Bip39

Mnemonic Seed Generation - Transforms random binary entropy into human-readable mnemonic phrases based on the BIP39 word list.

Offline Operation Modes - Executes all key generation logic within a standalone browser file to prevent private keys from leaving the local machine.

Client-Side Cryptographic Utilities - Executes all cryptographic computations locally in the browser to ensure private keys never leave the machine.

Wallet Recovery - Derives private keys and public addresses from mnemonic phrases to restore access to cryptocurrency funds.

Cryptographic Key Generation - Provides a browser-based tool for generating cryptographically strong wallet keys and seeds offline.

Deterministic Wallet Derivers - Generates public and private keys from a seed using hierarchical derivation paths.

Hierarchical Deterministic Wallets - Implements the BIP32 standard to generate a limitless number of child keys from a single root seed.

Address Derivation Schemes - Calculates public addresses for various cryptocurrencies by applying custom derivation paths to a root seed.

Mnemonic Seed Encoders - Creates random word sequences from entropy or converts existing mnemonic phrases into binary seed data.

Private Wallet Management - Manages sensitive wallet keys locally in a browser environment to ensure private data remains offline.

Key Management - Converts mnemonic phrases into associated cryptocurrency addresses and private keys using custom derivation paths.

Cryptographic Key Paths - Maps index numbers to key paths to organize different cryptocurrency coin types and account structures.

HMAC Generation - Uses HMAC-SHA512 to stretch seeds into the private and public key pairs required for wallet generation.

Derivation Path Configurations - Allows users to configure branching paths to determine how keys are derived from the root seed.

Key Derivation Functions - Utilizes the PBKDF2 function to derive a 512-bit binary seed from a mnemonic phrase and optional passphrase.

iancolemanbip39