Topics / #merkle-tree

Merkle-tree projects on GitHub

Hash trees verifying data integrity in blockchains.

As of , the most-starred Merkle-tree projects on GitHub are WTF-Solidity (14.1K stars), claude-context (12.7K stars) and hashsigs-rs (11.2K stars). GitHub.Locker tracks 5 Merkle-tree repositories with 39.9K stars combined. The fastest-growing on November 1 was claude-context, with +4 stars in a day.

5Projects
39.9KStars in total
+6Stars in a day

Hot right now

Most stars gained in a day · Nov 1

The all-time top

5 projects · by stars

  1. #1 · AmazingAng/WTF-Solidity

    WTF-Solidity

    WTF Solidity is a free, beginner-friendly tutorial series for learning Solidity (Ethereum smart contract language), organized into short lessons with code examples and articles, going from basics to advanced topics and contract security.

    14.1K
  2. #2 · zilliztech/claude-context

    claude-context

    Claude Context is an MCP server that gives AI coding agents semantic search over your entire codebase, so they can pull relevant code straight into context instead of loading whole directories.

    12.7K
  3. #3 · QuipNetwork/hashsigs-rs

    hashsigs-rs

    hashsigs-rs is a Rust workspace implementing hash-based post-quantum signature schemes - WOTS+ (legacy), the stateless SPHINCS+C scheme, and a hybrid construction called SHRINCS that combines a cheap stateful path with an expensive stateless recovery path.

    11.2K
  1. 4

    nautilus-compass

    1.3Kchunxiaoxx/nautilus-compass · Python

    nautilus-compass is an open-source memory and reliability layer for AI coding agents: it gives them long-term memory, catches cases where the agent ignores recalled rules (drift detection), and ships its own benchmark suite to verify the claims independently.

  2. 5

    non-fungible-agents-BAP-578

    677ChatAndBuild/non-fungible-agents-BAP-578 · JavaScript

    BAP-578 is a Non-Fungible Agent (NFA) token standard for BNB Chain: programmable, autonomous tokens that act as on-chain agents capable of executing tasks, maintaining state, and optionally learning and evolving over time.

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