Web Servers Compared: Nginx, Apache, and Beyond Choosing a web server is a common task for developers and hosting teams. Nginx and Apache are the familiar leaders, but you may encounter other options that fit special needs. This article compares the main choices and explains when each one shines. The goal is to help you pick based on traffic patterns, content type, security, and how easy it is to maintain your setup. ...
Web Servers Explained: Architecture, Configuration, and Tuning Web servers are the frontline of most websites. They listen for requests, serve files, run code, and talk to databases or caches. A good setup helps pages load faster, stay available, and stay secure. This guide explains the main parts of a web server, how to configure them, and simple ways to tune performance. Architecture starts with the software. Common choices are Nginx, Apache, and Lighttpd. Each has strengths: Nginx is fast at serving static files and works well as a reverse proxy; Apache offers many modules and flexible rules; Lighttpd is lightweight for small servers. Behind the software is the operating system, hardware, and network. In many setups, a front-end reverse proxy handles all external traffic, then forwards requests to application servers or static file servers. A database or cache may sit nearby. Keeping this separation clear helps with scaling and security. ...
Web Servers Explained: From Apache to Nginx Web servers are the first stop for any web request. They listen on a port, speak the HTTP language, and send back HTML, images, or data. Two names you will meet often are Apache and Nginx. Both are mature and reliable, but they grew up with different ideas about speed and configuration. How they work Apache HTTP Server began life in the 1990s as a flexible, module-based system. It can load many extensions to add features like PHP support, URL rewriting, or access control. One practical side is the .htaccess file, which lets per-directory rules apply without touching the main config. That makes life easier on shared hosting, but it can add overhead if many requests trigger many checks. Apache can run in different modes (prefork, worker, event), so tuning the core process model matters when traffic grows. ...
Web Servers: Architecture, Configuration, and Tuning Web servers handle client requests and deliver pages, images, or data. They can run as single processes or in event-driven models. In most sites, a front-facing server acts as a reverse proxy or a static asset server, while the core app runs on a separate layer. A simple setup may include a load balancer, a web server, and an application server. The goal is to serve content quickly, protect backend systems, and scale as traffic grows. ...
Web Servers: Architecture, Configuration, and Tuning Web servers stand at the front line of the internet. They handle requests for pages, APIs, and media. A clear setup helps users load quickly, stay reliable, and protect data. The goal is a simple, scalable stack that fits your traffic and budget. Architecture A common web server stack uses several parts working together: A reverse proxy or load balancer that directs traffic to many servers. One or more application servers that run your code. A caching layer to speed up repeated responses. A database that stores data. An optional Content Delivery Network (CDN) for global reach and lower latency. This separation lets teams maintain parts independently and scale them as needs grow. Configuration Choosing the right software is the first step. Nginx, Apache, and Caddy are popular choices, each with strengths. Clear goals help: fast responses, low memory use, and secure defaults. ...
ERP Customization vs. Configuration ERP systems are powerful, but every business is unique. When you tailor an ERP, two common routes appear: configuration and customization. Knowing the difference helps control cost, risk, and future upgrades. Understanding the difference Configuration uses the software as built, with settings, rules, and parameters. It keeps the base code intact. Customization changes the software itself, often through code, plug-ins, or new modules. Configuration relies on out-of-the-box features. Customization alters behavior or data structures. Upgrades are easier and safer with configuration. Configuration works well for process variations that many users share, such as payment terms, user roles, or notification rules. ...