openssl/openssl

Features

• Cryptographic Libraries - A comprehensive collection of standard security algorithms and protocols for implementing secure data encryption and network communication in software applications.
• Cryptographic Toolkits - Provides a robust toolkit for executing general security functions and managing network communications.
• Cryptographic Providers - Provides a pluggable architecture for swapping external cryptographic implementations without altering core application logic.
• Validated Cryptographic Modules - A validated security implementation that ensures all performed operations adhere to strict government and industry standards for data protection.
• Cryptographic Discovery Services - Resolves cryptographic primitives through a lookup system that matches requested security properties against available provider capabilities.
• FIPS Compliance Modules - Restricts cryptographic operations to a hardened boundary that enforces strict compliance standards.
• Security Context Managers - A configuration management mechanism that maintains independent sets of security parameters and provider states for different components within one process.
• Security Isolation Mechanisms - Maintaining independent configuration settings and security parameters for different application components to prevent cross-module interference and data leakage.
• Cryptographic Libraries - Standard library for TLS/SSL and general cryptographic operations.
• OpenSSL Tooling - The primary toolkit for TLS and SSL protocols.
• Shell One Liners - Listed in the “Shell One Liners” section of the The Book Of Secret Knowledge awesome list.
• Cryptography Libraries - Robust, commercial-grade library for full-featured cryptography.
• Cryptographic Provider Interfaces - Import external security providers that expose algorithm implementations to replace outdated engine-based architectures with modern modular alternatives.
• Modular Cryptographic Providers - Loads external shared libraries dynamically to expose cryptographic implementations without requiring core binary changes.
• Compliance Modules - Connect validated cryptographic modules to applications by configuring specific providers to ensure that all security operations meet strict government and industry compliance standards.
• Cryptographic Context Isolation - Maintains independent configuration states to allow multiple components to operate within separate cryptographic environments.
• Secure Communication Protocols - Implements robust encryption and authentication protocols to protect data in transit across networked applications.
• Cryptographic Algorithm Discovery - Provides a metadata-driven lookup system to resolve cryptographic primitives based on security property requirements.
• Cryptographic Algorithm Loaders - Locate specific security algorithms by name or property to replace static function calls with dynamic loading mechanisms that adapt to different security providers.

Star history