Saturday, September 20, 2008

LinuxCBT Enterprise Linux 5 Edition

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LinuxCBT Enterprise Linux 5 Edition

LinuxCBT EL-5 Edition
System Requirements: Windows NT/2000/XP/2003/Vista
Duration: 40 hours/70 Videos on 1-DVD
Content Size: 1.7GB ( 1,926,940,672 bytes )

LinuxCBT EL-5 Edition - Demos Duration Mirror1 Mirror2 Mirror3
Explore Basic Linux Shell Skills 35:25 demo demo demo
Configure Logical Volume Management (LVM) 36:20 demo demo demo
Intro to IPTables6 (IPv6) Firewall 28:10 demo demo demo

LinuxCBT Enterprise Linux 5 Edition focuses on the RedHat® Enterprise 5 GNU/Linux operating system. It is the successor to LinuxCBT EL-4 Edition.

LinuxCBT EL-5 Edition, is unparalleled in content, depth and expertise. LinuxCBT EL-5 Edition prepares you or your organization for successfully deploying and managing business-critical RedHat® Enterprise 5-based solutions. Let LinuxCBT EL-5 Edition teach you applicable GNU/Linux skills.

Recommended Prerequisites for:
  • LinuxCBT EL-5 Edition
    • Open mind & determination to master Linux and related open-source applications
    • Basic MS Windows skills
    • Basic understanding of networking concepts
    • Access to a PC to perform all of the installations and exercises

LinuxCBT - Cource Objectives

Installations - Shell Basics - Permissions - File Systems - Package Management

  • Installations - Local Media - Network - LVM- RAID5 - VMWare - Kickstart
    • Explore network layout
    • Discuss features of RedHat® Enterprise Linux 5
    • Install RedHat Enterprise 5 on Dell Power Edge Server using local media
    • VMWare - Virtual Machine Installation
    • VMWare Network Installation
    • Installation with RAID5
    • Installation with Logical Volume Management (LVM) volumes
    • Kickstart, automated installation
    • Kickstart installation with RAID5
    • FTP installation
    • Explore - BIOS - GRUB - INIT environments
    • Explain GNU/Linux System V Init Runlevel (0 - 6) concepts & applications
    • Enter the Rescue environment
    • Debug failed INITRD environments

  • Common BASH Shell commands - Command Line Interface (CLI)
    • pwd, touch, stat, ls - explore useful Linux system commands
    • echo, cat - expose ASCII text and integrate with files
    • cp - copy files
    • mv - move files throughout the file system
    • tar - explore features and advantages of tarballs
    • gzip, bzip2, zip- intetgrate with tar and examine Internet archive
    • diff - compare and contrast between 2 or 3 files - diff3
    • file - discuss logic used to ascertain file type
    • find - single and multiple expressions and criteria
    • slocate - Compare and contrast with find and create system-wide DB
    • w, wall, watch, whereis, which, who - Important w commands
    • ps - explore process lists
    • free & top - explore process management with top
    • seq, top, jobs, fg, kill, killall, bg - Manage processes using standard tools
    • Use grep to process lines
    • Use awk to process fields
    • Use sed to process text streams
    • Explore Perl basics
    • User and group creation & management concepts - passwd, shadow, group, gshadow files
    • Use system-config-users to create and manage users and groups

  • Permissions - Symlinks - Quotas - File System Management
    • Discuss & Identify file system permissions
    • Create Symbolic links (hard & soft)
    • Implement file system quotas
    • Use FDISK
    • Create Standard Linux Partition
    • Make EXT2 File System & mount for general usage
    • Remove EXT2 partition and create EXT3-based parition
    • FSTAB - explore File System Table
    • Use FDISK to create a swap partition
    • Create Swap partition using MKSWAP & SWAPON
    • Provision additional swap space using swapon & swapoff
    • Create Swap space using files in conjunction with partitions
    • Logical Volume Management (LVM) - Discuss concepts and applications
    • Allocate partitions for usage with LVM
    • Create Physical Volumes
    • Create Volume Groups based on Physical Volumes
    • Create Logical Volumes based on Volume Groups
    • Mount and use LVM Volumes
    • Resize LVM Volumes
    • Create run-time RAID volumes
    • Evaluate results

  • Kickstart-based RAID Installation
    • Use Kickstart tool to configure automated kickstart process
    • Installation via HTTP using Kickstart
    • Discuss RAID concepts and configuration
    • Configure RAID disk partitions

  • RPM | YUM Package Management Tools - Concepts & Usage
    • Query existing packages & file-based packages
    • Identify offline and online package repositories
    • Install packages
    • Upgrade packages
    • Freshen packages
    • Remove packages
    • Create YUM repository
    • Install packages using YUM

  • CRON - System Scheduler
    • Explore Cron Implementation
    • Explain scheduling options
    • Global and scope-based Cron options
    • Schedules jobs to run & examine the output
    • Configure individual Crontab entries

  • Explore System Logging via SYSLOG and Logrotate
    • Explore Boot log & System Log
    • Explore dmesg
    • Explanation of syslog facilities & levels
    • Demonstrate syslog administration
    • Enable SYSLOG network listener
    • Demonstrate Cisco PIX Firewall to Linux SYSLOG functionality
    • Explore automatic log rotation and customization via Logrotate
    • Configure Logrotate to rotate & compress sample log files

  • Common Network Utilities
    • Explore PING
    • Use Telnet to test TCP ports
    • Explore Netstat socket listings
    • Use arp to reveal layer-2 information
    • LFTP - basic usage, job control
    • LFTP - mirror and reverse mirror content - resume transmission
    • LFTP - batch, non-interactive, scripted mode
    • Introduction to SSH concepts, implementation, etc.
    • Use SSH Client to connect to remote Linux Systems using password authentication
    • Identify key SSH-client files (.known_hosts, public/private key pairs,etc.)
    • Authenticate to remote Linux systems using alternate credentials
    • Use Secure Copy Protocol (SCP) to move data between systems non-interactively
    • Use Secure File Transfer Protocol (SFTP) to move data between systems interactively
    • Demonstrate how to generate Public/Private key (RSA/DSA) pairs using SSH-Keygen
    • Demonstrate using SSH to authenticate to remote Linux hosts without passwords
    • Install RedHat Enterprise Workstation on Dell Laptop using HTTP
    • Generate Public Key/Private Key pairs for use with file and E-mail encryption

  • Network Interface Configuration
    • Discuss concepts
    • Identify key files
    • Configure aliased interfaces
    • Evaluate results

    • Kernel Concepts and Management - NTSYSV & Chkconfig
      • Identify and discuss kernel implementation
      • Use kernel utils to identify modules and supported hardware
      • Discuss proper kernel update procedures
      • Download and Install the latest SMP-based kernel
      • Confirm results
      • Remove outdated kernel and confirm results
      • Download and Install the latest Uniprocessor-based kernel
      • Examine changes to GRUB and other key directory trees
      • Explore ntsysv
      • Explore chkconfig

  • Implement Network Time Protocol (NTP) Client/Server
    • Configure Network Time Protocol (NTP) to perform client/server time synchronization
    • Synchronize SUSE Enterprise Linux NTP with additional Linux Stratum 2 NTP server
    • Synchronize against Stratum 1 NTP servers

  • Trivial File Transfer Protocol Daemon (TFTPD)
    • Explain TFTPD Concepts & Applications
    • Explore TFTPD configuration file
    • Configure TFTPD with applicable options
    • Backup Cisco configuration using TFTPD

  • Very Secure File Transfer Protocol Daemon (VSFTPD)
    • Explain VSFTPD Concepts & Applications
    • Explore VSFTPD configuration file
    • Configure VSFTPD with applicable options
    • Connect to VSFTPD server

  • TelnetD
    • Explain Telnet Concepts & Applications
    • Explore Telnet configuration files
    • Evaluate Telnet connectivity

  • Dynamic Host Configuration Protocol (DHCP)
    • Explain DHCP Concepts & Applications
    • Explore DHCP configuration files
    • Configure DHCP subnet with applicable options
    • Configure DHCP Reservation based on layer-2 address

  • Domain Name System (DNS)
    • Configure BIND as a caching-only DNS server
    • Implement Master DNS Zone
    • Configure Reverse Zone for local subnet
    • Configure Master/Slave Zones with Linux Server
    • Evaluate results of BIND configuration using DIG, nslookup & host
    • Configure BIND with reverse DNS support
    • Configure BIND with IPv6 support

  • Network File System (NFS) Implementation
    • Implement NFS Server
    • Export shares and discuss options
    • Mount NFS exports on remote Linux Host
    • Implement AutoFS

  • Samba Implementation
    • Implement Linux & Windows Integration via Samba
    • Explore Samba Configuration files
    • Install Samba Server support
    • Install Samba Web-based Administration Tool (SWAT)
    • Configure Samba file sharing
    • Configure Samba with multiple NETBIOS aliases
    • Configure Samba-Active Directory Integration with Winbind
    • Evaluate results

Apache - MySQL® - PHP (LAMP)

  • Apache Web Server Implementation
    • Discuss Apache server's features and concepts
    • Examine Apache HTTPD CONF hierarchy
    • Examine various configuration files
    • Implement Apache Mod Alias
    • Follow SYMLINKS
    • Discuss and implement the Directory directive
    • Restrict access to content based on IPs and subnets
    • Discuss .htacess file with directives
    • Configure IP-based Virtual Hosts
    • Configure Name-based Virtual Hosts
    • Implement Basic and digest authentication schemes
    • Explore Apache logging semantics
    • Implement Apache logging system per virtual host
    • Configure Apache with SSL support

  • MySQL® Relational Database Management System
    • Install MySQL® Relational Database Management System
    • Secure access to MySQL®
    • Explore MySQL® monitor shell-based interface
    • Create sample MySQL® database
    • Populate with data and execute queries
    • Evaluate results

  • Postfix Message Transfer Agent (MTA)
    • Introduction to Sendmail Implementation
    • Configure Postfix as default MTA
    • Introduction to Postfix Message Transfer Agent (MTA)
    • Explore the directives in the Postfix configuration files
    • Define default values for the FQDN
    • Alter myorigin and examine results
    • Configure Postfix to route messages using a Smarthost
    • Examine how Postfix delivers mail locally
    • Configure SMTP Relaying in Postfix
    • Use Mutt to demonstrate outbound mail handling using Postfix
    • Define SMTP Virtual domains for hosting multiple DNS domains
    • Configure Postfix with a production LinuxCBT DNS domain
    • Examine Virtual domain routing with production and non-production DNS domains

  • Internet Messaging Access Protocol (IMAP) - Dovecot
    • Explain IMAP concepts and applications in comparison to POP3
    • Implement IMAP services
    • Connect to IMAP services from remote Windows Outlook Express client
    • Implement IMAPS
    • Generate new self-signed SSL certificate for use with IMAPS

  • Squirrel-mail Web-based Mail Interface Implementation
    • Describe required squirrel mail components for web-mail integration
    • Install squirrel mail on SUSE Enterprise Linux system
    • Configure Apache virtual directory for squirrel mail integration
    • Configure Apache Virtual Host for squirrel mail integration
    • Configure BIND DNS services for squirrel mail integration
    • Explore squirrel mail's web-based interface

  • Squid Proxy Server
    • Discuss features and benefits
    • Explore configuration
    • Enable and test Squid from a web browser
    • Evaluate results

Security Implementation Techniques

  • SELinux Intro
    • Discuss features and benefits
    • Explore default configuration
    • Enable | Disable SELinux
    • Identify key tools
    • Evaluate results

  • GNU Privacy Guard (GPG) Implementation
    • Discuss features and benefits
    • Explore default configuration
    • Generate usage keys
    • Encrypt | Decrypt data
    • Exchange encrypted data with remote user
    • Evaluate results

  • Secure Shell Daemon - Secure Communications Implementation
    • Explore SSHD key configuration files
    • Restrict access to SSHD
    • Explore SSHD logging
    • Execute remote commands in non-interactive mode using SSH
    • Discuss forced-commands framework
    • Configure SUSE Enterprise to accomodate forced-commands
    • Test forced-commands for pre-configured accounts for push/pull secure transactions
    • Integrate SSHD with Windows 2003 Server and PuTTY SSH client
    • Implement PKI with PuTTY SSH
    • Use PSCP and PSFTP to communicate securely from Windows
    • Evaluate results

  • IPTABLES (Netfilter Linux Kernel-based Firewall)
    • Discuss IPTABLES/Netfilter Concepts
    • Explore default tables and chains
    • Define and test INPUT chain
    • Define and test OUTPUT chain
    • Create user-defined chain and evaluate results
    • Explain IPTABLES default chains/filters and policies
    • Examine TCP/ICMP communications pre-IPTABLES chains
    • Filter traffic based on Layer-4 TCP/UDP (Source/Destination Ports) information
    • Restrict access to SSH and test connectivity
    • Implement IP Forwarding between disparate subnets
    • Evaluate IPTables6 (IPv6) support


  • NMAP - Port Scanner and Vulnerability Assessment Tool
    • Obtain, and install current version of NMAP
    • Identify commonly used NMAPoptions/switches/parameters
    • Explain typical TCPhandshake protocol while using NMAP
    • Identifiy key NMAP configuration files
    • Use NMAP to perform operating system fingerprinting
    • Peform subnet-wide ethical scans
    • Perform default TCPSYN-based ethical scans of local and remote resources
    • Examine the results of scans on remote Cisco firewall with debugging mode enabled
    • Perform default TCPConnect-based ethical scans of local and remote resources
    • Peform local ethical scans
    • Discuss NMAP's features and applications
    • Perform Connect/Syn/Fin and various ethical port-scans
    • Perform service exposure scans

  • Nessus Vulnerability Scanner
    • Download and Install Nessus Vulnerability Scanner
    • Register Nessus to obtain updated definitions
    • Perform basic Nessus system configuration and start the daemon
    • Use Nessus Linux client to connect to Nessus Server and perform scans
    • Examine resuls of scanning local and remote hosts
    • Evaluate results

  • Snort® 2.x Network Intrusion Detection System (NIDS)
    • Obtain, and install pre-requisites (libpcap/libpcre/etc.)
    • Obtain, compile and install the Snort® Network Intrusion Detection System (NIDS)
    • Identify and explain key operating modes (Sniffer/Logger/NIDS)
    • Explore in network sniffer mode
    • Explain OSI Model and relevant sniffing options
    • Explore Snort® in ASCII and Binary (TCPDUMP) logging modes
    • Output logs to ASCII text format and examine the results
    • Output logs to binary format and examine the results
    • Implement Snort® with BPF to filter traffic
    • Generate traffic from remote Linux host and evaluate with Snort
    • Use Snort® with Berkeley Packet Filter (BPF) to parse logs
    • Implement Snort® in NIDS modes
    • Explore the snort.conf file and discuss rules
    • Explain Logging and Alerting output options
    • Install BASE - Analysis package
    • Perform port-scans from remote Linux systems and analyze Alerts using BASE
    • Configure Snort® to log to SYSLOG
more info @http://www.linuxcbt.com/products_linuxcbt_el-5_edition.php

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