soda-sdk
This SDK provides functionalities for AES and RSA encryption schemes, ECDSA signature scheme and some functionalities used for working with sodalabs blockchain.
This SDK provides functionalities for AES and RSA encryption schemes, ECDSA signature scheme and some functionalities used for working with sodalabs blockchain.
Fastest JS implementation of ed25519 & ristretto255. Auditable, high-security, 0-dependency pubkey, scalarmult & EDDSA
Audited & minimal JS implementation of elliptic curve cryptography
Fastest 4KB JS implementation of secp256k1 ECDH & ECDSA signatures compliant with RFC6979
nyren-ts256k1 is a TypeScript library for working with the secp256k1 elliptic curve. It includes functionality for key generation, encryption, and decryption using secp256k1 and the xchacha20poly1305 algorithm
JavaScript Elliptic curve cryptography library
A signatures library based on Node.js crypto module.
JavaScript Elliptic curve cryptography library
Enforced Webcrypto wrapper
A simple cryptography plugin for NGN.
Audited & minimal JS implementation of elliptic curve cryptography
node.js library for encoding, decoding, and verifying JSON Web Tokens (JWTs)
A very basic crypto library
Hierarchical deterministic (HD) account derivation library compatible with the Polkadot and Substrate ecosystems, supporting the sr25519, ed25519, and ecdsa signature schemes.
Composable utility functions to generate key pairs for the sr25519, ed25519, and ecdsa cryptographic schemes, along with utilities for hierarchical deterministic (HD) key derivation, tailored for use in the Polkadot and Substrate ecosystems.
TypeScript implementation of ed25519 & ristretto255 allowing BigInt and SHA dependency injection
JavaScript Elliptic curve cryptography library, includes fix to browser.js so that encrypt/decrypt works
Fastest JS implementation of secp256k1. Independently audited, high-security, 0-dependency ECDSA & Schnorr signatures
JavaScript Elliptic curve cryptography library, includes fix to browser.js so that encrypt/decrypt works
BeraSig: Distributed Secret Sharing.