Jeff Wilson 
Securing your server from any kind of attacks is a key part of any web hosting provider or system administrator. You should implement a strong security policy to minimize risks and keep your data safe. There are several tips and tricks to improve your server’s security and protect it from malicious attempts to enter.
In this tutorial, we will show you some useful tips and tricks to secure your server.
Wget is a non-interactive network download utility for the Linux command line interface. It’s is used for downloading or retrieving files from web servers or FTP servers. Wget can be installed on most modern operating systems, including Windows, Linux, and macOS.
The Wget command comes with several options that allow you to download multiple files, download in the background, mirror a website, resume downloads, limit the bandwidth, download recursively, and lots more. It supports HTTP, HTTPS, and the FTP protocols and also retrieval through HTTP proxies.
In this tutorial, we will show you how to install and use Wget command with some examples on how to use Wget.
In this tutorial, we will explain how to install a free Let’s Encrypt SSL certificate on a CentOS 8 VPS with Nginx as a web server.
Let’s Encrypt is a free, open-source and non-profit certificate authority that provides free SSL certificates for websites to enable TLS encryption. It was developed by the Internet Security Research Group (ISRG) and trusted by all major browsers. It is used to automate the process of certificate creation, validation, signing, implementation, and renewal of certificates for secure websites.
The main aim of Let’s Encrypt is to promote the use of SSL across the web and make encrypted connections throughout the Internet, keeping everyone safer in the process. The certificate is valid for only 90 days, so you will need to renew it manually or or set up the auto renewal system, which should be enabled by default.
Currently, Let’s encrypt supports automated certification issuance for Apache, Nginx, Plex, and HAproxy, which should cover almost everyone’s use case. Let’s start with our install guide.
With the evolution of the internet, security threats have also risen to a great extent. As more and more transactions are now performed online, the threat of data being stolen and misused also continues to surge. This is why you as a business/website owner should use additional security measures (such as SSL) to protect your website and its visitors.
One of the most common ways to safeguard your website is to use the HTTPS protocol (or Hypertext Transfer Protocol Secure). While this is common, it’s also one of the most effective ways to keep your visitors safe.
In this tutorial, we will be showing you how using Odoo can benefit a small or medium-sized business.
As times have progressed, businesses big and small have become more complex in their operations. With several departments having to function and share information to one another, the need for an integrated system has grown by leaps and bounds.
More and more small business are implementing ERP systems. In fact, once an ERP system is implemented, it often becomes the backbone of many corporate-scale businesses. Such systems can seamlessly integrate business lifecycles, such as production, inventory management, order processes, and more. An example of this system would be Odoo, one of the most popular ERP systems currently available.
The two most popular web servers in the world are Apache and Nginx, with over 60% of all websites worldwide being run by these two web servers. Both Apache and Nginx offer excellent performance and similar features. However, they differ in terms of their architecture, security, and performance.
Because both of these servers are pretty great, it can be hard to choose between them. It’s important to make the right decision since each web server has its own pros and cons.
In this tutorial, we will introduce Apache and Nginx, compare both servers and help you to decide which one is best for your website.
In this tutorial, we will explain how to tune and optimize your Nginx configuration file to help speed up your website’s performance.
Nginx is a fast, lightweight, and high-performance web server in charge of serving at least 40% of all websites globally. When compared to other web servers, Nginx is primarily known for its speed, with it capable of handling thousands of concurrent connections with ease. Nginx can also be used as a load balancer, a reverse proxy, and an HTTP caching server. It uses little resources and is ideal for delivering static content.
To help further improve performance, Nginx has a built-in caching system that allows dynamic requests to be cached directly on the server for future requests, thereby reducing the load on your CPU and system in general.
Cron is a scheduling utility in Linux distributions that can be used to executes tasks at specified intervals. It allows you to run almost any commands or scripts at a specific time and date, or at a recurring interval.
Cron is a very useful tool for a system administrators to automate repetitive tasks of any sort, such as system updates, sending emails, checking system resource usage, creating backups, and so on. Realistically, anything that can be automated can be added to Cron so that it executes without any user involvement.
Cron runs in the background and constantly checks the /etc/crontab file, and the /etc/cron.*/ and /var/spool/cron/ directories. Each user has their own separate crontab file.
In this tutorial, we will show you how to create and run Cron jobs on a Linux VPS. The same steps should work on almost all Linux machines, regardless of whether it’s a server or a desktop computer.