Security Enhanced Linux (Selinux)‚ Chroot Jail‚ and Iptables Security Enhanced Linux (Selinux)‚ Chroot Jail‚ and Iptables Three of the most important types of Linux security technologies are Security Enhanced Linux (SELinux)‚ chroot jail‚ and iptables. This security measures aide in the subversion of theft and malicious activity. We will discuss these items in depth to address who created them and for what reason. Along with how these technologies changed the operating system to enforce security
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Linux Security Technologies John Pierce SELinux (Security Enhanced Linux) is a mandatory access control in the Linux kernel that was originally developed by NSA (National Security Agency) with direct contributions provided by Red Hat Enterprise Linux (RHEL) via the Fedora Project. In the day and age of identity theft and attempted sabotage from terrorists against our country‚ it should be very apparent why an organization like NSA had such an interest in heading up development of a more
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Edit /etc/sudoers Edit /etc/sudoers file FHS FHS recommended to locate configuration files in the /etc/ path FHS /etc/fstab Samba Encrypted Partitions and Volumes Encrypted Partitions and Volumes filesystem quota chroot Jail Use chroot jail: • To enable an application access its own set of To enable an application access its own set of libraries and directory structure • T To restrict access to users on a system ti t t t • To run software such as Berkeley Internet
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Linux Security Features The security features that UNIX-like systems such as Linux rely on are making these systems clearly superior to the rest of OSson the market. These features encompass root account security measurements‚ enhanced file accessing options‚ advanced data verification‚ storage encryptions and the list is not an exhaustive on. You can choose to watch now a surf shop be launched over the internet and expect for your Linux OS to better cope with the new website‚ rather than a Windows
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Contents 1. Introduction 1 1.1 Problem Statement 1 1.2 What Is Security? 1 1.3 OS Protection and Security 2 1.4 Assets and their Vulnerabilities 2 1.5 Protection 3 1.6 Intruders 3 1.7 Malicious Software 3 1.8 Trusted Systems 4 1.9 Protection and Security Design Principles 4 1.10 The Unix/Linux Security Model 5 1.10.1 Properties of the Unix Superuser 5 1.10.2 The Unix Security Model — Groups 6 1.10.3 Protection For Unix Files and Directories 6 1.10.4 The Meaning of Permissions 6
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Linux Admin Research Paper #1 Linux is a open source operating systems that has been evolving over many years. Linux has changed to a very powerful platform that has been adopted by many people as well as developed by the robust open source community. One particular aspect of development that has changed is the security of linux‚ with the introduction of a few security technologies such as SE Linux‚ chroot jail‚ and IP tables. With many of these new technologies Linux has become more secure and
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UNIT 1 LINUX SYSTEM ARCHITECTURE Structure 1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 1.10 1.11 1.12 1.13 Introduction Objectives Internal Structure of Linux System Architecture Overview of the Kernel System Supporting Multiple Developers System Data Structure Subsystem Architecture Linux File System More About Kernel Miscellaneous Concerns Let Us Sum Up Check Your Progress: The Key Suggested Reading Linux System Architecture 1.0 INTRODUCTION Architecture is the main blood line of any technology
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based in UNIX‚ that would eventually take the form of an operating system kernel‚ Linux version 0.01. Linux evolved into a fully functioning Operating System (OS) with one of its first distributions created by the Manchester Computing Center‚ MCC Interim Linux‚ using a combined boot/root disk (Hayward‚ 2012). Linux luminaries‚ Slackware‚ RedHat and Debian began to rise between 1992 and 1994 as well as the Linux kernel growing to version 0.95‚ becoming the first kernel to run the X Windows System
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Linux - The shell ------------------------------------------------- Introduction to the shell The command interpreter is the interface between the user and the operating system‚ hence the name "shell". The shell therefore acts as an intermediary between the operating system and the user thanks to command lines that are entered by the latter. Its role consists in reading the command line‚ interpreting its meaning‚ carry out the command‚ and then return the result via the outputs. The shell
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Ans. Linux is‚ in simplest terms‚ an operating system. It is the software on a computer that enables applications and the computer operator to access the devices on the computer to perform desired functions. The operating system (OS) relays instructions from an application to‚ for instance‚ the computer’s processor. The processor performs the instructed task‚ then sends the results back to the application via the operating system. Following are some of the important features of Linux Operating
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