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Automatically obtains and renews TLS certificates from Let's Encrypt for secure HTTP/2 serving.
Distinct from Security & HTTPS: Distinct from Security & HTTPS: focuses on automated certificate lifecycle management via Let's Encrypt, not general HTTPS configuration or enforcement.
Explore 4 awesome GitHub repositories matching security & cryptography · Automatic Certificate Provisioning. Refine with filters or upvote what's useful.
Ponzu is a content management framework written in Go that functions as a headless CMS with a built-in JSON API and an automatically generated admin dashboard. It is designed to be compiled into a single binary, serving both the content API and the administrative interface from a single HTTP server. The framework distinguishes itself through automatic HTTPS certificate management via Let's Encrypt, enabling secure HTTP/2 delivery out of the box. It provides compile-time content scaffolding, allowing developers to define custom content types from the command line and generate the corresponding
Automatically obtains and renews Let's Encrypt TLS certificates for secure HTTP/2 serving out of the box.
Certmagic 是一个用于自动化 TLS 证书颁发和续期的 Go 库。它作为一个自动 HTTPS 配置器和 ACME 客户端,处理证书的整个生命周期,以确保在无需人工干预的情况下实现安全连接。 该库的特色在于支持按需 TLS 配置,它根据服务器名称在 TLS 握手期间动态生成证书。它还通过 DNS 挑战验证为通配符证书提供自动化,并与 ZeroSSL API 集成以获取证书。 该项目涵盖了广泛的功能,包括 ACME 挑战解析、自动续期调度和证书吊销。它通过可插拔的存储后端管理数据持久化,并实现分布式锁和同步以协调服务器集群间的证书管理。其他功能包括 OCSP 装订、内存缓存以及为自定义服务器生成 TLS 配置。
Automatically obtains and renews TLS certificates to enable secure HTTPS serving with automatic redirects.
sing-box 是一个管理脚本和通用代理编排器,旨在安装、配置和管理网络代理服务器。它提供了一个命令行界面,可在单个网络引擎内部署包括 TUIC、Trojan 和 Hysteria2 在内的多种代理协议。 该项目具有用于 REALITY 协议的自动设置工具以混淆网络流量,以及用于配置和更新安全证书以确保加密连接的系统。它还包括一个 Linux 网络优化器,以实现 BBR 拥塞控制和其他系统级调整,从而提高吞吐量。 该工具集涵盖代理管理和服务生命周期管理,包括启动、停止和更新核心组件。它提供用于 JSON 配置验证、实时日志监控以及生成用于远程客户端配置的共享链接和二维码的实用程序。
Provides automated TLS certificate provisioning and renewal via Let's Encrypt for secure proxy connections.
Kore is an event-driven web and WebSocket server framework designed for building high-performance web services and APIs in C or Python. It functions as a secure, concurrent application framework that utilizes non-blocking I/O and isolated worker processes to handle high-concurrency traffic. The project is distinguished by a security-first architecture that features OS-level process sandboxing, privilege separation, and the isolation of private encryption keys into dedicated processes. It enables zero-downtime deployments through dynamic module hot-reloading and provides automated TLS certific
Automates the request and renewal of security certificates from providers to enable encrypted connections.