Construct merkle trees with MerkleTree.js and verify merkle proofs in Solidity.

Solidity NFT whitelist contract example using MerkleTree.js for constructing merkle root and merkle proofs.

Verifying merkle multiproofs in solidity example (unaudited)

MerkleMe allows you to create a whitelist without needing to understand or implement your own Merkle Tree. It allows you to generate proofs on the fly without running a node server. With MerkleMe, adding a whitelist to your project is as simple as copy + paste & integrating one simple post request into your frontend.

Project aims to Distribute tokens through an airdrop mechanism that uses Merkle proofs for efficient verification. Rewards users who stake their ERC-20 tokens by providing yield over a 30-day period.

Checking Merkle proofs of modified patricia trees used by Ethereum

Merkle Tree Whitelist

An implementation of Merkle Trees for verifying whitelisted recipient of an Airdrop

Learning about Merkle Trees

A Tornado Cash style zk-mixer demo on js

Whitelist Dapp using Merkle Tree proof

Construct merkle trees with MerkleTree.js and verify merkle proofs in Solidity for quantum resistance

Application that uses a Merkle tree to determine if a name is on the nice list 🎁

Implementation of Verifying a Merkle Tree in Solidity

A production-ready, soulbound NFT certification system for live events on Base L2. Attendees claim NFTs as digital certificates by proving their inclusion in an allowlist via Merkle proofs.

A set of scripts are used to deploy and interact with the NFTAirdrop smart contract. Key feature is using a Merkle root for airdrop.

Alchemy University : Week 2 challenge

Utilize the Merkle tree data structure for secure verification and minimal memory usage. The root hash represents the list, enabling efficient confirmation of names. Optimize memory by traversing the tree with sibling hashes, ensuring constant memory consumption. Streamline gift distribution with minimal server memory requirements.

Practicing Merkle tree structure