The privacy-focused cryptocurrency
Authenticated multi-version database: sparse binary merkle tree with compact partial-tree proofs
RON2.1 C++ implementation
SYCL accelerated BLAKE3 Hash Implementation
EOS smart contract to verify merkle proofs
Community Built Zerocoin Protocol Digital Currency
SYCL accelerated Binary Merklization using SHA1, SHA2 & SHA3
Parallelised data backup using hash (merkle) trees
A C++ library & CLI tool 🛠 to seal the state of a directory 📦🔒 (think checksums, but for a directory)
3 essential components of a Cryptocurrency
A transactional, atomic, reliable POSIX's rm command implementation written in C++. 🌀
Show how the Merkle tree is calculated for Bitcoin blocks
Merkle tree chunking is a technique used to split large amounts of data into smaller chunks and create a Merkle tree out of them. The root of the Merkle tree can be stored on the blockchain, allowing for efficient verification of the integrity of the data. This method is used to enable larger inscriptions on the Bitcoin blockchain ...
Misuse-resistant hash-based signatures using deep Merkle trees
Sparse Merkle Tree with arbitrary-length keys efficient range operations, height-reducing extensions, and verification, making it ideal for verifiable key-value storage
This project focuses on protecting the data since ensuring data integrity and security is very important in these days
A lightweight blockchain SPV (Simplified Payment Verification) node implemented in C++, enabling users to verify transactions without downloading the entire blockchain.
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