Healthgrity documentation library
  • Introduction - Healthgrity Token GitBook Documentation Library
    • About Healthgrity
      • Introduction
      • Introduction to HLTG Token.
        • Healthgrity Token tokenomics
          • Introduction to HLTG Token
            • Tokenomics
              • Quantitative Tokenomics
              • Circularity
              • Asset Pricing & HLTG Token Bonding Curve
              • Utilities and Incentives
            • How to get HLTG
          • Consumer Surplus and Producer Surplus in the Context of API Calls Using HTG Tokens
      • HLTG Schema
  • How the HLTG token integrates with the software.
    • How to use the API
      • Usage and Mechanics
      • Computing the Optimal Price for an API Call in Tokens
      • Optimizing Gas Fees for Blockchain Transactions
      • Simplified Python Script for Optimizing Image Batching in Blockchain Transactions
      • Schemas
  • Use cases or applications of the HLTG token in the context of the software.
    • HealthGRITY's Technical Software Stack: A Comprehensive Overview
      • Any additional features or information relevant to users or developers.
  • API
    • How to use API
      • Technical Documentation
        • Github
        • Product Features and Risks
    • Page
  • Page 1
  • SMART CONTRACTS
    • Addresses
    • Audit and security
    • Smart contracts addresses
  • Code Repository
    • Github
    • OpenZepelin
  • DAO
    • TokenDAO and Governance
    • Healthgrity Snapshot
    • Legal terms
  • Treasury
    • About Healthgrity Treasury
    • Healthgrity DAO treasury management
    • Copy of Healthgrity Snapshot
  • ROADMAP
    • Project Development Roadmap
      • Healthgrity Roadmap
        • HLTG integration development Roadmap
    • AI models
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  1. Treasury

Healthgrity DAO treasury management

Tokenomics play a pivotal role in ensuring the sustainability and growth of a DAO or any decentralized project. The right tokenomics can incentivize participation, align stakeholders' interests, and manage the token's value over time. Let's delve into these concepts more deeply:

1. Transaction Fee Burning (Deflationary Effect)

**Concept:** Every time a transaction occurs, a portion of the fee is burned (permanently removed from circulation).

Benefits:

- Reduces the overall token supply over time, potentially increasing scarcity.

- Can stabilize or potentially increase token value, especially if demand remains steady or grows.

**Implementation:** For each API transaction, automatically burn a predefined percentage or flat amount of the token.

### **2. Token Conversion from User Balances**

**Concept:** Convert tokens from user balances to regulate token supply.

**Benefits:**

- This method allows the DAO to manage its circulating supply actively.

- Tokens can be used to incentivize user participation or penalize malicious activities.

**Implementation:** The DAO's governance can decide on scenarios when conversions are triggered, such as rewarding frequent users or penalizing inactive ones.

### **3. Pre-scheduled Supply or Demand-Driven Minting**

**Concept:** Depending on the needs and the state of the ecosystem, new tokens can be minted.

**Benefits:**

- Flexibility to infuse liquidity into the system.

- Can be used to fund new projects, reward contributors, or incentivize other activities.

**Implementation:** Minting can be pre-scheduled (like annual inflation) or driven by demand (e.g., when token reserves drop below a certain threshold).

### **4. Temporary Supply Reduction (Locking & Vesting)**

**Concept:** Rather than permanently removing tokens from the supply, they are temporarily locked up and released later.

**Benefits:**

- Can stabilize token price by reducing short-term selling pressure.

- Vesting ensures long-term commitment from stakeholders.

**Implementation:**

- **Staking:** Users lock up their tokens voluntarily to earn rewards.

- **Vesting:** New tokens issued to team members or partners are locked for a predefined period, released over time.

### **Final Thoughts:**

A combination of these mechanisms can be implemented based on the DAO's objectives and desired economic behavior. It's crucial to:

1. **Model the Outcomes:** Before implementing, simulate the effects of these mechanisms on token value and user behavior.

2. **Iterate:** Tokenomics isn't a one-size-fits-all, and it may require adjustments over time.

3. **Community Engagement:** Ensure transparency and involve the DAO community in major decisions related to tokenomics.

Tokenomics needs to be approached with careful thought and precision, balancing short-term gains with long-term sustainability.

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Last updated 1 year ago