QuipNetwork/hashsigs-py

Features

• One-Time Signature Generators - Generates one-time digital signatures using hash chains to authenticate individual messages.
• One-Time Signature Schemes - Implements a cryptographic process where each private key is restricted to signing a single message.
• Cryptographic Key Generators - Provides deterministic generation of public and private key pairs from a starting seed.
• Cryptographic Key Generation - Implements deterministic generation of cryptographic public and private key pairs from a seed.
• KMS Key Pair Generators - Creates deterministic public and private key pairs from a provided seed for signing and verification.
• Cryptographic Signature Verification - Validates that signed messages are authentic and unaltered by checking them against a public key.
• Hash-Based Signature Libraries - Implements a full Python library for generating and verifying one-time digital signatures using hash chains.
• Digital Message Signing - Produces digital signatures for specific messages using a private key to ensure data integrity.
• Digital Signature Validators - Validates a signature against a message and a public key to confirm the signer's identity.
• Hash-Chain Authentications - Authenticates signers by verifying a chain of cryptographic hashes against a public key.
• Key Derivation Schemes - Generates public and private key pairs by applying deterministic transformations to a starting seed.
• One-Time Signature Verifiers - Validates single-use digital signatures against a public key to confirm data authenticity.
• Cryptographic Accelerators - Improves the speed of signature computation by replacing interpreted logic with a high-performance compiled implementation.
• Compiled Cryptography Backends - Provides a compiled backend to accelerate the computation and processing of cryptographic signatures.
• Cryptographic Operation Accelerators - Increases signature generation and verification performance using a high-performance compiled backend.
• Cryptographic Performance Optimizations - Uses a compiled cryptography backend to accelerate signature computation and processing.
• Pure-Python Cryptographic Fallbacks - Maintains a pure Python implementation of signing logic to ensure functionality when the compiled backend is unavailable.
• Signature Processing Optimizations - Optimizes the computational speed of signing and verification operations through a compiled backend.
• Cryptography Backends - Ships a high-performance compiled backend with a pure Python fallback for cryptographic operations.

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