Merkle-tree in Python
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Updated
Oct 13, 2025 - Python
Merkle-tree in Python
🌳 The simple and easy implementation of Merkle Tree
Data driven Public Key Ecosystem Backed by Blockchain & Fault Tolerance. Keywords: Trustless PKI, Blockchain, Consensus, Merkle tree, Merkle proof, Practical Byzantine Fault Tolerance (PBFT), Proof of Work (PoW), X.509 alternative
Implementation and comparison of three kinds of sparse Merkle trees.
LoR Merkle proof verifier
Progettazione di un meccanismo decentralizzato per la condivisione selettiva e la revoca di credenziali accademiche, da utilizzare in contesti di mobilità studentesca
Regulator-side reference PoC for independently verifying anchored Merkle proofs of multi-entity trading logs (VCP Gold/Platinum). Includes Merkle inclusion + external anchor verification and a red/green integrity dashboard.
Merkle tree·可视化·快速查询·增删·visualization·quick query·add·delete
Token drop template on Tezos blockchain, based on Merkle Tree Distribution mechanism.
The Merkle Merge Tree (MMT) data structure implements an insert-only multiset supporting exclusion proofs
🔐 Uni Trust is a system designed for the management, selective sharing, and revocation of digital academic credentials in the context of international student mobility, such as the Erasmus program. The project adopts a decentralized, privacy-preserving, and interoperable approach, based on modern technologies.
Functional blockchain that combines the ideas of proof-of-work, transactions, blocks, and blockchains.
A python program which explains the working of Merkle Tree along with it's impementation.
Repo to better understand Merkle Tree Proof and Merkle Patricia Trie Data Structure
Merkle tree explained implementation, With SHA256 hashing ,root signaning and proof of inclusion.
Incremental Merkle Tree (IMT) - a specialized form of a Merkle tree designed to allow for efficient appending of new elements
Contains implementation for merkle tree in Go, Rust, Python
Merkle Airdrop project built with Vyper, Snekmate ERC20, and Cyfrin Moccasin. Deployed on Sepolia with verified contracts.
This code aims to build a Merkle tree from a list of values. All data are hashed using the cryptographic hash algorithm SHA-3 (Secure Hash Algorithm 3).
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