request causes a node of the blockchain network to transfer the balance from the primary investor account to the smart contract account; Subject to the balance transfer of the node may cause the smart contract program to transfer the balance from the smart contract account to the enforcement account.

In the asset split transaction management program, the balance remittance request may cause the smart contract program to remit the authentication fee from the smart contract account to the certification authority account at the time of remittance of the balance.

In the asset split transaction management program, the plurality of steps may include receiving an asset activation request from an implementer among the participants and generating an asset activation request packet requesting that an asset activation token be stored in the smart contract account. An asset activation request step of transmitting to the network, wherein the asset activation request causes a node of the blockchain network to store the asset activation token in the smart contract account, and causes the smart contract program to execute the smart contract. The asset token may be transferred from the smart contract account to the primary investor account provided that the asset activation token is present in the account.

In the asset split transaction management program, the plurality of steps include receiving an asset disclosure request including asset disclosure information from a primary investor among the participants, and requesting the asset disclosure information to be registered in the smart contract account. And an asset disclosure request step of generating a public request packet and transmitting it to the blockchain network, wherein the asset disclosure request may cause a node of the blockchain network to register the asset disclosure information in the smart contract account. have.

In the asset split transaction management program, the asset disclosure information may include the total number of shares for the asset, the number of open shares that can be traded, and price per share.

In the asset split transaction management program, the plurality of steps may be performed by receiving a stake acquisition request including the number of shares of shares from a secondary investor among the participants, and generating a stake acquisition request packet including the number of shares. A share acquisition request step of transmitting to the chain network, wherein a transaction corresponding to the number of shares offered by the second investor is established at the share price disclosed by the primary investor through the asset disclosure by the share acquisition request. The smart contract program, deducting the number of trading shares from the primary investor account, increasing the transaction amount (price per share x number of trading shares), increasing the number of trading shares in the secondary investor account and increasing the transaction amount. May cause it to decrease.

In the asset split transaction management program, the plurality of steps may be performed by receiving a profit distribution request including asset operating profit information from an asset operator among the participants, and transmitting the asset operating profit from the asset operator account to the smart contract account. Revenue distribution request step of generating a request for distribution of revenue request packet to the blockchain network, wherein the revenue distribution request, the node of the blockchain network allows the node of the asset management revenue from the asset operator account Causing the remittance to the contract account and causing the smart contract program to automatically transfer the asset operating income from the asset operator account to the smart contract account; the share held by the equity holder account holding the asset token from the smart contract account. Asset Operating Income It can lead to the transfer baegeum.

In the asset split transaction management program, an asset subject to the asset split transaction may be a facility including an energy storage device (ESS) or a renewable energy source.

One aspect of the present invention is a computer-readable recording medium storing the above-mentioned asset division transaction management program.

One aspect of the present invention, a processor for executing the above-mentioned asset division transaction management program; And a communication device performing communication with the blockchain network.

According to the present invention, according to the embodiment, there is an advantage that the process of installing the asset, the split transaction of the asset, and / or the distribution of the operating profit of the asset can be objectively and transparently operated.

According to the present invention, there is an advantage that even small or individual investors can easily invest in related businesses by lowering the barriers to entry for assets.

According to the present invention, the initial investor for the asset has the advantage that the liquidity of the holding asset can be expanded by allowing the rapid recovery of investment funds through the split sale.

According to the present invention, the disclosure function of the asset can be expanded and the value of the equity of the asset can be more accurately evaluated, thereby reducing the damage of investors due to speculative forces.

1 illustrates, as an embodiment, an asset division trading system in which an asset division transaction management program using a smart contract operates.
2 illustrates, as one embodiment, a smart contract management server.
Each of FIGS. 3 to 9 illustrates, as an embodiment, an asset division transaction procedure using a smart contract.
10 illustrates an operation of an asset split transaction management program using a smart contract as an embodiment.

Hereinafter, some embodiments of the present invention will be described in detail through exemplary drawings. In adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used to refer to the same components as much as possible, even if displayed on different drawings. In addition, in describing the present invention, if it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, in describing the component of this invention, terms, such as 1st, 2nd, A, B, (a), (b), can be used. These terms are only for distinguishing the components from other components, and the nature, order or order of the components are not limited by the terms. If a component is described as being "connected", "coupled" or "connected" to another component, that component may be directly connected to or connected to that other component, but there may be another configuration between each component. It is to be understood that the elements may be "connected", "coupled" or "connected".

FIG. 1 illustrates, as an embodiment, an asset division transaction system 100 in which an asset division transaction operation program using a smart contract operates.

The asset split transaction system 100 includes a smart contract operation server 110, an execution company 120, an investor 130, a certification authority 160, a blockchain network 150, and nodes 150-1 to 150 of the blockchain network. -3, hereinafter simply referred to as 'node').

The smart contract operation server 110 may be a computing device on which an asset split transaction operation program (hereinafter, simply referred to as an “operation program”) using a smart contract of a blockchain network operates.

The smart contract operation server 110 receives the request from the developer 120, the investor 130, or the certification authority 160, which is a participant in the asset division transaction, by operating the operation program. The smart contract program may request to perform an action corresponding to the request of the participant.

The operating program may perform a plurality of steps for the asset split transaction to proceed according to an operating procedure linked with the smart contract program operating in the blockchain network 140. A plurality of steps performed by the operating program will be described in detail below.

Here, the smart contract program is briefly referred to as a 'smart contract', and can be understood as a program that automatically executes contract contents when a contract condition programmed based on the blockchain technology is satisfied. For example, if a person who wants to register the smart contract program in the blockchain network 140 codes the conditions and contents of the contract and registers the blockchain network 140, the smart contract program may be configured to meet certain conditions according to the contract contents. The corresponding operation can be performed automatically.

For example, based on Ethereum, the smart contract program may be coded using a programming language called Solidity and registered in the blockchain network 140, and then registered in the blockchain network 140. The registered smart contract program can be driven by an Ethereum virtual machine (EVM) operated by nodes of the Ethereum blockchain network.

An operating program is a kind of decentralized application. It is an application program that performs an interface function between a participant (enforcer, investor, certification body, etc.) and the smart contract program so that the asset division transaction process can be performed in conjunction with the smart contract program. Can be understood.

To this end, by way of example, the operating program receives the request of the participant participating in the asset division transaction in at least one of the plurality of steps, and the node or smart contract program of the blockchain network responds to the request of the participant A request packet may be generated to request to perform the operation and transmitted to the blockchain network. The request packet can be generated to conform to the protocol of the blockchain network. By way of example, when based on Ethereum, the request packet may be generated according to the protocol of the Ethereum blockchain network.

The developer 120 may be a participant who installs an asset that is subject to an asset split transaction. Enforcement company 120 may perform a predetermined request to the smart contract operation server 110 in connection with the asset split transaction. For example, the developer 120 may perform a smart contract registration request, an asset registration request, an asset activation request, a revenue distribution request, and the like on the smart contract operation server 110. The content requested by the developer 120 for the smart contract operation server 110 will be described in detail below.

In the present specification, for convenience of explanation, the execution company 120 directly requests a predetermined request to the smart contract operation server 110 or receives predetermined information from the smart contract operation server 110, but for this purpose, the execution company ( It should be understood that the computing device used by the 120 and the smart contract operation server 110 communicate. Hereinafter, the description of using the computing device for communication with the smart contract operation server 110 in the case of other participants, the investor 130, the certification authority 160, and the equity holders to be described later, will be omitted.

Investor 130 may be a participant who pays for installing assets and takes ownership of the assets. The investor 130 may perform a predetermined request to the smart contract operation server 110 in connection with the asset split transaction. For example, the investor 130 may perform advance payment request, balance transfer request, asset disclosure request, and the like to the smart contract operation server 110. The content requested by the investor 130 to the smart contract operation server 110 will be described in detail below.

The certification authority 160 may be a participant who performs certification on whether the asset is installed and / or the value of the asset. The certification authority 160 may perform a predetermined request to the smart contract operation server 110 in connection with the asset split transaction. For example, the certification authority 160 may perform an asset installation authentication registration request or the like on the smart contract operation server 110. The content requested by the certification authority 160 to the smart contract operation server 110 will be described in detail below.

The blockchain network 140 can be understood as a data storage structure that synchronizes the same records to multiple nodes 150-1 through 150-3. In the case of using the blockchain network 140, if there is a difference in the recording between the nodes 150-1 to 150-3, it is possible to secure the record synchronization by determining the authentic record by a majority vote according to a predetermined rule. There is an advantage that the possibility of data manipulation and the like is low. Here, a block is a type of data packets that are sequentially encoded as contents of a transaction history and occurrence time in a letter or number form.

In this embodiment, any blockchain network 140 in which a smart contract function is implemented may be used. By way of example, an Ethereum blockchain may be used.

The nodes 150-1 to 150-3 may perform a function of generating, propagating, and storing blocks in the blockchain network 140. In addition, the nodes 150-1 to 150-3 may perform a function of driving a smart contract program. For example, when the operating program generates a packet requesting remittance between two accounts and transmits the packet to the blockchain network 140, the node 150-1 to 150-3 of the packet transmits the packet transmitted by the operating program. You can send money according to the contents.

2 illustrates the smart contract operation server 110 as an embodiment. The smart contract operation server 110 may include a processor 111, a memory 112, an input / output device 113, a display 114, a communication device 115, and a bus 116.

The processor 111 may be a data processing device that executes an operating program. For example, the processor 111 may be a CPU, but is not limited thereto, and other types of computing devices may be used.

The memory 112 may be a storage device for storing an operating program. For example, various types of memories, such as RAM, ROM, PROM, EPROM, EEPROM, and Flash memory, may be used for the memory 112.

The input / output device 113 may be a device for interface between the smart contract operation server 110 and the user. For example, various types of devices, such as a keyboard, a mouse, a keypad, and a touch panel, may be used as the input / output device 113.

The display 114 may be a device for the smart contract operation server 110 to display information to the user. For example, various types of display devices, such as LCD, OLED, and CRT, may be used for the display 114.

The communication device 115 may be a device that enables the smart contract operation server 110 to exchange data with a computing device and / or a blockchain network used by participants. As the communication device 115, a conventional wired or wireless device may be used.

3 to 9 illustrate, as an embodiment, an asset division transaction procedure using a smart contract.

In the asset split transaction according to the present invention, the procedure illustrated in FIGS. 3 to 9 may be performed in the order thereof, but is not limited thereto. The order of the procedures illustrated in FIGS. 3 to 9 may be reversed, or some procedures may be omitted or other procedures not illustrated may be added.

3 is a diagram illustrating a smart contract registration request step among a plurality of steps performed by an operation program.

Referring to Figure 3, in step S301, the developer may write a smart contract program. As described above, the smart contract program, for example, may be understood as a program that automatically executes the contract contents when the contract terms programmed based on the blockchain technology are satisfied. For example, when based on Ethereum, the smart contract program may be coded using a programming language called Solidity and registered with the blockchain network 140. The smart contract program registered in the blockchain network 140 may be driven by an Ethereum virtual machine (EVM) operated by nodes of the Ethereum blockchain network.

Here, the smart contract program may be prepared by the implementer to follow the operating procedure prescribed by the operating program in advance. For example, the operating program may predefine a plurality of operating procedures, and the implementer may select one operating procedure from the plurality of operating procedures provided by the operating program, and prepare a smart contract program to follow the operating procedure. If an operating program prescribes a plurality of operating procedures in advance and allows the implementer to select one of the plurality of operating procedures, it is advantageous to select and proceed with an appropriate procedure according to the nature of the asset. 3 to 9 may be understood to illustrate one operating procedure among a plurality of operating procedures.

The smart contract program may include matters concerning the installation and operation of assets. Matters regarding the installation and operation of the asset may include, for example, information on advance payments, balances, contract performance guarantees, maintenance costs, and currency. Trading currency can be understood as a virtual currency used for asset split transactions using smart contracts. For example, as a trading currency, a virtual currency (dKRW) corresponding to 1: 1 of the legal currency (KRW) may be used.

In step S303, the operating program may receive a smart contract registration request from the implementer. At this time, the operating program may receive information required for smart contract registration with the smart contract program from the implementer. Information required for smart contract registration may include smart contract account and enforcer account information. According to an embodiment, the smart contract account may be generated by an operating program.

In step S305, the operating program may generate a smart contract registration request packet. The smart contract registration request packet may include items necessary for smart contract registration. For example, the smart contract registration request packet may optionally include a smart contract program and a smart contract account.

In operation S307, the operating program may transmit the smart contract registration request packet to the blockchain network.

Steps S303 to S307 may be understood as a smart contract registration request step together.

The operating program may store the smart contract account information in the smart contract registration request step and use the stored smart contract account information when generating a packet for remittance between the smart contract account and the participant's account. Smart contract account information may be extracted from the information entered by the developer or generated by the operating program. In addition, the operating program may extract and store information on at least one of advance payment, balance, and authentication cost of the asset split transaction in the smart contract registration request step. Advanced payments, balances, and certification costs can all be traded in cryptocurrencies that have value linked to fiat currency.

In operation S309, the node may propagate the smart contract program to the blockchain network in response to the smart contract registration request received from the operating program. It can be understood that the smart contract is registered in the blockchain network by the node propagating the smart contract program to the blockchain network.

As such, the smart contract registration request by the operation program causes the nodes of the blockchain network to propagate the smart contract program to the blockchain network so that the smart contract can be registered in the blockchain network.

In operation S311, the operation program may receive the smart contract information inquiry from the investor. An investor's request for a smart contract information lookup from an operating program can be understood as an investigator looking up information to determine whether to invest in an asset.

In step S313, the operation program may request the smart contract information from the node in response to the investor smart query information lookup. To this end, the operating program may generate a smart contract information request packet (not shown) and transmit it to the blockchain network.

In step S315 and S317, the node may collect the smart contract information in response to the smart contract information request of the operating program (S315), and transmit the collected smart contract information to the operating program (S317).

In steps S313 to S317, the operating program is illustrated as collecting smart contract information from nodes of the blockchain network in response to the smart contract information inquiry of the investor, but the present embodiment is not limited thereto. For example, the operation program may store the smart contract information by itself and provide the smart contract information in response to the request of the participant. In this case, there is an advantage that it can respond quickly to the inquiry of the participants.

In step S319, the operating program may transmit the smart contract information to the investor.

In step S321, the investor may determine whether to invest by referring to the smart contract information received from the operation program.

Next, with reference to Figure 4 will be described centering on the advance payment request step of the plurality of steps performed by the operating program. The procedure illustrated in FIG. 4 may be performed following, but is not limited to, the procedure illustrated in FIG. 3.

In step S401, the operating program may receive a request for advance payment from the investor who has decided to invest in the asset. At this time, the request for advance payment of the investor may include the investor account information.

An investor may include a primary investor who makes an investment at the asset installation stage and a secondary investor who acquires a stake after the asset is installed. However, as shown in the example of FIGS. 3 to 7, when it is not necessary to distinguish the primary investor and the secondary investor, it may be referred to simply as an investor.

In step S403, the operation program may generate a prepayment request packet in response to the prepayment request received from the investor. The down payment request packet may contain the necessary information to transfer the down payment from the investor account to the smart contract account. In exemplary embodiments, the advance payment request packet may include information on at least one of an investor account, a smart contract account, and an advance payment. The smart contract account information included in the advanced remittance request packet may be information collected or generated in the smart contract registration request step as described above.

In operation S405, the operating program may transmit the prepayment request packet to the blockchain network.

Steps S401 to S405 may be understood as a step for requesting advance payment.

In step S407, the node may transfer the advance payment from the investor account to the smart contract account in response to the advance payment request received from the operating program.

As a step S409, the smart contract program can automatically transfer the prepayment from the smart contract account to the executive account subject to the remittance of the advance payment from the investor account to the smart contract account by the node.

As such, the advance payment request by the operation program causes the nodes of the blockchain network to transfer the advance payment from the investor account to the smart contract account, and the smart contract program automatically sends the smart contract program from the smart contract account, subject to the node's advance payment. This may cause remittances to the executive account.

In step S411, the operating program can confirm the transfer of the advance payment. For example, the operating program may check whether the down payment has been transferred from the investor account to the executive account.

In steps S413 and S415, the operating program informs the implementer of the completion of the advance remittance, and the implementer can confirm whether the advance payment has been deposited in the implementer account. Step S413 may be omitted as a convenience of the implementer. For example, without the step S413, the implementer can check whether the advance payment has been deposited by itself. The Implementer may, if necessary, withdraw the advance payment (virtual currency) deposited in the Executioner's account in fiat currency and use it for the installation of assets.

Here, the smart contract account, the execution company account, and the investor account all refer to accounts on the blockchain network, and the advance payments and balances sent to the smart contract account, the execution company account, and the investor account are all used for cryptocurrency on the blockchain network. Can be. Participants can withdraw cryptocurrency deposited in their blockchain account as fiat currency as needed.

Next, the asset registration request step and the asset installation certification registration request step among a plurality of steps performed by the operation program will be described with reference to FIG. 5. The procedure illustrated in FIG. 5 may be performed following, but is not limited to, the procedure illustrated in FIG. 4.

In step S501, the developer may install the asset. An example of the asset of the present embodiment is a renewable energy source or an energy storage device (ESS), but is not limited thereto. Various assets that require large-scale investment, but are difficult to secure transparency and are not easy to split, may be assets that are subject to the asset split transaction of this embodiment.

In operation S503, the operation program may receive an asset registration request from the developer. At this time, an asset ID may be generated. The asset ID is preferably named to ensure uniqueness of the asset on the blockchain network. In addition, the asset ID may be used as a unit of equity transactions in future split transactions. According to an embodiment, the asset ID may be generated at the aforementioned smart contract registration request step or at another step.

In step S505 and step S507, the operating program may generate an asset registration request packet (S505) and transmit it to the blockchain network (S507). The asset registration request packet may include items necessary to request a node to store an asset token in a smart contract account. For example, the asset registration request packet may include information on at least one of an execution company account, a smart contract account, and an asset token.

Steps S503 to S507 may be understood as an asset registration request step together.

In step S509, the node may allow the asset token to be stored in the smart contract account in response to the asset registration request of the operation program. The asset token may be transferred from the execution company account to the smart contract account or separately generated in the smart contract account, but the present embodiment is not limited thereto.

Here, the asset token may be in an inactive state, and the asset token may be changed into an available active state after the asset installation is authenticated by the certification authority and the balance is remitted later (see FIG. 6).

As such, the asset registration request by the operation program may cause a node of the blockchain network to cause the asset token to be stored in the smart contract account. For example, the asset registration request by the operation program may cause a node of the blockchain network to transfer the asset token from the executive account to the smart contract account.

In step S511, the developer may send an asset installation certification request to the certification authority. An asset installation certification request can be understood as a request for certification of asset installation and safety inspection.

In step S513, the certification body may perform on-site inspection of the asset in response to the asset installation certification request of the implementer. The certification body may conduct an investigation on whether the asset is installed in accordance with the standard and whether there is no problem with safety. At this stage, depending on the embodiment, the certification body may perform a valuation on the asset.

In operation S515, the operation program may receive an asset installation certification registration request from a certification authority. An asset installation certification registration request can be understood as a procedure by which a certification body formally confirms the normal installation of an asset.

In step S517 and step S519, the operating program may generate an asset installation authentication registration request packet in response to the asset installation authentication registration request of the certification authority (S517) and transmit to the blockchain network (S519). The asset installation certificate registration request packet may include items necessary to request a node to store the asset installation authentication token in the smart contract account. For example, the asset installation authentication registration request packet may include information on at least one of a certification authority account, a smart contract account, and an asset installation authentication token.

Steps S515 to S519 can be understood as an asset installation certification registration request step together.

In step S521, the node may allow the asset installation authentication token to be stored in the smart contract account in response to the asset installation authentication registration request of the operating program. The asset installation authentication token may be transferred from the certification authority account to the smart contract account or separately generated in the smart contract account, but the present embodiment is not limited thereto.

As such, the asset installation authentication registration request by the operation program may cause a node of the blockchain network to cause the asset installation authentication token to be stored in the smart contract account. For example, the asset installation authentication registration request by the operation program may cause a node of the blockchain network to transfer the asset installation authentication token from the certification authority account to the smart contract account.

In step S523 and step S525, the operating program may confirm asset registration (inactivity) on the blockchain network, and guide the investor about the balance now. Steps S523 and S525 may be selectively used depending on the situation.

Next, the balance transfer request step and the asset activation request step of the plurality of steps performed by the operation program will be described with reference to FIG. 6. The procedure illustrated in FIG. 6 may be performed following, but is not necessarily limited to, the procedure illustrated in FIG. 5.

In step S601, the operation program may receive a balance transfer request from the investor. At this time, the balance transfer request of the investor may include investor account information.

In step S603 and step S605, the operation program may generate a balance transfer request packet in response to the request for the balance transfer of the investor (S603) and transmit it to the blockchain network (S605). The remittance request packet may contain the necessary information for the node to transfer the balance from the investor account to the smart contract account. In exemplary embodiments, information about at least one of an investor account, a smart contract account, a certification authority account, a balance, and an authentication cost may be included.

Steps S601 to S605 may be understood as a balance transfer request step together.

In step S607, the node may transfer the balance from the investor account to the smart contract account in response to the balance transfer request of the operation program.

As a step S609, the smart contract program may automatically transfer the balance from the smart contract account to the executive account, subject to the balance transfer from the investor account to the smart contract account by the node. According to an embodiment, the smart contract program transfers the balance deducting the authentication cost from the smart contract account to the executive account under the condition that the balance is transferred from the investor account to the smart contract account by the node. You can remit the authentication fee. According to an embodiment, the smart contract program may check the existence of the asset token in the smart contract account before remitting the balance from the smart contract account to the executive account, and then transfer the balance only if the asset token exists. According to the embodiment, the smart contract program checks the existence of the asset token and the asset installation authentication token in the smart contract account before remitting the balance from the smart contract account to the executive account, and then only if the asset token and the asset installation authentication token exist. You can transfer the balance.

As such, the balance transfer request by the operation program causes a node of the blockchain network to transfer the balance from the investor account to the smart contract account, and the smart contract program causes the smart contract program to execute the account from the smart contract account, subject to the node's balance transfer. May cause the balance to be remitted. According to the embodiment, the balance transfer request by the operation program causes the smart contract program to transfer the balance from the smart contract account to the certification authority account at the same time as it transfers the balance deducted from the smart contract account to the executive account. Can cause. According to the embodiment, the balance transfer request of the operation program causes the node of the blockchain network to transfer the balance from the investor account to the smart contract account, and the smart contract program sends the balance, the existence of the asset token and the asset installation authentication token. After checking whether at least one condition of the existence of is satisfied, the balance may be remitted from the smart contract account to the executive account. In this case, the balance is remitted after confirmation of the normal installation of the asset, thus protecting the investor.

As a step S611, the operating program can confirm the transfer of the balance. For example, the operating program may check whether the balance is transferred from the investor account to the executive account.

In step S613 and S615, the operation program guides the completion of the balance transfer to the implementer (S613), the developer can check whether the balance is deposited in the enforcement account (S615). Step S613 may be omitted as a convenience for the implementer. For example, without the step S613, the implementer can check whether the balance is deposited by itself.

In step S617, the operation program may receive an asset activation request from the developer.

In step S619 and S621, the operating program may generate an asset activation request packet in response to the asset activation request of the developer (S619) and transmit the packet to the blockchain network (S621). The asset activation request packet may include items necessary to request a node to store an asset activation token in the smart contract account. In exemplary embodiments, the asset activation request packet may include information on at least one of a smart contract account, an asset token, and an asset activation token.

Steps S617 to S621 can be understood together as an asset activation request step.

In step S623, the node may allow the asset activation token to be stored in the smart contract account in response to the asset activation request of the operation program. The asset activation token may be transferred from the execution company account to the smart contract account or separately generated in the smart contract account, but the present embodiment is not limited thereto.

In step S625, the smart contract program may automatically transfer the asset token of the smart contract account to the investor account provided that the asset activation token exists in the smart contract account. According to an embodiment, the smart contract program may change the property of the asset token to an active state before transferring the asset token to the investor account.

As such, the step of requesting asset activation by the operation program causes the nodes of the blockchain network to store the asset activation token in the smart contract account, and the smart contract program conditions that the asset activation token exists in the smart contract account. This can cause asset tokens to be transferred from the smart contract account to the investor account.

Next, with reference to FIG. 7, a description will be given focusing on the asset disclosure request step among a plurality of steps performed by the operation program. The procedure illustrated in FIG. 7 may be performed subsequent to, but not necessarily limited to, the procedure illustrated in FIG. 6.

In step S701, the investor may confirm that an asset token exists in the investor account. The presence of asset tokens in the investor account may be understood to mean that the ownership of the assets is held by the investor.

In step S703, the operating program may receive an asset disclosure request from the investor. An investor's asset disclosure request can be understood as a process of disclosing information related to ownership and split transactions on assets to the blockchain network. To this end, the asset disclosure request may include at least one of information on the total number of shares of the asset, the number of open stocks to be traded and the price per share. The total number of shares, the number of shares outstanding and the price per share may be determined by the investor holding the asset token.

In steps S705 and S707, the operation program may generate an asset disclosure request packet in response to the asset disclosure request of the investor (S705), and transmit it to the blockchain network (S707). The Asset Disclosure Request Packet may contain the necessary items for the node to propagate the asset disclosure information to the blockchain network. For example, the information on at least one of the smart contract account and asset disclosure information (the total number of shares, the number of open stocks and / or price per share) may be included.

Steps S703 to S707 may be understood together as an asset disclosure request step.

In operation S709, the node may register asset disclosure information in the smart contract account in response to the asset disclosure request of the operation program. Asset disclosure information registered in the smart contract account can be understood to have the effect of disclosure. By way of example, a secondary investor wishing to purchase a stake may determine whether to buy the stock based on the price per share registered in the smart contract account.

As such, the asset disclosure request by the operation program may cause a node of the blockchain network to register the asset disclosure information in the smart contract account.

In step S711 and step S713, the operating program may check whether the asset disclosure information is registered in the smart contract account (S711), and may perform guidance on the completion of asset disclosure to the investor (S713). Steps S711 and S713 are for the convenience of investors, and may be omitted according to circumstances.

The asset disclosure procedure illustrated in FIG. 7 may be performed from time to time as necessary. For example, the asset value may change over time, so if the equity holder wishes to modify the number of shares or the price per share in accordance with the change in asset value, the asset disclosure procedure illustrated in FIG. Can be modified.

Next, with reference to Figure 8 will be described focusing on the equity acquisition request step of the plurality of steps performed by the operating program. The procedure illustrated in FIG. 8 may be performed from time to time as needed after the asset disclosure procedure illustrated in FIG. 7 is completed.

As a step S801, it is assumed that the primary investor holds an asset token. Asset tokens, as described above, may be held by the initial investor who provided the cost of setting up the asset, or ownership of the asset may have been transferred to another investor. The person holding the stake shall be named the primary investor.

In operation S803, the operation program may receive the asset disclosure information inquiry from the secondary investor. It can be understood that the secondary investor requests the operating program to look up the asset disclosure information to the secondary investor to look up the information to determine whether to invest in the asset. Here, the secondary investor may be understood as a participant who intends to purchase a stake regardless of whether he or she currently owns it.

In operation S805, the operation program may request the smart contract information from the node in response to the asset disclosure information inquiry of the secondary investor. To this end, the operating program may generate a smart contract information request packet (not shown) and transmit it to the blockchain network.

In step S807 and S809, the node may collect the smart contract information in response to the smart contract information request of the operating program (S807), and transmit the collected smart contract information to the operating program (S809).

In steps S805 to S809, the operating program is illustrated as collecting smart contract information from a node of the blockchain network in response to the asset disclosure information inquiry of the secondary investor, but the present embodiment is not limited thereto. For example, the operation program may store smart contract information including asset disclosure information by itself and provide asset disclosure information in response to a request of a participant. In this case, there is an advantage that it can respond quickly to the inquiry of the participants.

In operation S811, the operation program may transmit the collected asset disclosure information to the secondary investor. Here, the asset disclosure information may be extracted from the smart contract information.

In step S813, the secondary investor may determine whether to invest in the equity by referring to the asset disclosure information received from the operation program.

In operation S815, the operation program may receive a share acquisition request from the secondary investor.

In operation S817 and S819, the operation program may generate an equity acquisition request packet in response to an equity acquisition request received from the secondary investor (S817) and transmit it to the blockchain network (S819). The share acquisition request packet may contain the necessary items for transfer of the funds and transfer of shares between the primary investor account and the secondary investor account. For example, the equity acquisition request packet may include information on at least one of the primary investor account, the secondary investor account, the smart contract account, and the number of trading shares. Price per share may be traded according to the information disclosed in the smart contract account and thus may not be included in the stake acquisition request packet.

Steps S815 to S819 together may be understood as a request for equity acquisition.

As a step S821, the smart contract program automatically considers that the stock transaction between the primary investor and the secondary investor is established in accordance with the request for acquisition of shares of the operation program, and automatically holds the asset token share and the transaction value between the primary investor and the secondary investor. You can proceed with the transmission of. For example, the smart contract program considers that a transaction corresponding to the number of shares proposed by the second investor is established at the price per share disclosed by the first investor in the smart contract account, and automatically subtracts the number of shares from the primary investor account. And increase the trading amount (price per share x number of trading shares), increase the number of trading shares in the secondary investor account, and reduce the trading amount. Here, the increase or decrease in the number of trading shares may mean an increase or decrease in the equity in the asset token.

According to an embodiment, the smart contract program first transfers the transaction amount from the secondary investor account to the primary investor account, and, based on the success of the transaction transfer, transfers the asset token share from the primary investor account to the secondary investor account. Equity trading can be carried out step by step. In this case, it is possible to prevent a problem such as transferring only a stake in a state in which the transaction price is not deposited.

As such, the share acquisition request for the operating program is deemed that a transaction corresponding to the number of shares issued by the secondary investor is established at the share price disclosed by the primary investor, and the smart contract program allows the number of shares to be traded in the primary investor account. The amount of shares in the secondary investor's account may be increased and the amount of transactions may be reduced.

In step S823 to S827, the operation program confirms the completion of the equity transaction (S823), and may transmit a guide to the completion of the equity transaction to the first and second investors (S825 and S827). Steps S823 to S827 are for convenience of the primary investor and the secondary investor and may be selectively used as necessary.

Next, with reference to Figure 9 will be described focusing on the revenue distribution request step of the plurality of steps performed by the operating program. The procedure illustrated in FIG. 9 may be performed when revenue is generated from the operation of the asset.

As a step S901, the implementer can obtain the asset operating profit. Renewable energy sources or energy storage devices (ESS) can generate revenue while operating in conjunction with the grid. This can be understood as the operating income of an asset called a renewable energy source or an energy storage device (ESS). Operating profit may also be generated for assets other than renewable energy sources or energy storage systems (ESS). The developer illustrated in FIG. 9 may be understood as a person who obtains operating profit as a manager of an asset.

In step S903, the operating program may receive a revenue distribution request from the developer. Implementor's request to share revenues can be understood as the purpose of distributing the operating profits of assets acquired by the issuer to equity holders.

In operation S905 and S907, the operation program may generate a revenue distribution request packet in response to the revenue distribution request of the developer (S905) and transmit the packet to the blockchain network (S907). The revenue share request packet may contain the necessary information for the transfer of asset operating revenue between the company account and the equity holder account. For example, the revenue distribution request packet may include information on at least one of an execution company account, a smart contract account, and an asset operating income. The equity holder account is registered in the smart contract and may not be included in the revenue distribution request packet.

Steps S903 to S907 can be understood as a step for revenue sharing.

As a step S909, the node may transfer the asset operating income from the executive account to the smart contract account in response to the revenue distribution request of the operating program.

As the step S911, the smart contract program automatically distributes asset operating income according to equity to the equity holder account holding asset tokens from the smart contract account automatically, subject to the transfer of asset operating income from the executive account to the smart contract account by the node. You can send money. Here, the smart contract program may extract the equity holder account information holding the asset token through the information registered in the smart contract account. For example, the smart contract program may target an amount excluding operating expenses from the asset operating income when calculating the asset operating profit distribution.

As such, the revenue sharing request by the operating program causes the nodes of the blockchain network to transfer asset operating profits from the executive account to the smart contract account, and the smart contract program from the executive account by the node to the smart contract account. Subject to the remittance of the asset operating income of the company, it may automatically cause the remittance of the distribution of asset operating profit distribution according to the holding shares to the equity holder account holding the asset token from the smart contract account.

In steps S913 to S917, the operation program may confirm whether the distribution of the asset operating profit is completed (S913), and may transmit a guide on completion of the distribution of the operating profit to the developer and the equity holder (S915 and S917). Steps S913 to S917 may be selectively used as necessary for the convenience of the implementer and the equity holder.

10 illustrates, as one embodiment, the operation of an asset split transaction management program using a smart contract. FIG. 10 may be understood to illustrate the operating procedure illustrated in FIGS. 3 to 9 reconfigured from an operating point of view of an operating program.

In step S1001, the operation program receives a smart contract registration request including a smart contract program from the developer among the participants, generates a smart contract registration request packet including the smart contract program, and converts the smart contract registration request packet into the blockchain network. The smart contract registration request can be performed. The smart contract registration request may cause nodes of the blockchain network to propagate the smart contract program to the blockchain network.

In step S1003, the operation program receives a down payment remittance request including the first investor account information from the first investor among the participants, and generates a down payment remittance request packet requesting remittance of the down payment from the first investor account to the smart contract account. It is possible to perform a down payment transfer request to the blockchain network. The advance payment request of the operation program causes the nodes of the blockchain network to transfer the down payment from the primary investor account to the smart contract account, and the smart contract program is reminded from the smart contract account to the executive account, subject to the node's advance payment. It may cause the remittance to be sent.

In step S1005, the operating program receives an asset registration request including asset token information from the developer among the participants, generates an asset registration request packet requesting the transfer of the asset token from the developer account to the smart contract account and transmits it to the blockchain network. The asset registration request can be fulfilled. The asset registration request of the operation program may cause the nodes of the blockchain network to transfer asset tokens from the executive account to the smart contract account.

In step S1007, the operating program receives the asset installation certification registration request from the certification authority of the participant, and generates an asset installation certification registration request packet requesting that the asset installation authentication token is stored in the smart contract account and transmits the asset to the blockchain network The installation certificate registration request can be performed. The asset installation authentication registration request of the operation program may cause a node of the blockchain network to cause the asset installation authentication token to be stored in the smart contract account.

In step S1009, the operation program receives the balance transfer request from the primary investor among the participants, generates a balance transfer request packet requesting the transfer of the balance from the primary investor account to the smart contract account and sends the balance transfer to the blockchain network You can fulfill the request. The balance transfer request of the operation program causes the nodes of the blockchain network to transfer the balance from the primary investor account to the smart contract account, and the smart contract program causes the balance to be transferred from the smart contract account to the executive account subject to the node's balance transfer. May cause a remittance. According to an embodiment, the balance transfer request of the operation program may cause the smart contract program to transfer the authentication fee together from the smart contract account to the certification authority account at the time of transfer of the balance. According to an embodiment, the operation program may cause the smart contract program to check the existence of asset tokens in the smart contract account before remitting the balance from the smart contract account to the executive account, and then transfer the balance only if the asset token exists. Can be. According to the embodiment, the operating program checks the existence of the asset token and the asset installation authentication token in the smart contract account before the smart contract program transfers the balance from the smart contract account to the executive account. Can only cause the balance to be sent.

In step S1011, the operating program receives the asset activation request from the developer of the participant, and performs the asset activation request for generating the asset activation request packet requesting that the asset activation token is stored in the smart contract account and transmitting it to the blockchain network. have. The asset activation request of the operation program causes the nodes of the blockchain network to store the asset activation token in the smart contract account, and the smart contract program allows the asset token to be smart provided that the asset activation token exists in the smart contract account. This may cause the transfer from the contract account to the primary investor account.

In step S1013, the operation program receives an asset disclosure request including asset disclosure information from the primary investor among the participants, generates an asset disclosure request packet requesting that the asset disclosure information is registered in the smart contract account and transmits it to the blockchain network. An asset disclosure request may be performed. The asset disclosure request of the operation program may cause a node of the blockchain network to register the asset disclosure information in the smart contract account.

In step S1015, the operation program receives a share acquisition request from the secondary investors among the participants, including the share number information, and generates a stake acquisition request packet including the number of shares to perform the stake acquisition request to send to the blockchain network Can be. As a result of the request for equity acquisition of the operating program, a transaction corresponding to the number of trading shares proposed by the secondary investor was established at the share price disclosed by the primary investor through the disclosure of assets. It can reduce the number of shares, increase the amount of shares (price per share x number of shares), increase the number of shares in the secondary investor account, and reduce the amount of transactions.

In step S1017, the operation program receives a revenue distribution request including asset operating profit information from the asset operator among the participants, and generates a revenue distribution request packet requesting the transfer of asset operating revenue from the asset operator account to the smart contract account block It is possible to carry out revenue sharing requests to the chain network. The revenue sharing request of the operating program causes the nodes of the blockchain network to transfer the asset operating income from the asset operator account to the smart contract account, and the smart contract program is responsible for the asset operating revenue from the asset operator account to the smart contract account. On the condition of remittance, it can cause the repatriation of asset operating profit distribution according to the holding shares to the equity holder account which holds the asset token from the smart contract account automatically.

10 illustrates that after the asset disclosure request (S1013), the equity acquisition request (S1015) and the profit distribution request (S1017) are sequentially performed, but the equity acquisition request (S1015) and the profit distribution request (S1017) are required. The order may be changed or performed from time to time.

According to this embodiment of the present invention, the process of installing assets, split transactions of assets, and / or distribution of operating profits of assets can be operated objectively and transparently. As a result, by lowering barriers to entry, small or individual investors can easily invest in related businesses. In addition, according to the embodiment, the initial investor for the asset can be recovered quickly through the split sale, thereby increasing the liquidity of the holding asset. In addition, according to the embodiment, the disclosure function of the asset is expanded and the value of the equity of the asset can be more accurately evaluated, thereby reducing the damage of the investor due to speculative forces.

The terms "comprise", "comprise" or "having" described above mean that a corresponding component may be included unless specifically stated otherwise, and thus, other components are not excluded. It should be construed that it may further include other components. All terms, including technical and scientific terms, have the same meanings as commonly understood by one of ordinary skill in the art unless otherwise defined. Terms commonly used, such as terms defined in a dictionary, should be interpreted to coincide with the contextual meaning of the related art, and shall not be interpreted in an ideal or excessively formal sense unless explicitly defined in the present invention.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

Claims (21)

As an asset split transaction management program using smart contracts on the blockchain network,
The operating program,
And a plurality of steps for allowing the asset split transaction to proceed according to an operating procedure linked with a smart contract program operating in the blockchain network,
In at least one of the plurality of steps, receiving a request of a participant participating in the asset division transaction, and requesting a node of the blockchain network or the smart contract program to perform an operation corresponding to the request of the participant Generates a request packet and sends it to the blockchain network,
The request packet is generated to conform to the protocol of the blockchain network,
In the plurality of steps, receiving an asset installation authentication registration request from a certification authority among the participants, generating an asset installation authentication registration request packet requesting that the asset installation authentication token is stored in a smart contract account and transmitting the packet to the blockchain network. Including the step of requesting the registration of the asset installation certification;
Wherein the asset installation authentication registration request causes a node of the blockchain network to cause the asset installation authentication token to be stored in the smart contract account. As an asset split transaction management program using smart contracts on the blockchain network,
The operating program,
And a plurality of steps for allowing the asset split transaction to proceed according to an operating procedure linked with a smart contract program operating in the blockchain network,
Receiving a request of a participant participating in the asset division transaction in at least one of the plurality of steps, requesting a node of the blockchain network or the smart contract program to perform an operation corresponding to the request of the participant Generates a request packet and sends it to the blockchain network,
The request packet is generated to comply with the protocol of the blockchain network,
In the plurality of steps, a balance transfer request is received from a primary investor among the participants, and a balance transfer request packet for requesting transfer of the balance from the primary investor account to the smart contract account is transmitted to the blockchain network. Include a request for money transfer,
The balance transfer request causes a node of the blockchain network to transfer the balance from the primary investor account to the smart contract account, and causes the smart contract program to cause the smart contract program subject to the transfer of the balance of the node. Cause the balance to be transferred from the account to the executive account,
The balance transfer request operates the asset division transaction stored in the computer-readable recording medium, which causes the smart contract program to remit the authentication fee from the smart contract account to the certification authority account when the balance is transferred. program. As an asset split transaction management program using smart contracts on the blockchain network,
The operating program,
It includes a plurality of steps to proceed the asset split transaction in accordance with the operating procedures linked to the smart contract program operating in the blockchain network,
Receiving a request of a participant participating in the asset division transaction in at least one of the plurality of steps, requesting a node of the blockchain network or the smart contract program to perform an operation corresponding to the request of the participant Generates a request packet and sends it to the blockchain network,
The request packet is generated to comply with the protocol of the blockchain network,
The plurality of steps may include an asset activation request step of receiving an asset activation request from an implementer among the participants and generating an asset activation request packet requesting that an asset activation token be stored in a smart contract account and transmitting the asset activation request packet to the blockchain network. But
The asset activation request causes a node of the blockchain network to store the asset activation token in the smart contract account, provided the smart contract program has the asset activation token in the smart contract account. An asset division transaction management program stored in a computer-readable recording medium, which causes the asset token to be transferred from the smart contract account to the primary investor account. The method according to any one of claims 1 to 3,
The plurality of steps may include receiving a smart contract registration request including a smart contract program from an executing company among the participants, generating a smart contract registration request packet including the smart contract program, and converting the smart contract registration request packet into the block. Smart contract registration request step of transmitting to the chain network,
Wherein the smart contract registration request causes a node of the blockchain network to propagate the smart contract program to the blockchain network. The method according to claim 4,
The smart contract program is an asset division transaction management program stored in a computer-readable recording medium, characterized in that written by the developer to follow the operating procedure prescribed by the operating program. The method according to claim 5,
The operating program predefines a plurality of the operating procedures,
The smart contract program is an asset division transaction management program stored in a computer-readable recording medium, characterized in that written to follow the operating procedure selected from the plurality of operating procedures. The method according to claim 4,
The operating program,
Save the smart contract account information in the smart contract registration request step,
And using the stored smart contract account information when generating a packet for remittance between the smart contract account and the participant's account. The method according to claim 7,
The smart contract account information stored in the computer-readable recording medium, characterized in that extracted from the information entered by the developer asset management transaction management program. The method according to claim 4,
The operating program extracts and stores information on advance payments, balances, and authentication costs of the asset division transaction in the smart contract registration request step, wherein the asset division transaction management program stored in a computer-readable recording medium. The method according to claim 9,
The advance payment and the balance are all divided into a digital currency having a value linked to the statutory currency asset split transaction management program stored in a computer-readable recording medium, characterized in that the transaction. The method according to any one of claims 1 to 3,
In the plurality of steps, receiving a down payment remittance request including first investor account information from a first investor among the participants, and generating a down payment remittance request packet requesting remittance of a down payment from the first investor account to the smart contract account. Including a request for advance payment transfer to the blockchain network,
The advance payment request causes the node of the blockchain network to transfer the advance payment from the primary investor account to the smart contract account, and causes the smart contract program to provide the smart contract on condition of the advance payment of the node. An asset division transaction management program stored in a computer-readable recording medium, which causes the remittance of the advance payment from an account to an executive account. The method according to any one of claims 1 to 3,
The plurality of steps may include an asset registration request step of receiving an asset registration request including asset token information from an implementer among the participants, generating an asset registration request packet, and transmitting the asset registration request packet to the blockchain network,
Wherein the asset registration request causes a node of the blockchain network to cause an asset token to be stored in a smart contract account. delete delete The method according to any one of claims 1 to 3,
The plurality of steps may include receiving an asset disclosure request including asset disclosure information from a primary investor among the participants, generating an asset disclosure request packet requesting that the asset disclosure information be registered in a smart contract account, and generating the asset disclosure request packet. Including the asset disclosure request step of
The asset disclosure request causes a node of the blockchain network to register the asset disclosure information in the smart contract account. The method according to claim 15,
The asset disclosure information is divided asset management program stored in a computer-readable recording medium, characterized in that the total number of shares for the asset, the number of shares available for trading and price per share. The method according to claim 16,
In the plurality of steps, a stake acquisition request step of receiving a stake acquisition request including transaction number information from a secondary investor of the participant, generating a stake acquisition request packet including the number of transaction shares, and transmitting the stake acquisition request packet to the blockchain network. Including but not limited to:
According to the request for acquisition of equity, a transaction corresponding to the number of shares issued by the secondary investor is established at the price per share disclosed by the primary investor through the disclosure of the asset. Stored in a computer-readable recording medium, which causes the account to be subtracted from the number of trading shares and increases the amount of trading (price per share x number of trading shares) and causes the number of trading shares to increase and decrease the amount of trading in the secondary investor account. Asset Split Transaction Management Program. The method according to any one of claims 1 to 3,
The plurality of steps may include a revenue distribution request including asset operating profit information from an asset operator among the participants, and generate a profit distribution request packet requesting the transfer of the asset operating profit from an asset operator account to a smart contract account. Revenue distribution request step of transmitting to the blockchain network,
The revenue sharing request causes the nodes of the blockchain network to transfer the asset operating income from the asset operator account to the smart contract account, and causes the smart contract program to assets from the asset operator account to the smart contract account. Asset division stored in a computer-readable recording medium characterized in that it automatically causes the remittance of the asset operation profit distribution dividend according to the holding stake from the smart contract account to the equity holder account holding the asset token from the transfer of operating income. Transaction Management Program. The method according to any one of claims 1 to 3,
The asset that is subject to the asset split transaction is an asset storage transaction management program stored in a computer-readable recording medium, characterized in that the facility containing an energy storage device (ESS) or a renewable energy source. A computer-readable recording medium storing an asset division transaction management program according to any one of claims 1 to 3. A memory storing an asset division transaction management program according to any one of claims 1 to 3;
A processor that executes the asset division transaction management program stored in the memory; And
A communication device for communicating with the blockchain network;
Computing device comprising a.

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