Proof of Work

Cryptocurrency

Base Ecosystem

ERC-404

Ethereum Mainnet

Binance Smart Chain Mainnet

Avalanche C-Chain

Fantom Opera

Polygon Mainnet

Cronos Mainnet Beta

Arbitrum One

Klaytn Mainnet Cypress

Harmony Mainnet Shard 0

Metis Andromeda Mainnet

Huobi ECO Chain Mainnet

Aurora Mainnet

Celo Mainnet

Optimism

Gnosis Chain (formerly xDai)

Theta Mainnet

Moonriver

Emerald Paratime Mainnet

Fusion Mainnet

Telos EVM Mainnet

RSK Mainnet

Moonbeam

IoTeX Network Mainnet

OKExChain Mainnet

Boba Network

Wanchain

KCC Mainnet

Velas EVM Mainnet

Smart Bitcoin Cash

Songbird Canary-Network

CoinEx Smart Chain Mainnet

Fuse Mainnet

Shiden

Elastos Smart Chain

Callisto Mainnet

ThunderCore Mainnet

Meter Mainnet

TomoChain

Energy Web Chain

Syscoin Mainnet

Ubiq

Polis Mainnet

Zyx Mainnet

High Performance Blockchain

GoChain

Palm

Expanse Network

ThaiChain

Metadium Mainnet

Flare Mainnet

Diode Prenet

ThaiChain 2.0 ThaiFi

ELA-DID-Sidechain Mainnet

Dithereum Mainnet

ShibaChain

Genesis L1

GoodData Mainnet

TBWG Chain

Valorbit

Darwinia Crab Network

XinFin Network Mainnet

Ontology Mainnet

EOS Mainnet

Ethereum Classic Mainnet

Ellaism

SoterOne Mainnet

IDChain Mainnet

POA Network Sokol

PrimusChain mainnet

GeneChain

GateChain Mainnet

Nova Network

Garizon Stage0

Garizon Stage1

Garizon Stage2

Garizon Stage3

NEXT Smart Chain

POA Network Core

EtherInc

EtherLite Chain

Fuse Sparknet

Decentralized Web Mainnet

OYchain Mainnet

Factory 127 Mainnet

DAX CHAIN

Lightstreams Mainnet

Seele Mainnet

BMC Mainnet

BitTorrent Chain Mainnet

Arbitrum on xDai

Freight Trust Network

Permission

Setheum

SUR Blockchain Network

Web3Q Mainnet

PulseChain Mainnet

Lisinski

Rupaya

Double-A Chain Mainnet

The ability to lend and borrow assets efficiently is a crucial feature of any financial system. In the world of traditional finance, this process is typically facilitated by trusted and permissioned third-parties such as banks, who connect people with a surplus of money to those who need access to it in the short term. In the world of decentralised finance (DeFi), trusted and permissioned third-parties are no longer needed; banks have been replaced by trustless and permissionless lending protocols running on the blockchain (1).
Among the first-generation of DeFi lending protocols are Compound (2) and Aave (3). These protocols provide users with access to lending and borrowing capabilities for a handful of the most liquid ERC20 tokens. However, these protocols were not designed to handle the risks associated with lending and borrowing illiquid or volatile assets and have therefore relied on a permissioned listing system to protect their users from the risks associated with such assets.
Consequently, there remains significant unmet demand for lending and borrowing the long tail of crypto assets. On the lending side, users want to deposit tokens to earn yield and take leveraged long positions. On the borrowing side, users want to reduce their exposure to volatility and take leveraged short positions. Here, we present Euler: a permissionless lending protocol custom-built with an array of new features to help users lend and borrow more types of tokens than ever before.

## {{name}} Price Analysis

As of {{month}} {{day}} {{year}} {{name}} has a marketcap of {{marketcap}}. 
This is {{percentagefromath}} from its all time high of {{ath}}. 
In terms of its tokenomics, there's a total supply of {{totalsupply}} with {{percentagecirculatingsupply}} currently outstanding. 
Keep in mind {{name}} has a fully diluted value of {{fdv}} which many investors might interpret as overvalued. 

Of course, don’t trust price predictions alone, always check the Coinrotator token screener to follow the trending market.

Euler

Euler

Price Data

Analysis

Trade

Market Cap

All-Time High

All-Time Low

Fully Diluted Valuation

Circulating Supply

Total Supply

Max Supply

Categories

Similar Coins

ICO Date