Sumer.Money
  • Sumer.Money: The Most Capital Efficient Blockchain Liquidity Infrastructure
  • KEY PREMISE
    • The Future is Multichain
    • Sumer - the most capital efficient Liquidity Infrastructure
      • Sumer's Capital Efficient unified liquidity pool
      • Sumer Synthetic Assets as Money Multipliers
  • SUMER POINTS PROGRAM - A Call for the Tribe
    • Introduction
    • Points Based Program
    • NFT Based Program
    • Sumer Partner Program — Meter Points
    • FAQs
  • Sumer Lending and Borrowing Market
    • Introduction
    • Asset Group Classification
    • Collateral Rate by Asset Group
      • Understanding the applicable mint limit
    • Deposit Native Assets
    • Mint SuTokens
    • Borrow Native Assets
    • Repay SuToken Liability
    • Repay Borrowed Native Assets
    • ​Interest Rate Model
      • Standard Model
      • Jump (Kink) Model
    • Redeem SuTokens
    • Liquidation Mechanism
    • Risk Management
  • Tokenomics
    • Token Distribution
  • Definitions
  • Frequently Asked Questions
    • Sumer Protocol
    • Deposit Market
    • Minting Synthetic Assets (SuTokens)
    • Borrowing Market
    • Liquidation
  • TUTORIALS
    • How to Deposit assets
    • How to Collateralize Tokens
    • How to Mint SuTokens
    • How to Borrow assets
    • How to Stake Sumer LP tokens into Liquidity Program
    • How to stake Sumer Tokens into veSumer Program
  • SECURITY
    • Audits
  • PROTOCOL PARAMETERS
    • SUMER Money Market
  • DEVELOPERS
    • Smart Contracts
    • sdr Tokens
    • Price Feeds
      • RedStone Price Feeds on Zklink Nova
      • Pyth Price Feeds on Meter
      • Chainlink Price Feeds on Arbitrum
      • Chainlink Price Feeds on Base
  • GOVERNANCE
    • Introduction
Powered by GitBook
On this page

Was this helpful?

  1. KEY PREMISE
  2. Sumer - the most capital efficient Liquidity Infrastructure

Sumer's Capital Efficient unified liquidity pool

PreviousSumer - the most capital efficient Liquidity InfrastructureNextSumer Synthetic Assets as Money Multipliers

Last updated 9 months ago

Was this helpful?

Sumer introduces a novel risk engine that considers the correlation among assets when underwriting risks. Unlike traditional lending protocols which determine borrowing power based on assets supplied as collateral, Sumer intelligently matches users’ liability based on the asset supplied as collateral to maximize users’ borrowing power without adding additional risks. Correlated assets in a user position (deposit wstETH, borrow ETH) get significantly higher LTV maximizing capital efficiency and asset utilization than non-correlated assets.

Let us look at a typical use case in DeFI;

DeFI User Position

AAVE E-mode

Silo/ Isolated Lending

Sumer

Deposit wstETH, borrow ETH

93% LTV

93-95% LTV

92% LTV

Let us now look at the flexibility Sumer providers around typical scenarios surrounding our use case;

Scenarios

AAVE E-mode

Silo/ Isolated Lending

Sumer

User has excess collateral and needs Stable borrowing

Remove collateral, open new position

Remove collateral, open new position

81% LTV with same wstETH collateral

User has low position health, holds excess stable

Deposit USDC (75% LTV) to increase health

Not feasible

Deposit USDC (82.5% LTV) to increase health

Increased demand for LRTs, potential looping with wstETH

Lower LTV for wstETH-LRT looping; not all assets are supported in e-mode

Not Feasible

LRT Users will deposit LRT to borrow wstETH at 90% LTV increasing wstETH yield – a win-win for LRT users and Sumer Users

Temporary wstETH depeg

Close Position

Close Position

Provide any supported asset as Collateral temporarily

As evident from above, Sumer’s capital efficient unified liquidity pool offers flexibility to users to manage their positions unlike existing lending and borrowing protocols.