Web Server Management

Fundamental guide that helps you debug your server’s disk performance

A thorough guide explaining the ps command in Linux

Get ready for some PHP optimization magic! Our comprehensive guide will empower you with techniques that enhance your PHP applications and elevate your code game. Discover different PHP settings tailored just for you and best practices that guarantee success. Plus, brace yourself for invaluable tools designed specifically for testing and analyzing your code like never before!

In this article, let’s take an in-depth look at NGINX logs. We’ll discover why leveraging these logs is beneficial and how they can spare you plenty of headaches when dealing with problems later on. Furthermore, we’ll dive into various NGINX log files while sharing a handy setup trick. Whether you are a beginner, an experienced system administrator, or an IT manager, understanding NGINX logs is crucial for resolving issues.

As web developers, we rely on NGINX for efficient web page serving. Its robust URL mapping system is a notable feature, allowing us to define how the server handles incoming requests. In this article, we’ll explore NGINX’s URL mapping in detail, covering fundamentals, advanced functionalities, and seamless integration. Mastering NGINX’s URL mapping is crucial for troubleshooting and optimizing web applications. Let’s embark on this journey!

NGINX is a powerful web server that can act as a gateway or proxy, serving as an intermediary between clients and servers. It offers various advantages such as performance optimization, security measures, scalability, and essential features like HTTP/2 support, Gzip compression, and SSL/TLS encryption.
As a reverse proxy, NGINX enhances the speed and efficiency of web applications by caching frequently accessed content and distributing requests across multiple servers. It also plays a crucial role in protecting web applications from malicious attacks by implementing strict security protocols and screening incoming traffic.

This article provides an overview of SSL certificates and their importance in securing websites. It explains SSL encryption, its advantages such as data security and authentication, improved search engine rankings, and protection against phishing attacks. The process of generating a self-signed SSL certificate for NGINX is outlined, along with the limitations of self-signed certificates. It introduces Certificate Authorities (CAs) that issue trusted digital certificates and emphasizes Let’s Encrypt as a free open CA integrated with Certbot for automated obtaining and renewal of SSL/TLS certificates. Instructions on installing Certbot and obtaining an SSL certificate are provided.

NGINX is a widely-used web server and reverse proxy known for its dependability, scalability, and versatility. This text provides an introduction to NGINX by explaining its origins, architecture, key features, and benefits such as performance optimization, scalability through load balancing, and stability with customizable configurations. It explores use cases like serving static content, acting as a reverse proxy or load balancer, streaming media files, and optimizing email servers. The installation process on Ubuntu/Debian-based systems is also outlined. Overall, it highlights how NGINX enhances website performance while providing secure functionality for various applications.

In order to comprehend how an HTTP request is processed, it’s important to familiarize yourself with its various components. This article will guide you through the constituent elements of an HTTP request while shedding light on the steps involved in its lifecycle. Additionally, it will delve into popular HTTP request methods like GET, POST, PUT, and DELETE—explaining their functionalities and offering best practice recommendations. By gaining a deeper understanding of these aspects, developers can build robust websites or applications that deliver optimal performance while maintaining security protocols throughout the process.
Let’s dive into exploring the fascinating world behind every successful exchange between clients and servers!

This article highlights the essential software that should be installed on a Linux server, including web servers, database servers, file servers, web application servers, security software and monitoring software. The choice of specific tools depends on individual needs and requirements to ensure optimal performance and security. Regular updates are also crucial for maintaining efficiency and stability.

This article provides an in-depth explanation of HTTP and HTTPS, including how they work and their benefits. HTTP is the foundation for communication between computing systems, while HTTPS safeguards data transmission using digital security protocols with cryptographic keys for encryption. The article explains how to get an SSL certificate and why HTTPS is preferred over HTTP due to its authority, conversions, performance advantages, and improved search engine optimization. Overall this article helps readers understand the importance of secure connections when accessing websites on the internet.

This article provides a comprehensive overview of web servers, including their definition, features, and how they work. The client-server model is explained in detail, highlighting the role of a web server in this process. Popular web servers like NGINX and Apache are discussed, along with Linux servers' demand due to their reliability and adaptability. Overall, this article covers everything one needs to know about web servers when selecting the right one for their website's requirements.