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Catching The Hackers II: Systems to Defend Networks
Catching The Hackers in the Act
Intrusion detection systems (IDS) give you the ability to detect when your networks or systems are being probed or attacked, or if they have been compromised in some manner. This critical monitoring capability is an essential component in any comprehensive enterprise network security program. IDS systems, however, have a reputation for being difficult and expensive to deploy, and can be time-consuming to properly manage. Many organizations that have implemented IDS in their infrastructures have a hard time developing the adequate processes for tuning the systems, monitoring their massive amounts of output, and responding to critical security events in a timely manner.
In this 5 -day, hands-on class you will cover the ins and outs of intrusion detection systems. You will learn how IDS operates and the trade-offs between host-based and networked-based intrusion detection systems. You will discover methods for integrating and managing a network of IDS components; how to manage and administer IDS; where to position IDS sensors; what key freeware and commercial IDS tools are best where on your network; and how to determine if IDS should be outsourced or kept in-house. Using hands-on exercises, you will set up your own real-time IDS sensors. You will also detect and analyze an assortment of live hacker attacks and related probes and why you can't rely on IDS as your sole monitoring component. You will learn the difference between anomaly based and Signature based IDS that promise to make intrusion detection systems easier to manage and more effective as part of your information security strategy.
| Course Fee: |
$2,995 |
| Time: |
8:30am - 5pm |
| Location: |
Click here to view the course schedule |
| Learning Level: |
Advanced |
| CPE Credits: |
40 |
| Prerequisites: |
Basic knowledge of TCP/IP and networking and security |
What You Will Learn
1. Introduction to Intrusion Detection Systems
IDS roles and functions
practical applications for IDS
where and when IDS should NOT be used
strengths and weaknesses
2. Deploying IDS in the Enterprise
types of intrusion detection systems
network-based
host-based
integrity monitors
anomaly based
kernel monitors
real-time vs. pole for later
positioning IDS into a security infrastructure
firewalls vs. IDS
where IDS should be deployed in a network
managing and administering IDS
processes: analysis, incident response, CERT, escalation,
system maintenance
roles
insourcing vs. outsourcing
3. IDS Architecture
components of a network IDS system
sensors
collectors
management consoles
metatools
analysis of IDS functionality
4. IDS Operation
characteristics of anomalous traffic
false positives and negatives
correlation with other monitoring sources
event managers
security management consoles
5. Shopping for IDS Tools criteria for evaluating ID tools
performance
cost
support
integration with other tools
market analysis and demo of current network-based IDS tools
market analysis and demo of host-based IDS tools
6. Hands-On Labs: Install & Configure Commercial & Freeware IDS Tools
network-based IDS
host-based IDS
7. Network Attack Scenarios
types of attacks an IDS can help detect
network scans
port scans
denial of service
buffer overflow attacks
"de-synching" an IDS: fragmentation and other methods
attacks used to evade IDS:
CGI exploits, malformed URLs, and other application-layerattacks
demos: hacker attacks and what they look like on management consols
8. Hands-On Labs: Detecting an Assortment of Probes and Attack Scenarios
9. Reacting to the Attack: Defense Procedures
alert methods
immediate response
information gathering
analysis
update of procedures
10. New Directions in IDS Tools
meta-IDS consoles
NFAT tools
honeypots
11. Establishing a Solid ROI for IDS - Making the Business Case
*Course fees are subject to change
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