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Cloudflare built Pingora, a Rust‑based HTTP proxy that processes over a trillion daily requests, to overcome Nginx's architectural limits, achieve higher performance, lower resource usage, and add features unavailable in the legacy stack.
Cloudflare has open‑sourced Pingora, a high‑performance Rust asynchronous multithreaded framework for building HTTP/1 and HTTP/2 end‑to‑end proxy services, detailing its features, runtime capabilities, and the company’s motivation to promote memory‑safe infrastructure while noting its pre‑1.0 status and limited OS support.
Cloudflare built Pingora, a Rust‑based HTTP proxy that processes over a trillion daily requests, delivering lower latency, higher connection‑reuse, and up to 70% CPU and memory savings compared to Nginx, while adding extensible features and stronger memory safety.
Cloudflare abandoned Nginx for its own Rust‑written Pingora proxy to overcome performance, scalability, and feature limitations, achieving higher throughput, lower CPU and memory usage, better connection reuse, and enhanced security while supporting non‑standard HTTP use cases and enabling faster feature development.
Learn how to create a fast, modular HTTP load balancer using Rust’s Pingora framework, covering its core advantages, step‑by‑step project setup, code walkthrough, testing, and advanced features like health checks, service discovery, SSL offloading, and traffic control.
This article explains how to use Cloudflare's open‑source Pingora Rust framework to implement a Kubernetes ingress gateway, covering objectives, architecture, code examples for an ingress watcher and router control, deployment steps, and custom configuration integration.
Cloudflare's top architects explain why they replaced Nginx with the Rust‑based Pingora proxy, detailing architectural limits of Nginx, design decisions, performance gains, resource efficiency, and new capabilities that make Pingora faster, more efficient, and safer for massive internet traffic.
The article explains how Cloudflare built the Rust‑based Pingora reverse proxy to overcome Nginx's architectural limits, achieve higher performance, better connection reuse, lower CPU/memory usage, and stronger safety, while supporting new features for its edge platform.
Cloudflare abandoned Nginx for its home‑grown Rust‑based proxy Pingora, detailing architectural limits of Nginx, design choices, multithreaded scheduling, connection‑reuse improvements, and how these changes deliver faster, more efficient, and safer traffic handling at massive scale.
The article explains how Cloudflare built Pingora, a Rust‑based, cloud‑native reverse proxy that surpasses NGINX in performance, efficiency, and safety by redesigning the worker model, improving connection reuse, and leveraging multithreading and Tokio, while also offering greater extensibility for future services.
Cloudflare replaced Nginx with Pingora, a Rust‑written reverse‑proxy service that delivers higher speed, better efficiency, and stronger security by redesigning the worker model, using multithreading, and optimizing connection reuse, resulting in significant CPU, memory, and latency savings across billions of requests.