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Short Description:
In this course you'll learn what hackers can do, how they do it, and how you can minimize or eliminate your vulnerabilities to these threats and attacks.
Full Description:
Course Description
Countermeasures Against Hacking is a 5-day instructor led, hands-on course designed to teach network and system administrators the unique skills required to protect the information assets of their organizations. In this course you'll learn what hackers know. You'll learn what they can do, how they do it, and most importantly, how you can minimize or eliminate your vulnerabilities to these threats and attacks.
What You Will Learn:
The premise of Countermeasures Against Hacking course is simple. You need to understand the threats, you need to know how hackers identify and exploit your vulnerabilities, and then you need to know what you can do to eliminate your vulnerabilities. As each exploit technique is taught, you will perform the task individually and then you will implement and test an appropriate countermeasure. Areas covered in this course include:
Network foot printing, port scanning and enumeration techniques
Specific operating system vulnerabilities (Win-NT, *nix, Win-2K, Solaris)
Denial of service and password structure attacks
System service attacks on services such as Mail and DNS
Web server vulnerabilities
Application level exploits, worms, viruses and Trojans
Network vulnerabilities, sniffing, wireless sniffing, IP spoofing and PPTP/VPN breaking
Who Should Attend:
System / Network Administrators
Information / System Security Administrators / Specialists
Countermeasures Against Hacking
Outline
Chapter 1: Security Theory
Chapter 2: The Development of Hacking
This is a comprehensive look at the hacking culture, Internet fraud, a bit of hacking lore and ways in which exploits have been perpetrated in the past.
Chapter 3: Cyber Crime Today
This is a comprehensive examination of recent activities in the area of information security including cyber terrorism, the development of IRC Bots, Viruses, Worms and Steganography.
Chapter 4: Scanning And Enumeration
This is the starting point for students to gain hands on experience by identifying exploitable systems on a network using a variety of reconnaissance and enumeration techniques.
Labs include: UseNet Recon, Ping Sweeping,Port Scanning and Enumeration Techniques.
Chapter 5: Operating System Vulnerabilities and Countermeasures
This hands on chapter deals specifically with techniques of operating system level exploitation. We will examine vulnerabilities of *nix, WinNT, Win2K, and Solaris.
Labs include: SAM Acquisition, Hash Cracking, Buffer Overflow, Denial of Service and password file grabbing and cracking.
Chapter 6: System Services Vulnerabilities and Countermeasures
This hands on chapter examines service level vulnerabilities associated with mail, DNS and web servers. Through labs and instructor demonstrations you will learn how these exploits can threaten your systems and also make you liable for exploits committed from your systems without your knowledge.
Labs include: Showcode, RDS and Unicode, WebScan, WebCrack and Browser Exploitation.
Chapter 7: Application Vulnerabilities and Countermeasures
This section details application level exploitation including mail spoofing, mail bombs, worms, viruses, and mail relays. Application level exploits represent one of the fastest growing and most reported categories of threats to your system. In this chapter you will execute a variety of attacks and implement the appropriate countermeasures to defend yourself.
Labs include: Mail Spoofing, Open Relay Checks, NetCat, RootKit, Session Hacking, Trojans and NetBus.
Chapter 8: Network Vulnerabilities and Countermeasures
Chapter 8 examines network vulnerabilities associated with brick and mortar networks as well as wireless networks.
Labs include: wired, and wireless network sniffing, and using Dsniff.
Chapter 9: Preventing an Attack
This chapter examines some tools and techniques designed to give you the advantage in detecting intrusions, tracking activities and responding to a hacking incident should one be attempted or occur.
Labs include: Use of Black Ice and Snort.
Chapter 10: After You've Been Hit
This chapter is an introduction to incident response planning and forensics.
Duration:
5 days
Price:
$3,000
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