QPool parabolic pricing and AMM constant-product market making work in synergy to form a self-regulating stable asset system.
Real-time snapshots from the AIGridVerse global compute network map user contributions into on-chain share credentials.
Compute data is hash-anchored on-chain, producing immutable share proofs that determine mint eligibility and quota.
Share holders inject USDT into QPool and mint stable assets at a parabolic price defined by x=λy². Early injection yields a better rate.
Stable assets minted in QPool can enter the AMM external pool for free trading. Fees are collected in the resource token and fully recycled back to QPool, driving price convergence.
Built on the x=λy² parabolic pricing model, share holders mint stable assets at incrementing cost.
Constant-product market-making pool providing bilateral liquidity for stable assets and USDT. Price adjusts dynamically with supply and demand.
AMM trades incur fees (default 3%), collected in the resource token
Fees are accumulated in the protocol treasury
The treasury recycles fee tokens back to QPool in exchange for USDT reserves
Recycling pushes up QPool mint cost, steering external pool price toward the peg
All parameters are dynamically tuned by protocol governance to ensure system stability across varying market conditions.
Controls the steepness of the QPool mint cost curve. λ = 1.5×10⁹ is the initial value; governance can adjust dynamically based on market supply and demand.
The product of the two asset reserves in the AMM pool remains constant, determining the instantaneous exchange price and slippage at any moment.
AMM charges a 3% fee per trade, collected in the resource token and fully recycled back to QPool — the core driving force of dual-pool linkage.