#web server

[blackmoreops]

RSS Feed Redirection to FeedBurner Using Nginx

Setting up RSS feed redirection to FeedBurner using Nginx is a straightforward process that can help you track subscriber statistics and enhance your blog’s reach. This configuration redirects all feed requests to your FeedBurner account while allowing FeedBurner itself to access your original feed. In this short guide, I’ll show you how to implement RSS Feed Redirection to FeedBurner Using…

[web-hosting-company7]

Best Web Hosting Services - Infinitive Host

Infinitive Host always stands as the well-regarded and best web hosting company, providing quick, safe, and scalable web hosting solutions customized for every small and medium-sized businesses. With constant customer support and powerful infrastructure, we’re available right here to boost your online presence seamlessly!

[bitstream24]

Discover the Basics of the Raspberry Pi Along with Multiple Projects

The Raspberry Pi has become incredibly popular among computer hobbyists and businesses for a variety of reasons. It consumes very little power, is portable, has solid-state storage, makes no noise, and offers extension capabilities, all at a very low price.

[cerulity]

All-level Rust

Web servers require layers upon layers of software and hardware. Routing, multiplexing, protocols, everything. Rust is a viable solution to making a web server, because it's safe and fast, and has many crates to help (tokio, warp, ws). You can make a browser in Rust, as well as games.

But at the same time, you can make an operating system with it. The lowest level of access to a computer you can get, creating and dereferencing raw pointers, running on the CPU itself. You can make not only games but game engines. You can make compilers. You can do FFI. You can make FFI. Your entire stack can be made with Rust.

You would make a web server in JavaScript, Java, C#, Go, or maybe even Python. But you wouldn't use any of those to make an operating system, because they require a runtime aren't bare metal enough, or throw exceptions. They are good for making web servers because they abstract away problems like buffer overflows, and they are extendable languages. You would use C, C++, or Zig. They are good for making operating systems because it's easy to dig into memory ((unsigned short*)0xb8000 is the VGA text buffer).

Rust can do both. Sure, you can make a web server in those OS languages, but you need to make sure it's safe as hell. Rust itself is safe as hell.

/rust rant

[bestwebhostinginthetown]

Enhance Your Performance With the UAE VPS

VPS is a great web hosting option for websites and applications that receive high traffic, looking for quick page load and multiplayer online games. if you want more privacy, top-tier security, bandwidth, and storage for your online business, therefore UAE VPS Server is the best web hosting option to maximize your website's potential with lightning-fast speeds

[author-truongthinh]

How LiteSpeed Improves Loading Speed

Website speed is a critical factor in user experience, SEO performance, and conversion rates. Faster-loading websites engage visitors better, reduce bounce rates, and rank higher in search results. LiteSpeed Web Server (LSWS) is engineered to optimize website speed with powerful technologies built into its core. This article provides a technical and practical look at how LiteSpeed improves website performance, its architectural strengths, and comparisons with other web servers like Apache and NGINX.

What Is LiteSpeed?

LiteSpeed is a high-performance web server software developed by LiteSpeed Technologies. It serves as a drop-in replacement for Apache, meaning it can use Apache configurations such as .htaccess and mod_rewrite while offering far superior performance.

Unlike traditional web servers that rely on process-based or thread-based architectures, LiteSpeed uses an event-driven approach. This enables it to handle thousands of simultaneous connections efficiently without consuming excessive resources. It’s widely used in shared, VPS, and dedicated hosting environments due to its scalability and speed.

LiteSpeed is compatible with major web hosting control panels like cPanel, Plesk, and DirectAdmin. It also integrates seamlessly with WordPress, Magento, Joomla, and other popular CMS platforms.

How LiteSpeed Improves Loading Speed

LiteSpeed's performance is not just theoretical. Numerous benchmarks and case studies show significant improvements in load time, server response, and concurrent user handling. Its technical foundation plays a pivotal role in enabling these advantages.

Event-Driven Architecture

Most traditional web servers like Apache use a process-based or threaded architecture. Each connection requires a dedicated process or thread, which leads to high memory usage under load.

LiteSpeed uses an event-driven, asynchronous model. It processes multiple connections within a single thread, significantly reducing memory consumption and CPU load.

For example, benchmarks by LiteSpeed Technologies show that LSWS handles over 2x more concurrent connections than Apache with the same hardware configuration [1]. This architecture is especially beneficial during traffic spikes, such as flash sales or viral content events.

Built-In Caching (LSCache)

LiteSpeed’s caching engine, LSCache, is built directly into the server core. Unlike third-party caching plugins that operate at the application level, LSCache works at the server level, making it faster and more efficient.

With LSCache enabled on WordPress, testing from WPPerformanceTester shows up to 75% reduction in page load times compared to uncached sites. This is because LSCache delivers prebuilt HTML pages directly to users, bypassing PHP execution and database queries.

LSCache also supports advanced features such as:

ESI (Edge Side Includes) for partial page caching

Smart purging rules

Private cache for logged-in users

Image optimization and critical CSS generation

These features make it suitable not only for static pages but also for dynamic, eCommerce-heavy platforms like WooCommerce or Magento.

Compression and Optimization

LiteSpeed supports GZIP and Brotli compression out of the box. These technologies reduce the size of files transmitted over the network, such as HTML, CSS, and JavaScript.

According to Google PageSpeed Insights, compressing assets can reduce page size by up to 70%, which directly improves load time. Brotli, developed by Google, provides even better compression rates than GZIP in many cases, and LiteSpeed uses it efficiently.

Additionally, LiteSpeed can minify JavaScript, CSS, and HTML, combine files to reduce HTTP requests, and enable lazy loading for images—all directly from the server level.

QUIC and HTTP/3 Support

LiteSpeed is one of the earliest web servers to fully support QUIC and HTTP/3, protocols developed by Google and later adopted by IETF.

QUIC is built on UDP instead of TCP, which reduces handshake latency and improves performance over poor network conditions. HTTP/3 inherits QUIC’s benefits and introduces faster parallel requests and better encryption handling.

When HTTP/3 is enabled, page loads feel snappier, especially on mobile devices and in regions with weaker connectivity. Cloudflare reported up to 29% faster page loads using HTTP/3 versus HTTP/2 [2].

LiteSpeed’s implementation ensures that your site is future-ready and delivers optimal performance even under challenging network environments.

LiteSpeed vs Apache and NGINX

Performance benchmarks consistently show that LiteSpeed outperforms both Apache and NGINX in various scenarios, especially under high traffic and dynamic content conditions.

Apache Comparison

Apache is widely used but is resource-heavy under load. When serving PHP applications like WordPress, Apache relies on external modules (e.g., mod_php) or handlers like PHP-FPM, which increase overhead.

LiteSpeed replaces these with LiteSpeed SAPI, a more efficient PHP handler. Benchmarks show that LiteSpeed can process 3x more PHP requests per second compared to Apache [3].

NGINX Comparison

NGINX is known for its speed with static files, but it lacks full .htaccess compatibility and requires more manual tuning for dynamic sites.

LiteSpeed combines Apache’s ease of configuration with NGINX’s speed and goes further by offering built-in caching and QUIC support. This makes it a more all-in-one solution for both static and dynamic content delivery.

Real-World Results

A hosting provider, NameHero, migrated over 50,000 sites from Apache to LiteSpeed. The result was an average decrease in load time by 40%, with no change in hardware configuration [4].

Another example is a WooCommerce store that used LiteSpeed Cache. Load times dropped from 4.2s to 1.2s after activation, significantly improving Core Web Vitals and user retention.

Website owners consistently report faster Time to First Byte (TTFB), better PageSpeed scores, and fewer server crashes during traffic peaks when using LiteSpeed.

Who Should Use LiteSpeed?

LiteSpeed is ideal for:

WordPress users who want faster page loads without complex configurations.

WooCommerce and Magento store owners needing efficient dynamic caching.

Web hosting providers looking to reduce server load and increase client satisfaction.

SEO-focused marketers who want better Core Web Vitals.

Developers who want Apache compatibility with modern performance.

LiteSpeed is available in both open-source (OpenLiteSpeed) and commercial versions. While OpenLiteSpeed is suitable for smaller projects, the enterprise version offers advanced features and full control panel integration.

Final Thoughts

LiteSpeed offers a clear performance advantage due to its architecture, built-in caching, modern protocol support, and optimization features. It helps websites load faster by minimizing server load, reducing latency, and delivering content more efficiently.

Whether you're a developer, site owner, or hosting provider, switching to LiteSpeed can result in measurable improvements in speed, stability, and scalability. In today’s performance-driven web ecosystem, LiteSpeed is a practical solution backed by real results and advanced engineering.

[lektursam]

Cara Tepat Memasang SSL/TLS Pakai Apache & Nginx di Localhost Linux

Halom Pembaca! HTTPS merupakan standar keamanan via web yang paling banyak diimplementasikan saat ini. Tidak dapat dipungkiri, pengembangan situs web tahap staging di Localhost terkadang membutuhkan enkripsi SSL/TLS. Namun, Certificate Authority ternama seperti Let’s Encrypt, Comodo, dan Digicert tidak mau memberikan sertifikat untuk situs Localhost (beralamat IP 127.0.0.0 s.d. 127.255.255.255),…

[retrocompmx]

Un día como hoy (3 de diciembre) en la computación

El 3 de diciembre de 2015 y después de tres años de desarrollo finalmente se libera la versión 7.0.0 del lenguaje de programación interpretado PHP, creado originalmente por Rasmus Lerdorf. La última versión es la 8.4.1 del 21 de noviembre de 2024 #retrocomputingmx #webserver #php

[blackmoreops]

How to Automatically Restart Failed Services in Linux Using Monit

When running production servers, ensuring your critical services stay up and running is essential. Service failures can happen for various reasons — memory issues, unexpected crashes, or resource limitations. Fortunately, Linux offers reliable solutions to automatically monitor and restart failed services without requiring constant manual intervention. Server reliability is crucial for…

[web-hosting-company7]

Discover the best web hosting services especially designed for high performance and security. Our expert support is here to help your business succeed online!

[servermo]

Smoothly Switching Web Servers: Your Easy Guide

Upgrading your web server doesn’t have to be daunting! Whether you need more speed, space, or better security, follow these steps to make the transition seamless:

Understand Your Needs Assess your current server's performance. Is it slow? Lacking space? Not secure enough?

Pick the Right Server Choose a server that meets your requirements. Popular options include Apache for reliability, Nginx for speed, and LiteSpeed for efficiency.

Prepare Your New Server Install your software, configure settings, and add security features like SSL certificates.

Test Before Switching Check website functionality, database connections, and loading speeds to avoid surprises.

Transfer Everything Move your files, databases, and settings carefully. Verify nothing is missing.

Update DNS Settings Link your domain to the new server. Remember, DNS changes may take 24–72 hours to fully propagate.

Verify Performance Test your site again to ensure everything is working flawlessly in the live environment.

By planning ahead and following these steps, you can ensure a smooth server migration that keeps your website running at its best!

[cameliaferdon]

Advice on Selecting the Best Web Hosting Company

🖥️ Choosing the Right Web Hosting Company: Find the best web hosting by looking at customer support, easy-to-use control panels, reliable backup services, and good reviews. Check pricing and contract terms to get the best value for your money. Make a smart choice to ensure your website runs smoothly and securely!

👉 Read the full article here: Advice on Selecting the Best Web Hosting Company.