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4 repositorios

Awesome GitHub RepositoriesDeterministic Wallet Derivers

Utilities for generating public and private key hierarchies from a single seed via derivation paths.

Distinct from Wallet Address Derivations: Candidates focus on visual attributes or program-specific addresses, not general BIP32 wallet derivation.

Explore 4 awesome GitHub repositories matching security & cryptography · Deterministic Wallet Derivers. Refine with filters or upvote what's useful.

Awesome Deterministic Wallet Derivers GitHub Repositories

Encuentra los mejores repositorios con IA.Buscaremos los repositorios que mejor coincidan usando IA.
  • spesmilo/electrumAvatar de spesmilo

    spesmilo/electrum

    8,501Ver en GitHub↗

    Electrum is an open-source, non-custodial Bitcoin wallet client that manages keys, transactions, and balances using Simplified Payment Verification (SPV) for lightweight transaction verification without downloading the full blockchain. It operates through a persistent background daemon that exposes a JSON-RPC interface for wallet operations and automation, and generates wallet keys from a mnemonic seed phrase using hierarchical deterministic key derivation. The wallet distinguishes itself through support for cold storage security with offline transaction signing on air-gapped devices, integra

    Generates wallet keys from a mnemonic seed phrase using hierarchical deterministic key derivation.

    Pythonbitcoinbitcoin-walletelectrum
    Ver en GitHub↗8,501
  • trustwallet/assetsAvatar de trustwallet

    trustwallet/assets

    5,339Ver en GitHub↗

    This project provides a collection of infrastructure components for multichain wallet integration, including a cryptographic library for cross-chain transaction signing and a curated repository for cryptocurrency asset metadata. It serves as a central hub for managing token logos, contract addresses, and technical specifications for digital assets across multiple blockchains. The system includes a Model Context Protocol server that exposes real-time blockchain data and technical documentation to large language models. It further extends this AI integration by providing a standardized tool-cal

    Provides utilities for generating public and private key hierarchies from a single seed via standard derivation paths.

    Go
    Ver en GitHub↗5,339
  • rfjakob/gocryptfsAvatar de rfjakob

    rfjakob/gocryptfs

    4,312Ver en GitHub↗

    gocryptfs is a FUSE-based encrypted filesystem that transparently encrypts and decrypts file contents and filenames on disk. It uses block-level authenticated encryption with AES-GCM or AES-SIV-512, binding each block to its file header and offset for integrity, while obfuscating filenames with EME or AES-SIV wide-block ciphers using per-directory initialization vectors. The system derives all encryption keys and initialization vectors deterministically from a master key using HKDF and SHA256, enabling reproducible ciphertext for reliable backup and synchronization workflows. The project dist

    Derives all IVs deterministically from encrypted file paths using SHA256 for reproducible ciphertext in backups.

    Goencryptionfilesystemfuse
    Ver en GitHub↗4,312
  • iancoleman/bip39Avatar de iancoleman

    iancoleman/bip39

    4,112Ver en GitHub↗

    This project is a mnemonic seed generator and deterministic wallet deriver. It converts mnemonic phrases into binary seeds and derives cryptocurrency wallet addresses and private keys. The tool is implemented as a browser-based cryptographic utility designed for offline execution. This ensures that all key generation and seed computation occur locally on the machine to prevent private keys from leaving the local environment. The system covers mnemonic phrase generation from entropy, seed computation using password-based derivation, and the derivation of public addresses for multiple cryptocu

    Generates public and private keys from a seed using hierarchical derivation paths.

    JavaScript
    Ver en GitHub↗4,112
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  • Filesystem Initialization Vector DerivationComputing initialization vectors for directories, file IDs, and blocks deterministically from encrypted paths using SHA256. **Distinct from Deterministic Wallet Derivers:** Distinct from Deterministic Wallet Derivers: derives IVs for filesystem encryption blocks, not cryptocurrency wallet keys.