Tokenomics

Chaos Protocol's tokenomics design aims to create a sustainable ecosystem, achieving token value circulation through transaction taxes, burning mechanisms, and betting systems.

Token Basic Information

Property	Value
Token Name	Chaos
Token Symbol	Chaos
Initial Supply	100,000,000 (100M)
Chain	BSC (Binance Smart Chain)
Standard	BEP-20

Supply Distribution

Initial Distribution

Initial Supply: 100,000,000 Chaos

┌─────────────────────────────────┐
│  Initial Liquidity (PancakeSwap) 50%   │
│  50M Chaos + 80K USDT           │
├─────────────────────────────────┤
│  Private Investors (603) 50%          │
│  200-2000 USDT/Address              │
│  Token + LP Distributed by Ratio           │
└─────────────────────────────────┘

The initial supply is all minted to tx.origin (deployer address) during contract deployment, then:

50,000,000 Chaos + 80,000 USDT for initial liquidity
Remaining tokens distributed to 603 private investors via BatchInit.s.sol

Private Investor Distribution

Private investors each invest 200-2000 USDT, receiving Token and LP at a fixed ratio:

Investment (USDT)	Token Received	LP Received	Ratio
2000	312,500 Chaos	12,500 LP	Token = USDT × 156.25
1000	156,250 Chaos	6,250 LP	LP = USDT × 6.25
500	78,125 Chaos	3,125 LP
400	62,500 Chaos	2,500 LP
300	46,875 Chaos	1,875 LP
200	31,250 Chaos	1,250 LP

Distribution Ratio:

Token : USDT = 156.25 : 1
LP : USDT = 6.25 : 1

Distribution Script: script/BatchInit.s.sol

solidity

// Execute batch airdrop
uint256[] memory tokenAmounts = BatchInitData.getTokenAmounts();
token.batchAirdrop(addrs, amts);

// Execute BurnPool initialization (optional)
uint256[] memory usdtAmounts = BatchInitData.getUsdtAmounts();
burnPool.batchInitialize(addrs, amts);

// Execute Vault LP distribution (optional)
uint256[] memory lpAmounts = BatchInitData.getLpAmounts();
vault.batchCreditLp(addrs, amts);

Circulating Supply Changes

Due to the burning mechanism, circulating supply continuously decreases:

Circulating Supply = Initial Supply - Cumulative Burned Amount

BatchInit Initialization Flow

Initialization after contract deployment via BatchInit.s.sol script:

mermaid

graph TD
    A[Deploy Contract] --> B[Mint 100M Chaos to Deployer]
    B --> C[Add Initial Liquidity]
    C --> D[50M Chaos + 80K USDT → PancakeSwap LP]
    D --> E[batchAirdrop]
    E --> F[603 Private Addresses Receive Tokens by Ratio]
    F --> G[Optional: batchInitialize]
    G --> H[Optional: batchCreditLp]
    H --> I[Initialization Complete]

Initial Liquidity:

solidity

// Initial liquidity added to PancakeSwap
uint256 usdtAmt = 80_000 ether;    // 80,000 USDT
uint256 tokenAmt = 50_000_000 ether; // 50,000,000 Chaos (50% supply)

Initialization Data: test/BatchInitData.sol

solidity

library BatchInitData {
    function getUsers() internal pure returns (address[] memory) {
        address[] memory users = new address[](603);
        users[0] = 0xaD71bAdbA129870c1bc8B2f8b6FF8f1A0978B4A9;
        users[1] = 0x4b670a235B77e621894F84d9e23cf5Dd869C3AD1;
        // ... 603 addresses total
    }

    function getTokenAmounts() internal pure returns (uint256[] memory) {
        // Distributed by USDT investment ratio: Token = USDT × 156.25
        amounts[0] = 31250000000000000000000;   // 200 USDT → 31,250 Chaos
        amounts[602] = 312500000000000000000000; // 2000 USDT → 312,500 Chaos
        // ...
    }

    function getLpAmounts() internal pure returns (uint256[] memory) {
        // Distributed by USDT investment ratio: LP = USDT × 6.25
        amounts[0] = 1250000000000000000000;    // 200 USDT → 1,250 LP
        amounts[602] = 12500000000000000000000;  // 2000 USDT → 12,500 LP
        // ...
    }
}

Transaction Tax Mechanism

Tax Rate Structure

solidity

uint256 public constant FEE_RATE = 300; // 3%

Each transaction involving PancakeSwap trading pair charges 3% tax.

Tax Distribution

Transaction tax distribution:

Transaction Tax (3%)
    │
    ├──→ 80% ──→ BurnPoolV2 (Dividend Pool)
    │
    └──→ 20% ──→ BurnPoolV2 (Prize Pool)

Distribution	Percentage	Purpose
Dividend Pool	80%	FIFO queue user dividends
Prize Pool	20%	Boost acceleration rewards

Tax Flow Example

假设某用户卖出 10,000 Chaos：

卖出 10,000 Chaos
       ↓
扣除 3% 税费 = 300 Chaos
       ↓
用户实际收到 9,700 Chaos
       ↓
300 Chaos 通过 PancakeSwap 换成 USDT
       ↓
假设换得 300 USDT
       ↓
├──→ 240 USDT ──→ BurnPoolV2 分红池 (80%)
└──→ 60 USDT ───→ BurnPoolV2 奖金池 (20%)

Burning Mechanism

BurnPoolV2 Burning Flow

User token flow when participating in burning:

With Referrer:

User Invests 100 USDT
        ↓
┌───────────────────────────────────┐
│  40 USDT → Add LP (All to User)   │
│  20 USDT → Referral Reward        │
│           ├─ 10 USDT → Vault LP   │
│           └─ 10 USDT → Tokens     │
│  35 USDT → Buy Tokens for Tax     │
│   5 USDT → Buy Tokens to Burn     │
└───────────────────────────────────┘
        ↓
LP Deposited to VaultV5 → Enter FIFO Dividend Queue

Without Referrer:

User Invests 100 USDT
        ↓
┌───────────────────────────────────┐
│  40 USDT → Add LP (All to User)   │
│  55 USDT → Buy Tokens for Tax     │
│   5 USDT → Buy Tokens to Burn     │
└───────────────────────────────────┘
        ↓
LP Deposited to VaultV5 → Enter FIFO Dividend Queue

Token Burning

Each burn destroys a portion of tokens:

Scenario	Burn Ratio
No Referrer	Higher (most remaining tokens burned)
With Referrer	Lower (some given to referrer)

Deflationary Effect

As burning progresses, circulating supply continuously decreases:

时间 →
供应量 ↓

初始供应 (1亿)
    ↓
燃烧 #1 → 销毁 X Chaos
    ↓
燃烧 #2 → 销毁 Y Chaos
    ↓
   ...
    ↓
流通供应持续减少

Revenue Model

BurnPoolV2 Revenue

User revenue from burning:

Metric	Value
Minimum Investment	100 USDT
Target Return	2x (200 USDT)
Revenue Source	Transaction tax dividends
Distribution Method	FIFO Queue

Revenue Calculation Example

用户投入: 1000 USDT
目标回报: 2000 USDT
        ↓
等待交易税积累
        ↓
当分红累计达到 2000 USDT 时
        ↓
用户可以提取全部收益

Boost Acceleration

Referrers can receive accelerated returns:

推荐人A推荐用户B
        ↓
用户B在8小时内完成燃烧
        ↓
推荐人A从奖金池获得额外奖励
        ↓
加速A的出队速度

VaultV5 Betting Model

Betting Mechanism

Users can bet on token price movements:

创建者 (Creator)          接单者 (Taker)
    │                         │
    │ USDT                    │ LP代币
    ↓                         ↓
┌───────────────────────────────┐
│        对赌合约               │
│  基准价: 创建时的代币价格      │
└───────────────────────────────┘
            ↓
        3天后结算
            ↓
    ┌───────┴───────┐
    ↓               ↓
价格上涨          价格下跌
    ↓               ↓
利润各50%        创建者保本
                 接单者承担亏损

Revenue Limits

Maximum profit: 2x investment
Lock time: 30 minutes (after creation)
Contract validity: 3 days

Economic Cycle

Complete Economic Flow

mermaid

graph TD
    A[User Transaction] -->|3% Tax| B[TaxToken]
    B -->|80%| C[BurnPoolV2 Dividend Pool]
    B -->|20%| D[BurnPoolV2 Prize Pool]
    
    E[User Burn] -->|USDT| C
    E -->|Token Burn| F[Deflation]
    
    C -->|2x Return| G[User Revenue]
    D -->|Boost Reward| H[Referrer Acceleration]
    
    E -->|LP| I[VaultV5]
    I -->|Betting| J[User Betting]
    J -->|P&L Settlement| G
    
    G -->|Reinvest| E

Value Cycle

Transaction Generates Tax → Increases dividend pool
User Burns → Receives LP and dividend rights
Dividends Accumulate → User receives returns
Returns Reinvested → Continue burning
Token Burning → Reduces supply, increases value

Risks and Incentives

Incentive Mechanism

Incentive	Description
Transaction Tax Dividends	Hold tokens to receive dividends
Burn Returns	2x return target
Referral Rewards	Additional LP and token rewards
Boost Acceleration	8-hour referral window for queue acceleration
Betting Returns	Profit from price predictions

Risk Factors

Risk	Description
Market Risk	Token price fluctuations affect betting results
Liquidity Risk	Insufficient dividend pool funds may delay returns
Smart Contract Risk	Contract vulnerabilities may lead to fund loss

Key Parameters

solidity

// TaxToken
uint256 FEE_RATE = 300;           // 3% tax rate
uint256 MIN_SWAP_AMOUNT = 200;    // Minimum swap amount

// BurnPoolV2
uint256 MIN_BASKET = 100;         // Minimum investment (USDT)
uint256 MULTIPLE = 2;             // Return multiple
uint256 BOOST_WINDOW = 8 hours;   // Boost window

// VaultV5
uint256 LOCK_PERIOD = 3 days;     // Contract lock time
uint256 MIN_CONTRACT = 30;        // Minimum bet amount (USDT)
uint256 MAX_PROFIT = 2;           // Maximum profit multiple

// BatchInit Private Distribution
uint256 INVESTORS = 603;          // Number of private investors
uint256 TOKEN_RATIO = 15625;     // Token/USDT ratio (×100)
uint256 LP_RATIO = 625;          // LP/USDT ratio (×100)
uint256 MIN_INVEST = 200;        // Minimum investment (USDT)
uint256 MAX_INVEST = 2000;       // Maximum investment (USDT)

// Initial Liquidity
uint256 INITIAL_USDT = 80_000;   // Initial liquidity USDT
uint256 INITIAL_TOKEN = 50_000_000; // Initial liquidity Token (50% supply)

Tokenomics ​

Token Basic Information ​

Supply Distribution ​

Initial Distribution ​

Private Investor Distribution ​

Circulating Supply Changes ​

BatchInit Initialization Flow ​

Transaction Tax Mechanism ​

Tax Rate Structure ​

Tax Distribution ​

Tax Flow Example ​

Burning Mechanism ​

BurnPoolV2 Burning Flow ​

Token Burning ​

Deflationary Effect ​

Revenue Model ​

BurnPoolV2 Revenue ​

Revenue Calculation Example ​

Boost Acceleration ​

VaultV5 Betting Model ​

Betting Mechanism ​

Revenue Limits ​

Economic Cycle ​

Complete Economic Flow ​

Value Cycle ​

Risks and Incentives ​

Incentive Mechanism ​

Risk Factors ​

Key Parameters ​

Related Links ​

Tokenomics

Token Basic Information

Supply Distribution

Initial Distribution

Private Investor Distribution

Circulating Supply Changes

BatchInit Initialization Flow

Transaction Tax Mechanism

Tax Rate Structure

Tax Distribution

Tax Flow Example

Burning Mechanism

BurnPoolV2 Burning Flow

Token Burning

Deflationary Effect

Revenue Model

BurnPoolV2 Revenue

Revenue Calculation Example

Boost Acceleration

VaultV5 Betting Model

Betting Mechanism

Revenue Limits

Economic Cycle

Complete Economic Flow

Value Cycle

Risks and Incentives

Incentive Mechanism

Risk Factors

Key Parameters

Related Links