Ekubo Protocol Airdrop

Ekubo Protocol is the undisputed architectural benchmark of concentrated liquidity automated market makers on Starknet. Founded by Moody Salem (the former lead engineer of Uniswap who authored Uniswap v3 and Uniswap v4's core architecture) and endorsed by a historic 12 Million token investment proposal from the Uniswap DAO, Ekubo was engineered from first principles in native Cairo to unlock the absolute theoretical maximum of capital efficiency on validity rollups.

Ekubo pioneered the 'Singleton Architecture' on Starknet long before it was adopted by major EVM protocols. Rather than deploying separate factory smart contracts for every single liquidity pair, all token pools, state transitions, and liquidity accounting reside inside a single monolithic smart contract. Combined with transient accounting (where multi-hop swaps transfer tokens only at the conclusion of the execution block), Ekubo reduces transaction gas consumption by up to 90% compared to legacy AMM forks.

Ekubo also introduced custom 'Extensions' (analogous to Uniswap v4 hooks), allowing third-party developers to embed limit orders, dynamic TWAP pricing, and customized fee algorithms directly into liquidity pools. Capturing over 70% of all decentralized trading volume on Starknet and serving as the primary beneficiary of Starknet Foundation's multi-million STRK DeFi Spring incentives, active Ekubo liquidity providers and traders represent the vanguard of Layer 2 decentralized finance.

The native $EKUBO governance token has a fixed maximum supply of 10 Million tokens. EKUBO is used for protocol governance through the Ekubo DAO, voting on liquidity pool fee switches, and directing ecosystem grant allocations.