Token Policy
Last updated
Last updated
The merchant operating units that wish to invest shall be divided and distributed, and the profits shall be distributed to the investing users.
The purpose of the merchant profit share is to provide a profit distribution system and method for blockchain-based virtual assets that can be utilised as a sharing economy business model by making blockchain-based virtual assets available to various businesses, checking the transparent progress of the DT Project, and making the investment targets and the corresponding virtual assets available to the systems of the linked businesses, which can be expected to benefit from the DT Project. Another purpose is to increase the utility of virtual assets by making them available for various additional businesses, increasing the expectation of profitability from investing in virtual assets and enabling reconversion to virtual assets at any time.
The purpose of the merchant revenue share is to increase the investment value and utilisation of virtual assets by utilising them for various additional businesses, including payment service businesses using blockchain-based virtual assets, and transparently distributing the virtual asset transaction fees and usage fees for payment according to these businesses. Another purpose is to solve the problem of indiscriminate issuance and value retention of tokens in the virtual asset business by issuing and burning tokens and swapping tokens and virtual assets and to solve the problem of maintaining the reliability and value of the token ecosystem. The revenue distribution system of blockchain-based virtual assets includes a virtual asset blockchain system in which virtual asset investor nodes operating as public blockchain nodes and virtual asset operator nodes operating as private blockchain nodes mutually agree to select block constructors. The business system also includes a virtual asset payment service system, which provides merchants with payment agency services using blockchain-based virtual assets. It collects virtual asset usage fees and provides them to the virtual asset blockchain system. The virtual asset blockchain system may further distribute the virtual asset usage fees to the beneficial interest investors.
The beneficial interest investors can use the crypto assets they hold as tokens through the payment service system to act as fiat currency, and the randomly selected crypto asset investor nodes can participate in consensus and transaction validation using quantum random numbers. The virtual asset blockchain system may include a plurality of virtual asset operator nodes that participate in the consensus process as full nodes operating at all times and may have a redundant configuration with at least one master node with random user node selection, node management, and fee distribution functions. The master node may monitor the status of the cryptocurrency operator nodes. Profit Staking is used as Proof of Stake in PoS.
The business system includes a virtual asset wallet system, which distributes virtual asset transaction fees based on token holdings through token issuance and can convert virtual assets and tokens to each other through token service linkage.
As illustrated in the figure above, the merchant revenue share system 101 internally includes a consensus part 102, which is substantially a combination of the virtual asset operator nodes of the private blockchain comprising the corresponding virtual asset blockchain system 101 and the virtual asset investor nodes (general user nodes) of the public blockchain.
The illustrated conceptual consensus part 102 comprises a private blockchain 103 and a curated public blockchain 104 randomly selected from the public blockchain 105, wherein the cryptocurrency operator nodes comprising the private blockchain 103 are substantially full nodes that are operated at all times for the operation of the corresponding cryptocurrency blockchain system, comprise a predetermined number of nodes (e.g., 10), and are equipped with functions for block generation. The curated public blockchain 104 comprises cryptocurrency investor nodes that are unpredictably and randomly selected via a quantum random number algorithm from the public blockchain 105, the number of which is always greater than the number of cryptocurrency operator nodes (e.g., 20).
Among the nodes participating in the consultation, the proportion of virtual asset investor nodes corresponding to users is higher than that of virtual asset operator nodes, so it is possible to monitor the normal operation of the virtual asset operator nodes that are always in operation. The randomly selected cryptocurrency investor and cryptocurrency operator nodes participate in transaction validation to select a block producer to create blocks from among the cryptocurrency operator nodes. This can be done using a round table in which the order of block generation is randomly determined using quantum random numbers, and the transaction validation can apply an algorithm that can ensure consensus reliability (PBFT / Practical Byzantine Fault Tolerance algorithm or an improved algorithm thereof).
On the other hand, to monitor the above-mentioned virtual asset operator nodes, perform the function of randomly selecting virtual asset investor nodes, i.e., user nodes, and distributing various fees according to the ratio of virtual asset holdings, one of the virtual asset operator nodes is preferably operated as a master node. For such a master node, it is necessary to have various security and stability for stable operation, and it is required to be configured to respond to abnormal situations through at least a redundant configuration.
On the other hand, in the case of a cryptocurrency investor node, as a user node, anyone can participate in the cryptocurrency blockchain system by installing the corresponding function on their device and can partake in the transaction verification process and consensus by random selection.
Through the merchant revenue share system consisting of master nodes, virtual asset operator nodes, and virtual asset investor nodes, a blockchain for the DT Project is periodically created and maintained, and various business service systems based on these virtual assets and blockchains are established. For example, various additional businesses such as virtual asset payment service system, purchase system between DT project and merchant profit share, exchange and staking between different virtual assets, CeFi, De-Fi service system, etc., can be linked with the merchant profit share system to disclose the details of business performance transparently.
Once these virtual asset blockchain systems and various businesses are configured, the merchant revenue share system collects transaction fee information for NFT transactions in these businesses. It distributes the fees to investors holding NFTs based on their holdings. For example, the periodic revenue distribution (R(n)) for user n may equal the following mathematical formula 1.
Where Un is the wallet of user n, Pi is the profit of the i-th block, C supply is the total amount of all crypto assets, B(Un) is the wallet balance of user n, and m is the number of blocks in the distribution cycle.
Transparent information about these distributions is published on the dashboard as a cycle-by-cycle status.
These revenues are fees for all revenue share transactions, including person-to-person transactions between users, as well as fees for DT Project transactions generated by affiliated businesses. Furthermore, you can also collect usage fees for all kinds of transactions using the DT Project, which can be distributed according to the merchant's revenue shareholdings.
1. 80% of DT Foundation's revenue generated will be used for airdrop
2. 80% of 100% of the revenue generated will be used for reward payment / 20% will be used for the Foundation's operating expenses. 90% of the 80% allocated for reward will be airdropped to De-Fi Deposit Service users and 10% to NFT holders.
1. Scoring of De-Fi Deposit Service usage by number and duration (detailed logic of scoring will be disclosed later)
2. Aggregation of total scores of service users
3. Aggregated total scores/DT Foundation return rate (90%) = number of points per 1 point
4. check the individual scores of service users and airdrop 1/n to the total number of service users
1. score the NFTs of users who issued NFT warrants using the NFT issuance service (detailed scoring logic will be disclosed later)
2. aggregate the total score of service users' scores
3. aggregated total score/DT Foundation yield (10%) = number of units per 1 point
4. check the individual scores of service users and airdrop 1/n to the aggregated number of service users
