What is LotusSwap AI?
An overview of what LotusSwap AI is, its key features, and a quick navigation guide
Last updated
An overview of what LotusSwap AI is, its key features, and a quick navigation guide
Last updated
Lotusswap AI is the first oracleless lending/borrowing protocol. Lotusswap AI enables the creation of money markets for ANY ERC-20 tokens. By design, all loans in Lotusswap AI are non-liquidatable and fixed-term. Lotusswap AI operate entirely without oracles, and thus bears no oracle manipulation risks, which is highly prevalent in DeFi. Lotusswap AI's oracle independence allows the creation of lending/borrowing markets for any ERC-20 tokens.
Lotusswap AI is currently live across Ethereum.
Oracleless: Lotusswap AI works without any oracles by shifting the pricing and risk management process to the users. Benefits of this design include being immune to oracle manipulation attacks and the ability to support lending/borrowing markets for any ERC-20 tokens.
Permissionless: Anyone can create markets for any ERC-20 tokens through Lotusswap AI. Additionally, anyone can lend, borrow, and provide liquidity to any existing pools.
Non-liquidatable loans: Borrowers in Lotusswap AI enjoy the security of non-liquidatable loans. This means they can borrow against their token holdings without the constant need for active loan management. In the event of failure to repay the loan before maturity, the collateral provided by the borrower will be forfeited.
Fixed-term: All lending and borrowing transactions in Lotusswap AI have a pre-defined loan duration (with respect to the pool) and a fixed interest rate (once the lender/borrower opens a position), providing certainty to users.
Flexible withdrawals: Despite being fixed-term, users (lenders, borrowers and liquidity providers) can exit from their positions early. However, it's important to note that early withdrawals may incur slippage, which is further explained in the section of this documentation.
Market-driven interest rates: Interest rates in Lotusswap AI is determined by the free market through a generalised AMM (inspired by Uniswap V2's x*y=k AMM), no historical data (e.g., utilisation ratio) is stored in the AMM, resulting in unbiased interest rates.
Isolated markets: All lending/borrowing pools in Lotusswap AI are isolated from one another, this ensures that each risks are contained within a pool and participants of a pool is not affected by the outcome of another.
Overcollateralised loans: Lotusswap AI's design of states and adoption of arbitrage ensures that at any given time and price, borrowers cannot obtain undercollateralised loans. This ensures security and stability to the lenders.
Immutable: Being a base-layer protocol, once a Lotusswap AIcontract/pool is deployed, it cannot be changed. Certain protocol-level parameters (e.g., fee switch, token distribution, etc.) will be changable through governance (once $LOTUS is live).