CTjs is a full set of classes necessary to work with any kind of Certificate Transparency log (V1 as from RFC6962, or V2 as from RFC6962-bis). In CTjs you could find all necessary validation/verification functions for all related data shipped with full-fe
js and solidity suite for compact multi-proof appendable Merkle trees.
Layer-Agnostic Optimistic Roll-Ins - A Proof of Concept.
A lightweight library using the native crypto for hash functions without any additional dependency. Generate Merkle tree from an array of data
This is an implementation of a Merkle Tree based payment pool in Solidity for ERC-20 tokens. This project was inspired by this Ethereum research post: https://ethresear.ch/t/pooled-payments-scaling-solution-for-one-to-many-transactions/590. A longer descr
This is an implementation of a Merkle Tree based payment pool in Solidity for ERC-20 tokens. This project was inspired by this Ethereum research post: https://ethresear.ch/t/pooled-payments-scaling-solution-for-one-to-many-transactions/590. A longer descr
This template uses TypeScript.
Sparse Merkle tree implementation in TypeScript.
A JS Library to generate the merkle tree and gets it's root and proof for any given distribution for Elrond
A dynamic, in-memory merkle tree implementation in js
Wasm Rust crate forked from [personaelabs/merkle-tree](https://github.com/personaelabs/merkle-tree) to facilitate the creation and management of Merkle tree structures, specifically for handling anonymity sets.
A Web-Worker package for managing creating merkle tree in the browser by using wasm
A JS Library to generate the merkle tree and gets it's root and proof for any given distribution
Sparse Merkle tree implementation in TypeScript.
Sparse Merkle tree implementation in TypeScript.
Incremental Merkle tree implementations in Solidity.
Incremental Merkle tree Solidity libraries.
LazyTower Solidity libraries.
JavaScript implementation of a Merkle Tree.
A JS Library to generate the merkle tree and gets it's root and proof for any given distribution