4 repositorios
Awesome GitHub RepositoriesCryptographic Accelerators
Computational frameworks that utilize vector instructions to maximize throughput for cryptographic operations.
Distinct from SIMD-Accelerated Arithmetic: Distinct from SIMD-Accelerated Arithmetic: focuses on cryptographic hashing throughput rather than general mathematical arithmetic.
Explore 4 awesome GitHub repositories matching data & databases · Cryptographic Accelerators. Refine with filters or upvote what's useful.
Awesome Cryptographic Accelerators GitHub Repositories
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- openwall/john
openwall/john
13,268Ver en GitHubJohn is a command-line security utility designed for password strength auditing and cryptographic hash recovery. It functions as a professional tool for identifying weak user credentials and recovering access to protected files, archives, and private keys across various operating systems, databases, and applications. The software distinguishes itself through a high-performance architecture that utilizes processor-level vector instructions to perform parallel cryptographic operations. It incorporates a rule-based mutation engine that transforms dictionary words into complex candidates based on
Utilizes processor-level vector instructions to perform multiple cryptographic operations in parallel for significantly increased throughput.
Cassemblerccracker - alex313031/thorium
Alex313031/thorium
6,803Ver en GitHubThorium is a web browser built from the Chromium project, designed for high performance and expanded compatibility. It utilizes aggressive compiler optimizations and CPU-specific instruction sets, such as AVX2 and SIMD, to increase page rendering and JavaScript execution speeds. The project distinguishes itself by providing custom builds that enable modern web browsing on legacy versions of Windows and Linux. It further diverges from standard browser implementations by integrating Widevine DRM and native support for high-efficiency media formats, including HEVC and JPEG XL. Broad capabilitie
Leverages hardware-level instruction set extensions to accelerate the encryption and decryption of secure web pages.
C++aesavxavx-instructions - google/highway
google/highway
5,644Ver en GitHubHighway es una biblioteca de C++ portátil y capa de abstracción de hardware diseñada para escribir código SIMD (Single Instruction, Multiple Data). Proporciona una interfaz unificada que mapea la lógica de datos paralelos a varios conjuntos de instrucciones de CPU, permitiendo el desarrollo de software de alto rendimiento que se ejecuta en diferentes arquitecturas de procesador sin requerir ensamblador específico de la arquitectura. El proyecto cuenta con un despachador de instrucciones dinámico que selecciona el conjunto de instrucciones de CPU más eficiente en tiempo de ejecución basado en el hardware detectado. También admite la especialización de destino estática y mecanismos extensibles para añadir nuevos destinos de hardware u operaciones SIMD personalizadas. La biblioteca cubre una amplia gama de operaciones vectoriales, incluyendo aritmética elemento a elemento, reducción de carriles (lane reduction), barajado (shuffling) y ejecución condicional enmascarada. Incluye una biblioteca matemática vectorizada, un gestor de memoria para asignación alineada y operaciones de carga-almacenamiento enmascaradas, y primitivas para criptografía acelerada por hardware. Se proporcionan herramientas para la compilación y validación automatizada de instrucciones aceleradas por hardware en múltiples arquitecturas de procesador.
Implements hardware-accelerated cryptographic primitives and carryless multiplication using SIMD vector instructions.
C++ - quipnetwork/hashsigs-py
QuipNetwork/hashsigs-py
2,941Ver en GitHubhashsigs-py is a hash-based signature library for Python used to generate and verify one-time digital signatures. It employs hash chains and seed-based key derivation to authenticate data and ensure message integrity. The library includes a high-performance compiled cryptography backend to accelerate signature computation and processing. For compatibility, it maintains a pure Python fallback implementation to ensure functionality when the compiled backend is unavailable. The project provides tools for digital key pair management, allowing for the deterministic generation of public and privat
Improves the speed of signature computation by replacing interpreted logic with a high-performance compiled implementation.
Python
