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EC-Council Core Concepts Online

Overview

In this course you will learn the core skills to build a solid security foundation. You will examine in detail the traffic that traverses the network at the packet and binary level. You will build solid knowledge on the lowest layers of the network. In the course you will conduct extensive hands-on exercises. You will learn to master the TCP/IP protocol. You will learn essential UNIX and Linux survival skills that separate you from the many security professionals who are Windows centric.

Additionally, you will be introduced to vulnerability assessment and the hacking methodology. When you finish this course you will have a solid security foundation to pursue more advanced security training. For many, when you take a class like the Certified Ethical Hacker (CEH) you have not established the foundation that is needed to get the most from the course, this is where the Core Concepts course comes in, it is the bridge between a beginning level security course and CEH; furthermore, it focus on the main concepts required to build a foundation in security.
How will this course benefit you?
To gain the skills needed to move on to more advanced security topics. The majority of professionals entering the field will lack the foundation that this course will bring. Take the free evaluation test and if the majority of the questions are new to you and the answers are unknown you would benefit greatly from taking this class.
Audience
This course is for anyone who wants to start out with the foundation and core concept skills for becoming a security professional.

What's Included

Please note that this product includes relevant exam vouchers and 6-months access to the EC-Council iLabs.

More Information

Course Outline

Module 1

Introduction To Required Skills For Security
  • TCP/IP
  • Unix/linux
  • Introduction to the hacking process
  • Virtualization
LAB: Security Skills Introduction
Security Model
  • Authentication
  • Confidentiality
  • Integrity
  • Availability
  • Authorization
LAB: Security Model
  • Security Posture
  • Promiscuous
  • Paranoid
  • Permissive
  • Prudent

Security Posture

  • Identifying services and allowing them

Risk Management

  • Defining types of risk
  • Types of risk

Module 2

Introduction & Overview

  • Introducing TCP/IP networks
  • What TCP/IP Networks
  • What TCP/IP provides: Key application services & multivendor capabilities TCP/IP & the internet
  • Internet RFC’s & STDs

TCP/IP Protocol architecture

Protocol layering concepts

TCP/IP layering

Components of TCP/IP networks

Network protocols (IP, TCP, UDP, ICMP)

LAB: TCP/IP

Transport protocols

  • Packet headers

Encapsulation

LAB: The Layers

Analyzing Network Traffic

  • Examining the data at the packet level
  • Control flags of TCP

Identifying the characteristics of network connections

LAB: Analyzing Packets

Advanced Protocol Analysis

Using Protocol Analyzers
  • tcpdump
  • dsniff
  • Wireshark
  • Etherape
  • Ettercap
LAB: Protocol Analysis I
Wireshark
  • Leveraging the filter capabilities
  • Working within the GUI
  • Low level analysis
  • Following session communication
  • Customizing the interface
  • Using the statistics features within the tool
  • Text-based Wireshark

Packet decomposition

LAB: Protocol Analysis II

Tcpreplay

  • Using traffic replay for training & advanced analysis

Customizing & crafting packets

  • Command line tools
  • GUI based tools

LAB: Protocol Analysis III

Advanced features of Wireshark

  • Filters
  • Sessions
  • Graphs
  • Endpoints
  • Statistics
  • Custom

LAB: Advanced Wireshark

  • Colasoft
  • Hping
LAB: Crafting Packets
Module 3
UNIX/Linux
  • Interacting with UNIX
  • Graphical user interfaces
  • The Common Desktop Environment (CDE)
  • GNOME, Java Desktop System, others
  • The command line interface
  • Entering commands to the shell
  • Browsing online documentation
  • Displaying man pages
  • Managing Files
  • Essential file housekeeping tools
  • Copying: cp
  • Renaming: mv
  • Removing: rm
  • Linking: ln
  • Editing: vi
  • Printing: lp, lpr

Root

  • Ways to assume root

Lab: UNIX I

Working with the processes & jobs

  • ps
  • jobs
  • kill

Disk Commands

  • Mount
  • Unmount
  • df
  • du

Working with files

  • gunzip
  • zcat
  • tar
Searching files & directories
  • find
  • grep
  • strings
Compiling programs
Password storage
Networking
Address resolution
Editors
Lab: UNIX II
Module 4
Introducing Linux
  • The UNIX heritage
  • Linux inception
  • Linux kernel & GNU tools
  • Open source licensing
  • Distributions
  • Accessing the system
  • The GNOME desktop
  • Customizing panels, launchers & applets
  • Examining graphical applications
  • Personalizing the terminal window
  • Starting at the command line

LAB: Linux

Module 5

Overview of Virtual Machines

  • Defining virtual machines (servers & workstations)
  • Advantages of deploying VMs
  • Creating a Virtual Machine from a System Image or Another Virtual Machine
  • Conversion Process for Importing from Other Formats
  • VMware Converter Compared to the Conversion Wizard
  • Supported Source machines
  • Operating System Compatibility
  • Importing from Various Sources

Transferring Files & Text Between the Host & Guest

  • Using drag-and-drop
  • Enable or disable drag-and-drop
  • Using copy & paste
  • Enable or disable copy & paste
  • Using shared folders
  • Set up shared folders
  • Enabling and disabling shared folders

Viewing a shared folder

Preserving the State of a Virtual Machine

  • Using the suspend & resume features
  • Use hard suspend or soft suspend
  • Suspend or resume a virtual machine
  • Using snapshots
  • Scenarios for using multiple snapshots
  • Information captured by snapshots
  • Snapshot conflicts
  • Enable or disable background snapshots exclude a virtual disk from snapshots 193
  • Snapshot manager overview
  • Take a snapshot
  • Rename a snapshot or recording
  • Restore an earlier state from a snapshot
  • Delete a snapshot or a recording
  • Take or revert to a snapshot at power off

Configuring a Virtual Network

  • Components of the virtual network
  • Virtual switch
  • DHCP server
  • Netwrok adaptor
  • Common networking configurations

Building complex virtual architectures to emulate enterprise architectures

Module 6

Introduction to Vulnerability Assessment

  • Defining vulnerability
  • Vulnerability scanners
  • Challenge of vulnerability assessment
  • Penetration testing defined
  • Enumeration

Module 7

Introduction to the Hacking Process

Hacking Methodology

  • Surveillance
  • Foot printing
  • Scanning
  • Vulnerability assessment
  • Exploitation
  • Covering tracks
  • Evasion
Module 8

Challenges of Staying Current

  • Books
  • Mailing lists
  • Videos
  • Professional organizations

Learning Objectives

By taking this course you will learn the foundations of security to include in-depth knowledge of the TCP/IP protocol.

  • You will learn how to analyze packets for irregularities
  • You will learn how to detect signs of crafted packets
  • You will learn advanced protocol analysis techniques
  • You will perform low-level protocol analysis
  • You will leans functional skills in Unix and Linux
  • You will learn virtualization and how to build your own virtual labs
  • You will learn the fundamentals of vulnerability assessment and the hacking methodology

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