Ai100 Whitepaper

Ai100 is a DeFi 3.0 algorithmic liquidity protocol designed for the Web3 era. Its goal is to fundamentally solve the structural problems that have long plagued traditional DeFi, including: uncontrolled inflation, liquidity depletion, concentrated sell pressure from profit-takers, passive capital pool drain, and the “death spiral” price collapse.

Built on an on-chain liquidity dividend economic model, Ai100 constructs a self-healing algorithmic financial ecosystem through proactive fission, automatic burning, liquidity pool deflation, and perpetual static + dynamic cycling mechanisms.

Fair Launch: No team reserve, no private sale, no pre-mining, no insider allocation. 100% of LP certificates are permanently burned to a black hole address, and all contract admin privileges are fully renounced.

1. Fully Open Source: All smart contract code is publicly available for anyone to audit and verify.
2. Permanent LP Burn: 100% of LP certificates are sent to a black hole, completely eliminating rug-pull risk.
3. Full Privilege Renouncement: The contract has no admin privileges, entering a true DAO self-operating state.
4. Deflation Model: Multiple burn mechanisms continuously reduce circulating supply, creating sustained deflationary pressure.

Minimum entry: 100 USDT (multiples of 10 USDT)

Capital Allocation

• 80% → LP Liquidity (40% to purchase Ai100 + 40% USDT injected into the pool)
• 20% → RS Value Treasury (market management, exchange integration, ecosystem development, RWA real-asset anchoring)

Equity Leverage: After adding LP, users automatically receive 2x equity allocation (unlimited stacking).

Ai100 employs an innovative dynamic halving & price-inverse correlation algorithm to achieve intelligent equilibrium:

• When price rises → System automatically reduces output rate, suppressing excessive inflation
• When price falls → Adjusts release structure to buffer downward pressure

All yields come exclusively from LP market-making dividends, denominated in USDT, dynamically calculated based on remaining account equity. LP certificates are automatically burned, and principal is gradually released through dividends. This mechanism balances supply and demand algorithmically, guiding users toward long-term holding behavior.

Buy: 0% fee, lowering the entry barrier. In the early phase, DEX only opens selling; free trading opens after network-wide burn targets are met.

Sell: Slippage mechanism applies — a portion flows back to the pool to enhance liquidity depth, while another portion is allocated to node ecosystem incentives. 100% of all sold Ai100 is permanently burned to the black hole.

Circuit Breaker: When abnormal price drops occur, the smart contract automatically triggers circuit breaker protection, dynamically increasing sell slippage and routing excess back to the pool, creating an automatic floor effect.

Reinvestment Flywheel: During withdrawal, the system automatically executes partial buyback and burn while returning token rewards, creating a positive cycle of sustained buy pressure and compounding deflation.

1. Pool Deflation: Daily automatic burning of pool tokens
2. Interaction Dividends: Fixed ratio from pool enters interaction contract for network-wide dividends
3. Sell Burn: 100% of all sold tokens are burned
4. Reinvestment Burn: Partial burn on withdrawal reinvestment, enhancing sustained buy pressure
5. Application-Level Burn: 100% of Ai100 used for stablecoin minting is burned

Additionally: RWA real-world asset consumption anchoring · Token-equity parity for ecosystem stock dividends

1. Sell Pressure Conversion: Through “output equals circulation, selling equals 100% burn” combined with price-inverse correlation algorithms, every sell is converted into deflationary momentum.
2. Perpetual Pool Mechanism: 100% LP permanently burned, combined with trade-flow-back mechanics, pool capital only enters and never exits, forming an inexhaustible mathematical floor.
3. Game Theory Equilibrium: Establishes Nash equilibrium between stable release and reinvestment flywheel acceleration, guiding users from short-term arbitrage to long-term co-building, driving self-sustaining ecosystem growth.