google/tinkArchived

Features

• Cryptographic Key Management - Implements a comprehensive system for the storage, rotation, and serialization of cryptographic keys using JSON.
• Data Encryption - Provides secure data encryption using standard cryptographic primitives to maintain confidentiality and prevent implementation errors.
• Keyset Management - Implements cryptographic keyset management using structured JSON for consistent serialization and rotation across languages.
• Cross-Platform Cryptographic Primitives - Provides a unified set of cryptographic primitives to ensure identical security behavior across different platforms and languages.
• Cryptographic Primitives - Exposes a minimal set of high-level cryptographic primitives to prevent common implementation errors and library misuse.
• Cross-Platform Mappings - Provides a unified mapping of language-specific cryptographic libraries to ensure identical behavior across different operating systems.
• Data Protection - Integrates high-level cryptographic APIs into software to encrypt private user data while minimizing developer misuse.
• Digital Signature Libraries - Provides libraries for creating and validating digital signatures to ensure data authenticity across platforms.
• Encryption Key Management - Manages the lifecycle of cryptographic keys to ensure they are stored and used according to security best practices.
• Digital Signature Validators - Implements digital signature generation and validation to ensure data authenticity and integrity across platforms.
• Key Management Systems - Provides a system for the secure generation, storage, and rotation of cryptographic keys to ensure long-term data access.
• Automated Key Rotations - Tracks individual key versions within a keyset to enable rotation to new keys while maintaining decryption for older data.
• Cross-Language Implementations - Maintains logic and data parity for encryption and digital signatures across multiple programming language ports.
• Cryptographic Language Parity - Implements consistent encryption and decryption logic across different programming languages for distributed systems.
• JSON Serialization Libraries - Utilizes JSON serialization libraries to ensure consistent data representation of cryptographic keys across different programming languages.
• Cryptographic Parameter Enforcement - Mandates secure default parameters and algorithm choices during the generation of cryptographic keys using predefined templates.
• Cryptographic Provider Interfaces - Decouples high-level cryptographic APIs from underlying implementations via a standardized provider interface for flexible backend swapping.
• Cryptography Libraries - Offers a collection of secure cryptographic APIs designed to prevent common implementation errors across multiple platforms.
• Key Generation Templates - Uses predefined templates to enforce secure default parameters and algorithm choices when creating new cryptographic keysets.
• Cross-Platform Signing - Ensures data authenticity and integrity by providing consistent digital signature generation and verification across diverse platforms.
• Cryptography Libraries - Multi-language library providing secure cryptographic APIs.
• Security and Cryptography - Misuse-proof API for common cryptographic tasks.

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