3 dépôts
Tools and configurations for reducing latency and CPU overhead in secure TLS/SSL handshakes and connection management.
Distinguishing note: Focuses specifically on performance tuning for secure connections rather than general security policy or certificate management.
Explore 3 awesome GitHub repositories matching security & cryptography · HTTPS Performance Optimizations. Refine with filters or upvote what's useful.
Nginx is a high-performance HTTP server and reverse proxy designed to handle high-concurrency traffic through an efficient, event-driven architecture. It functions as a versatile traffic management gateway and content delivery accelerator, providing the infrastructure necessary to route client requests, balance loads across backend servers, and serve static assets with minimal resource consumption. The project distinguishes itself through a master-worker process model that separates configuration management from request processing, ensuring stable operations under heavy load. Its modular requ
Improves secure communication speed by enabling connection keepalives and shared session caches to minimize CPU-intensive handshake overhead.
httpstat is a command-line utility for executing HTTP requests and analyzing network timing, response metadata, and connection performance. It serves as a diagnostic tool and debugger for inspecting HTTP headers and response bodies through a terminal interface. The tool focuses on performance analysis by measuring the latency of secure web requests, including the overhead of the TLS handshake and general connection timing. It provides color-coded output to visually separate request and response metadata for human analysis. The utility covers API integration testing and network troubleshootin
Measures the latency and timing overhead of secure web requests, including the TLS handshake.
Ce projet est une ressource éducative fournissant un tutoriel de développement complet pour écrire et charger des programmes eBPF en utilisant C, Go et Rust au sein du noyau Linux. Il sert de guide technique pour développer une logique personnalisée à exécuter directement dans le noyau. Les matériaux couvrent des domaines spécialisés, notamment l'observabilité et le traçage du noyau, l'implémentation de la sécurité pour la détection d'intrusion et l'ingénierie réseau haute performance pour le filtrage de paquets et l'équilibrage de charge. Il inclut également des manuels dédiés pour le traçage du noyau Linux et l'utilisation de kprobes, uprobes et tracepoints. Le projet englobe un large éventail de domaines de capacités, tels que l'instrumentation du noyau, la surveillance et l'observabilité du système, l'analyse réseau et l'application de la sécurité. Il s'étend en outre au débogage au niveau matériel pour les GPU et les pilotes, ainsi qu'à la manipulation système de bas niveau et à la gestion des ressources.
Analyzes encryption establishment time by tracking the start and end of secure connection handshakes.