⚡_Latency_Optimization_Practical_Guide[20260108043442]
webdev•Jan 8, 2026

⚡_Latency_Optimization_Practical_Guide[20260108043442]

In this article, I want to share practical latency optimization experience based on real project experience with a financial trading system that requires 99.9% of request latency to be below 10ms.

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Key summary

As an engineer focused on system performance optimization, the author shares practical latency optimization experience based on real project experience with a financial trading system that requires 99.9% of request latency to be below 10ms. The author highlights key characteristics of latency-sensitive applications and shares insights on how to optimize latency using various web frameworks.

TL;DR

  • Latency-sensitive applications require monitoring processing time in real-time to identify performance bottlenecks.
  • Memory allocation is a key factor affecting latency, and object pools can greatly reduce memory allocation time.
  • Asynchronous processing and zero-copy design can reduce latency.
  • Event-driven architecture and connection management can also reduce latency.
  • Node.js has obvious latency problems when handling high-concurrency requests, while Go and Rust have natural advantages in latency control.
  • Using DPDK and GPU for data processing can bypass the kernel network stack and directly operate on network cards, reducing latency.
  • Service mesh can achieve finer-grained latency control.

This content is automatically summarized using AI. For full context, always refer to the original article.

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