Ekubo Protocol is a capital-efficient automated market maker (AMM) on Starknet. More
Fully Diluted Valuation | $43.50M |
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24H Trading Volume | $122,977 |
24H Low / High | $4.13 / $ 4.35 |
Circulating Supply | 10.00M |
Total Supply | 10.00M |
Max Supply | 10.00M |
Categories | Decentralized Finance (DeFi) 4 more |
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Founder | Anonymous |
Website | ekubo.org Whitepaper 1 more |
Socials | |
Chains | Ethereum Ecosystem 1 more |
Explorer | Starkscan 6 more |
Contracts |
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Name | Pair | OG Score |
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Ekubo Protocol is an innovative automated market maker (AMM) designed to leverage the Starknet architecture for enhanced trading efficiency and liquidity provision. Here’s a breakdown of its key features and concepts.
Key Features
1. Concentrated Liquidity
Ekubo allows liquidity providers to concentrate their assets within specific price ranges. This means they can provide liquidity where it’s most needed, resulting in better pricing for traders. By focusing capital within defined ranges, liquidity providers can also earn higher yields.
2. Singleton Architecture
The protocol uses a singleton design, meaning all liquidity pools are managed under a single contract. This design minimizes the number of token transfers required for trades, enhancing gas efficiency and reducing costs for users.
3. Extensions
Ekubo supports third-party developers in creating new pool types and features, such as oracles and unique order types like limit orders. This extensibility fosters innovation within the ecosystem.
4. Gas Efficiency
Ekubo’s unique “till” pattern allows for deferred token transfers until the end of a transaction. This means users can conduct multiple actions across various pools without incurring high gas fees for each token transfer.
5. Withdrawal Fees
When withdrawing liquidity, users pay a fee equivalent to the swap fee of the selected pool. This fee decreases as capital efficiency increases, incentivizing more concentrated and passive liquidity.
Core Concepts
1. Ethereum and Layer 2
Ekubo is built on Ethereum and operates as a Layer 2 solution, providing scalability and lower transaction costs while maintaining the security of the Ethereum network.
2. Zero-Knowledge Proofs
Utilizing ZK proofs, Starknet enables Ekubo to validate transactions without needing to re-execute them on the Ethereum blockchain, resulting in faster and cheaper transactions.
3. Capital Efficiency
By allowing concentrated liquidity, Ekubo requires less capital for trading within specified ranges, improving the overall capital efficiency of liquidity providers.
4. Ticks and Tick Spacing
Ekubo employs ticks to define price boundaries for liquidity positions. This system allows for precise price settings, enabling more effective trading strategies and improving efficiency in processing swaps.
5. Flash Accounting and Free Flash Loans
With flash accounting, all token balances are managed internally, allowing users to perform multiple trades without immediate payments for each transaction. Users can also utilize flash loans for free within the same transaction, enhancing flexibility.
Conclusion
Ekubo Protocol stands out in the decentralized finance (DeFi) space with its focus on capital efficiency, gas savings, and user-friendly extensions. By harnessing the capabilities of Starknet, it aims to provide superior trading experiences and liquidity provider returns. As it continues to evolve, Ekubo represents a promising development in the world of AMMs and decentralized trading.
Ekubo Protocol is unique for its concentrated liquidity, singleton architecture, and extensions, which optimize trading efficiency and minimize gas fees on the Starknet network.
The specific founders of Ekubo Protocol have not been publicly detailed.