This article explains how SpringBoot uses Tomcat by default, shows how to replace it with Undertow by adding the appropriate dependency, and presents benchmark results demonstrating Undertow's superior throughput and lower memory consumption for high‑concurrency Java web applications.
This article explains how SpringBoot defaults to an embedded Tomcat container, shows how to replace it with Undertow by adding the appropriate dependency, and compares the two servers' performance and memory consumption through benchmark results, concluding that Undertow is preferable for high‑concurrency Java backend applications.
This article introduces the smart-servlet web container, outlines its key features, provides step‑by‑step instructions for replacing Tomcat with smart-servlet in a Spring Boot fat‑jar project, and highlights the related smart-socket framework and ecosystem components.
The article analyses the current state of front‑end performance, explains why hybrid solutions fall short of native experiences, and introduces Lath – a pure front‑end container that turns any web page into a seamless SPA with advanced window management, smooth interactions, and progressive enhancement.
The QianNiu client migrated its custom Application Embedded Framework to Chromium Embedded Framework, introducing a multi‑process architecture with isolated browser and render processes, remote RPC components, unified JS injection, render‑group optimization, comprehensive network interception, white‑screen detection, and plans for memory reclamation and further security hardening.
This article explains how to replace the default embedded Tomcat container in SpringBoot with Undertow, compares their performance and memory usage through benchmark tests, and recommends Undertow for high‑concurrency Java web applications.
This guide explains what Servlets and the Servlet specification are, outlines Tomcat's architecture and core components, and walks through the detailed HTTP request processing flow, providing code examples and diagrams for Java backend developers.
This article explains how Spring Boot uses Tomcat by default, shows how to replace it with Undertow, and presents benchmark results that demonstrate Undertow's superior throughput and lower memory consumption for high‑concurrency Java web applications.
This article explains the core concepts, histories, and working principles of web servers, web application containers, web application servers, and reverse proxies, highlighting their functions, typical components, and how they overlap in modern enterprise architectures.
This article explains the concepts, history, and core mechanisms of web servers, web application containers, application servers, and reverse proxies, compares their functions and relationships, and provides a concise summary to help developers choose the right component for their backend architecture.
