https://blog.e8k.net/tags/wireguard/Recent content in WireGuard on 易邦科学上网Hugozh-cnTue, 28 Jul 2026 08:00:00 +0800https://blog.e8k.net/posts/amneziawg-anti-censorship-guide/Tue, 28 Jul 2026 08:00:00 +0800https://blog.e8k.net/posts/amneziawg-anti-censorship-guide/<p><strong>最后更新于：2026年07月</strong></p> <blockquote class="border-primary bg-muted/30 hover:bg-muted/40 my-6 rounded-r-lg border-l-4 py-4 pr-4 pl-6 italic transition-all duration-200 ease-out hover:translate-x-1" > <div class="prose prose-sm max-w-none"> <p><strong>⚠️ 重要声明</strong>：本文仅从技术研究角度介绍网络协议的工程实现与抗检测原理，帮助读者理解现代 VPN 协议的设计思路。请在遵守当地法律法规的前提下阅读和应用本文内容。</p>https://blog.e8k.net/posts/zero-trust-wireguard-enterprise/Thu, 23 Jul 2026 08:00:00 +0800https://blog.e8k.net/posts/zero-trust-wireguard-enterprise/<p><strong>最后更新于：2026年7月</strong></p> <p> <figure class="image-figure not-prose my-8" data-lightbox-enabled=" false " data-gallery-type="auto" data-image-width="0" data-image-height="0" data-image-src="https://blog.e8k.net/images/posts/115-cyber-security.jpg" > <div class="image-container"> <img src="https://blog.e8k.net/images/posts/115-cyber-security.jpg" alt="企业零信任网络架构" title="WireGuard &#43; Tailscale 构建企业零信任组网与合规审计体系" loading="lazy" decoding="async" data-gallery-src="https://blog.e8k.net/images/posts/115-cyber-security.jpg" data-gallery-alt="企业零信任网络架构" data-gallery-title="WireGuard &#43; Tailscale 构建企业零信任组网与合规审计体系" /></div> <figcaption class="image-caption"> WireGuard + Tailscale 构建企业零信任组网与合规审计体系 </figcaption></figure> </p>https://blog.e8k.net/posts/cf-preferred-ip-warp/Wed, 22 Jul 2026 08:00:00 +0800https://blog.e8k.net/posts/cf-preferred-ip-warp/<p><strong>最后更新于：2026年07月</strong></p> <p> <figure class="image-figure not-prose my-8" data-lightbox-enabled=" false " data-gallery-type="auto" data-image-width="0" data-image-height="0" data-image-src="https://blog.e8k.net/images/posts/cf-preferred-ip-warp.jpg" > <div class="image-container"> <img src="https://blog.e8k.net/images/posts/cf-preferred-ip-warp.jpg" alt="Cloudflare 优选 IP 与 WARP" title="Cloudflare 优选 IP 与 WARP 实战" loading="lazy" decoding="async" data-gallery-src="https://blog.e8k.net/images/posts/cf-preferred-ip-warp.jpg" data-gallery-alt="Cloudflare 优选 IP 与 WARP" data-gallery-title="Cloudflare 优选 IP 与 WARP 实战" /></div> <figcaption class="image-caption"> Cloudflare 优选 IP 与 WARP 实战 </figcaption></figure> </p> <p>Cloudflare 在全球有超过 300 个数据中心，但默认情况下你连上的未必是最快的那个。通过<strong>优选 IP</strong> 技术，你可以从数百万个 Cloudflare IP 中挑选出延迟最低、速度最快的节点。配合 <strong>Cloudflare WARP</strong>——一个免费的 WireGuard VPN 服务，你还能获得全球 100+ 国家/地区的出口 IP。</p>https://blog.e8k.net/posts/gaming-proxy-optimization-guide-2026/Wed, 08 Jul 2026 16:00:00 +0800https://blog.e8k.net/posts/gaming-proxy-optimization-guide-2026/<p>家里千兆宽带，玩 PUBG 亚服还是 200ms 延迟、丢包红码。Steam 商店打不开，PS5 联机掉线，Switch eShop 加载到天荒地老。</p> <p>问题不在带宽——游戏数据包每秒不过几十 KB。问题在<strong>路由路径</strong>：你的数据包从国内出发，经过运营商国际出口拥塞、跨网互联瓶颈、多层 NAT 穿透失败，最终到达游戏服务器时已经绕了半个地球。</p>https://blog.e8k.net/posts/wireguard-deep-dive/Thu, 18 Jun 2026 08:00:00 +0800https://blog.e8k.net/posts/wireguard-deep-dive/<p>在 VPN 和代理协议的世界里，<strong>WireGuard</strong> 是近十年来最具革命性的项目之一。它用不到 4,000 行代码实现了一个极其简洁、安全、高性能的隧道协议，被 Linus Torvalds 亲自合并进 Linux 内核，并且被广泛认可为下一代 VPN 标准。</p>https://blog.e8k.net/posts/wireguard-shadowsocks/Mon, 18 May 2026 08:00:00 +0800https://blog.e8k.net/posts/wireguard-shadowsocks/<p><strong>最后更新于：2026年5月</strong></p> <p> <figure class="image-figure not-prose my-8" data-lightbox-enabled=" false " data-gallery-type="auto" data-image-width="0" data-image-height="0" data-image-src="https://blog.e8k.net/images/posts/wireguard-shadowsocks.jpg" > <div class="image-container"> <img src="https://blog.e8k.net/images/posts/wireguard-shadowsocks.jpg" alt="WireGuard vs Shadowsocks" title="新一代协议深度对比" loading="lazy" decoding="async" data-gallery-src="https://blog.e8k.net/images/posts/wireguard-shadowsocks.jpg" data-gallery-alt="WireGuard vs Shadowsocks" data-gallery-title="新一代协议深度对比" /></div> <figcaption class="image-caption"> 新一代协议深度对比 </figcaption></figure> </p> <p>WireGuard和Shadowsocks是目前最流行的两种代理协议。WireGuard以其现代设计和极致性能著称，Shadowsocks则凭借多年积累的生态和隐蔽性广受欢迎。本文将从原理、性能、安全性、适用场景等维度进行深度对比。</p>