bitwiseshiftleft/sjcl
Sjcl
sjcl is a JavaScript cryptography library providing a collection of primitives for encryption, hashing, and encoding within a web browser. It functions as an AES symmetric encryption tool, a cryptographic hashing library, and a Base32 data encoder.
The project provides implementations for the Advanced Encryption Standard to secure data through symmetric key encryption and decryption. It also enables the generation of fixed-length data fingerprints to verify information integrity and authenticity.
The library covers a broader range of security capabilities, including client-side data hashing, binary data encoding, and the transformation of plaintext into ciphertext to protect sensitive information in web applications.
Features
- JavaScript Cryptography Libraries - Implements a comprehensive collection of cryptographic primitives including AES encryption and hashing specifically for JavaScript browser environments.
- AES Implementations - Protects information by performing symmetric encryption and decryption using the Advanced Encryption Standard.
- Cryptographic Primitives - Provides fundamental cryptographic building blocks for data hashing, encryption, and secure operations.
- Data Encryption - Provides symmetric encryption and hashing to protect information integrity and confidentiality.
- Data Hashing Utilities - Generates fixed-length unique fingerprints from data to verify content integrity and authenticity.
- Data Encryption - Transforms readable plaintext into ciphertext using cryptographic algorithms to ensure privacy.
- Cryptographic Hash Computations - Provides cryptographic hash functions to generate fixed-length fingerprints for verifying data integrity and authenticity.
- AES Implementations - Implements the Advanced Encryption Standard within a browser environment to secure data.
- Symmetric Encryption - Protects sensitive information in web applications by transforming plaintext into ciphertext using symmetric encryption.
- Client-Side Hashing - Creates unique fixed-length fingerprints of data in JavaScript to verify integrity and authenticity.
- Base32 Encoding - Converts binary data into Base32 encoded strings for safe transport across text-based protocols.
- Base32 Encoding - Converts binary data into Base32 strings using standard padding specifications for system compatibility.
- Web Application Security - Applies cryptographic primitives like secure hashing and encryption to protect data integrity and user privacy.
- Base32 Encoding - Provides manual bit-shifting and mapping to convert binary buffers into Base32 or Base64 strings.
- JavaScript Cryptography - Stanford-developed general purpose cryptographic library.
- Cryptography and Security - Stanford Javascript Crypto Library.
