Pingora is a cutting-edge framework designed for constructing networked systems and proxies in 2024


Pingora is a cutting-edge framework designed for constructing networked systems and proxies in 2024.

Pingora is a robust framework tailored for developing networked systems and proxies utilizing Rust, a high-performance and dependable programming language. Its track record speaks volumes, having effortlessly managed over 40 million Internet requests per second for several years, showcasing its exceptional performance and reliability.

Pingora is a cutting-edge framework designed for constructing networked systems and proxies in 2024

Features provided by Pingora include:
  • Comprehensive support for end-to-end proxying across HTTP/2, gRPC, and WebSocket protocols
  • TLS support using either OpenSSL or BoringSSL libraries
  • Seamless reloading of configuration and code for graceful updates
  • Versatile load balancing and failover strategies for enhanced reliability
  • Seamless integration with a range of observability tools for monitoring and analysis
Pingora, here's why it might be the right choice for you:
  • Security matters: Pingora prioritizes security by mitigating memory errors common in C/C++ services.
  • Speed is essential: Pingora is finely tuned for high throughput and minimal latency.
  • Customization is key: With Pingora's APIs, you have the freedom to tailor logic and behavior to your specific needs.
  • To get started with Pingora, explore our quick start guide for building a straightforward load balancer. Additionally, delve into our user guide to gain insights into configuring and operating Pingora servers, as well as crafting custom HTTP servers and proxy logic within Pingora's framework.
  • For in-depth technical details, refer to the API documentation covering all the crates within Pingora.
Pingora comprises several essential crates:
  • Pingora: the primary crate providing APIs for building networked systems and proxies.
  • Pingora-core: defines core protocols, functionalities, and traits.
  • Pingora-proxy: implements logic and APIs for constructing HTTP proxies.
  • Pingora-error: defines a common error type used across Pingora crates.
  • Pingora-HTTP: defines HTTP header types and APIs.
  • Pingora-openssl & pingora-boringssl: provide SSL extensions and APIs.
  • Pingora-ketama: implements the Ketama consistent hashing algorithm.
  • Pingora-limits: implements efficient counting algorithms.
  • Pingora-load-balancing: provides load balancing algorithm extensions for pingora-proxy.
  • Pingora-memory-cache: offers async in-memory caching with cache locking to prevent cache stampedes.
  • Pingora-timeout: provides a more efficient async timer system.
  • TinyUfo: implements the caching algorithm behind pingora-memory-cache.
  • Pingora is optimized for Linux systems, our primary target platform. While efforts are made to ensure compatibility with other Unix-like systems, such as macOS, some features may be absent.
  • Pingora supports both x86_64 and aarch64 architectures.
  • To use Pingora, you'll need a Rust version that is at least 6 months old. Our policy updates the Minimum Supported Rust Version (MSRV) every 6 months. Currently, our MSRV is 1.72.

Info. Details
Tool Name Pingora is a cutting-edge
Version 2024
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Pingora stands as a robust framework for constructing networked systems and proxies, offering a suite of essential crates tailored to optimize performance, security, and customization. With its primary focus on Linux systems, Pingora delivers reliability and efficiency, although efforts are made to extend compatibility to other Unix-like platforms. Supporting multiple architectures, Pingora accommodates diverse hardware environments. Moreover, Pingora's commitment to Rust version compatibility ensures ongoing support and adaptation to the evolving Rust ecosystem. Overall, Pingora represents a cutting-edge solution for developers seeking high-performance networking tools with flexibility and resilience.

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