Linux Learn Tips and Tricks - Page 2
Find the HOWTO or step-by-step guide that you need right here.
Find the HOWTO or step-by-step guide that you need right here.
"You don't always need third-party software to control multiple Linux servers — not when a bit of scripting magic can get the job done."
Linux offers several tools and techniques to users that enable them to search systems for information on hardware and firmware. This information does not validate a supply chain.
The Internet of Things (IoT) has changed the way people interact with the world. It connects a wide range of devices, from smart thermostats at home to industrial sensors used in manufacturing plants. Many IoT products use Linux due to its robustness, flexibility, and open-source nature.
Linux SSH servers are a favorite target among cyber attackers due to their ability to provide remote command-line access. This ability positions them as essential conduits for controlling and managing server operations.
SSH is essential for Linux users, allowing them to log into remote servers and desktops for various admin tasks. Although SSH is notably more secure than what it replaced (Telnet), it doesn't guarantee security.
Shell scripts are an integral part of Linux but can often require passwords that shouldn't be hard-coded for security reasons. Instead, sshpass is a non-interactive tool specifically created for password automation in shell scripts. Here's how to install and use sshpass on Ubuntu-based and Fedora-based distributions to put a password in your Bash script.
You will most likely use a Secure Shell (SSH). to perform remote work with Linux servers or containers. Although the name of the software includes "secure," you shouldn't assume it is locked down by default. It's certainly more secure than telnet, but you still need to do extra to ensure your data and systems are safe.
You've probably read the usual things admins do with the Secure Shell (SSH), such as changing the port, preventing root logins, using fail2ban, using SSH key authentication, etc. But there's another technique you can employ that does a great job of protecting your servers from unwanted SSH logins.
Secure Shell (SSH) is a powerful tool with many cool tricks to help make your life a bit easier. Today, we will discuss port forwarding, which can be used to: Access a server you may not have otherwise been able to. Access a remote computer with more security. Allow a temporary encrypted tunnel to be created from your local computer to a remote device.
As many in the infosec and sysadmin communities know, migrating from a closed-source Windows environment to the open ecosystem of Linux can be daunting. We aim to ease the transition by highlighting key categories where Linux alternatives to familiar Windows software exist.
In this article, we'll look at how to manage SELinux policies, implement and customize them, and how to troubleshoot problems.
Plan and carry out effective brute-force attacks by generating custom wordlists with crunch on Kali Linux.
In the bustling digital landscape, managing web traffic efficiently is akin to directing a riveting orchestra, with each request hitting the right note at the desired tempo. Central to this symphony is the conductor, the reverse proxy server, ensuring each request reaches its designated section, be it the strings, brass, or percussion, represented by the different servers in a network.
Dive into our beginner’s guide on securing SSH with Fail2Ban to safeguard your server from unauthorized access and brute-force attacks.
This post walks through the steps of installing Lynis security auding software on both Ubuntu Server and Rocky Linux 9.
One of the main innovations introduced by Podman was the ability to run rootless containers. Security wise, this was a big improvement, since a potentially compromised container running as root represents a security threat for the host system.
Setting up a Linux server for remote accessing IoT devices is essential for managing and controlling these devices efficiently. Whether you are a system administrator or an IoT enthusiast, having remote access to your devices allows you to monitor and control them from anywhere in the world. By utilizing a Linux server, you can establish secure connections and ensure seamless communication with your IoT devices.
In today’s interconnected landscape, the ability to manage computers from different geographical locations has grown from luxury to necessity. There are several ways to do this, depending on the operating system in use. For Linux-based systems, the most common and most secure way to manage your PC remotely is to use SSH (or Secure Shell).
Downloading applications, files, or software from unknown sources can be both exciting and risky. While the official app stores like Google Play Store and Apple App Store offer a plethora of trusted and vetted apps, there may be instances where you need to source software or files from other online platforms.
The NSA created the SELinux policy to provide security to applications. SELinux policies best suit an app under specific conditions, which can be found in this tutorial.