QuipNetwork/hashsigs-ts
Hashsigs Ts
hashsigs-ts is a TypeScript cryptography library used to generate and verify digital signatures through one-time cryptographic schemes. It functions as a hash-based signature tool that creates secure signatures without relying on asymmetric encryption.
The library provides tools for cryptographic identity verification and data integrity validation. It utilizes a one-time signature generation process to ensure that data remains unaltered and that the origin of a message can be proven.
The implementation manages raw cryptographic data using typed arrays and employs pure functions to ensure consistent outputs for the same inputs. It handles the creation of signatures through hash-chain generation and deterministic key derivation.
Features
- One-Time Signature Generators - Provides tools to generate cryptographic signatures that are valid for a single message.
- Cryptographic Integrity Validation - Ensures information remains unaltered since being signed by the original sender.
- Digital Signature Libraries - Provides a library for generating and verifying hash-based digital signatures without asymmetric encryption.
- One-Time Signature Schemes - Implements one-time cryptographic schemes to generate and verify single-use digital signatures.
- Hash-Chain Authentications - Creates a sequence of keys through repeated applications of a cryptographic hash function to a seed.
- Cryptographic Identity Verification - Uses unique digital signatures to prove the origin and authenticity of messages or data.
- One-Time Signature Verifiers - Provides utilities to validate that single-use signatures hash forward correctly to the public key.
- Cryptography Libraries - Integrates one-time signature schemes into applications using the TypeScript programming language.
- JavaScript Cryptography Libraries - Provides low-level cryptographic primitives and operations specifically for TypeScript and JavaScript environments.
- Key Derivation Schemes - Implements deterministic methods for generating unique signature keys from a single master secret.
