WhitePaper EN
  • WhitePaper DeflationCoin
  • 1. Introduction
  • 1.0. Preface
  • 1.1. The Socio-Economic Consequences of Inflation
  • 1.2. The process of exporting inflation from the U.S. to other countries
  • 1.3. A Global Bankrupt Disguised as a "Financial Leader"
  • 1.4. The Birth of the Crypto Industry
  • 1.5. Bitcoin’s Limitations
  • 1.6. A Cryptocurrency Without the Flaws of "Digital Gold"
  • 2. Mission and Objectives
    • 2.0. Mission and Objectives
  • 3. Operating and design principles
    • 3.0. Preface
    • 3.1. Limited Supply with Zero Inflation
    • 3.2. Daily Smart-Burning of Coins
    • 3.3. Deflationary Halving—Unlike Bitcoin.
    • 3.4. Smart-Staking
    • 3.5. Smart Dividends
    • 3.6. Gradual Unlocking
    • 3.7. Basket and Pump (BaP)
    • 3.8. Attention Capture Mechanism
    • 3.9. Blockchain-Integrated Affiliate Marketing
  • 3.10. Smart Fees
  • 3.11. Deflationary Ecosystem
  • 3.11.1. Educational Gambling
  • 3.11.2. Potential Directions for Scaling the Ecosystem
  • 3.11.3. Legal and Regulatory Aspects of the Ecosystem
  • 3.12. Environmental Principle
  • 3.13. Geometric Progression in Coin Distribution
  • 3.14. Automated Diversification Across Exchanges
  • 3.15. Online Node
  • 3.16. Open Source Blockchain and Financial Transparency of the Ecosystem
  • 3.17. Three-Level Decision-Making Mechanism: "Proof-of-Deflation"
  • 3.17.1. Meritocracy of Ideas
  • 3.17.2. Skin in the game
  • 3.17.3. The Right to Veto
  • 3.18. The principle of “Humor and Memes”
  • 4. Team
    • 4.0. Preface
    • 4.1. Natoshi Sakamoto
  • 4.2. Vitalik But Not-Buterin
  • 4.3. DeflationCoin Mafia
  • 5. Tokenomics
    • 5.0. Preface
  • 5.1. Token Distribution
  • 5.2. The 50% | 50% Expenditure Principle
  • 6. Blockchain architecture level
    • Minus 1 level (-L1)
  • 7. Technical Architecture
    • 7.0. Technical Architecture
    • 7.1. Reliability and Security Architecture
    • 7.2. Cryptographic Security Methods
    • 7.3. Conceptual Architecture of DeflationCoin
    • 7.3.1. Smart Contract Architecture
  • 7.3.2. Online Node
  • 7.3.3. Deflationary Ecosystem
  • 7.3.4. Automated Order Placement on DEX
  • 7.4. Development and Transition to a Proprietary Innovative Blockchain.
  • 8. asset rating
    • 8.0. Asset Rating
  • 8.1. Detailed analysis of indicators
  • 9. Conclusion
    • 9. Conclusion
  • 10. Reference
    • 10. Reference
  • 11. Contact Information
    • 11. Contact Information
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  1. 7. Technical Architecture

7.3. Conceptual Architecture of DeflationCoin

Previous7.2. Cryptographic Security MethodsNext7.3.1. Smart Contract Architecture

Last updated 2 hours ago

The DeflationCoin project is based on a flexible and scalable architecture that combines the decentralized technologies of the Binance Smart Chain blockchain and a microservice-based design. The architecture consists of three main modules: the DeflationCoin cryptocurrency built on Binance Smart Chain, the online node that serves as the user's personal dashboard and the deflationary ecosystem. The key system modules and their interactions are depicted in the diagram below.

DeflationCoin is the central element around which all interactions within the deflationary ecosystem are built. The token’s smart contract ensures the execution of core functionalities, ranging from transaction processing to implementing deflationary mechanisms. Interaction is primarily driven by invoking smart contract methods, enabling transaction creation, staking management, profit distribution, token burning and other processes essential to ecosystem functionality.

User interaction with the token begins with the online node, which provides a personal dashboard for viewing the current balance, sending tokens, accessing transaction history, managing staking, and obtaining portfolio insights. These features are implemented through smart contract method calls. When a user stakes tokens, a transaction is initiated that calls the smart contract method to lock the tokens for a specific period and allocate corresponding dividends. Similarly, staking positions, transaction history, or interest accrual data are accessed via contract methods, ensuring decentralized and transparent data processing. The online node also supports token trading through integration with decentralized exchanges (DEX).

Each element of the ecosystem, whether it’s educational gambling or a dating service, generates profits that are partially redirected back into the system. A dedicated smart contract method is invoked to allocate a portion of this revenue to token burning and dividend pool contributions. This method returns results used to automate subsequent processes. For example, if an ecosystem element generates a certain amount of profit, the technical wallet purchases tokens on exchanges (DEX or CEX) using fiat funds, after which token-burning and dividend-pool replenishment processes are initiated.

Automatic token burning is an integral part of the architecture. The burning process is triggered by calling a smart contract method, which destroys a specific percentage of tokens from circulation. This consistently reduces the total token supply in the system, creating deflationary pressure and driving up token value. Simultaneously, another portion of the profits is directed to the dividend pool, used to distribute rewards among token holders. Pool management is also handled through smart contract functions, ensuring the allocation and withdrawal of funds for participants.

To ensure stable token trading and liquidity management, an automated trading bot has been implemented. This bot integrates with exchanges via APIs and automatically places limit sell orders for tokens. The bot uses data and price parameters described in Section 3.13, “Geometric Progression of Token Distribution.”

The following subsections will delve deeper into the architecture of each project module.