Real-world, hands-on attack methods and
firewalls.
High-profile security breaches have made
network access control one of the most important concerns for
corporate and government network managers. Intruders attack
companies like yours every day.
It is your job to reduce the chance of
security breaches. Do you know what attacks intruders use and
how to counter them? As hackers become more sophisticated, so
must you. This course will give you the foundation knowledge to
protect your network from attack.
Hands-On Labs reinforce vital security
concepts and provide real-world practice using routers and
firewalls to protect your network. You will use tools such as
ISS SAFEsuiteTM and RealSecure, Check Point
FireWall-1, and Funk Software's Steel-Belted Radius.
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To register, call 916-852-2570
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| This course can be delivered by the
methods below: |
Classroom
Learning $1795 USD |
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You Learn...
 | Design security plans to protect your network
access points and services
 | Work with the latest screening routers and
firewall hardware and software
 | Design firewalls using router packet filtering
and application level gateways
 | Use port scanners, Telnet, TFTP, FTP, and other
hacker tools
 | Use a protocol analyzer to identify hacker
attacks
 | Test your classroom network's security and
secure a host
 | Use PGP to encrypt files and E-mail
 | Study system logs and audit files to pinpoint
security breaches |
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Who Would Benefit
Anyone responsible for designing or implementing
security policy in an enterprise network.
 | Network engineers and managers
 | Security administrators
 | IS and data center managers
 | System administrators
 | Security analysts |
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Course Outline
Please choose below for specific Outline
information.
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Classroom and Virtual Classroom e-Learning
Outline |
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Self Paced e-Learning Details |
Classroom and
Virtual Classroom e-Learning Outline
1. Attacks
 | How attackers think
 | Looking for holes
 | Thinking "outside the
box" |
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 | Information gathering
 | Social engineering
 | Scanning and sniffing |
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 | Unauthorized success
 | Misadministration
 | User accounts and passwords
 | Defaults
 | Session hijacking |
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 | Software bugs
 | Buffer overflows
 | Stupid vendor tricks |
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 | Places where security never existed
 | Non-authenticated services
 | Protocol anomalies |
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 | Malicious code
 | Viruses |
 | Denial of service
 | Resource overload |
 | Latest attacks in the news |
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2. Security Assessment
 | Risks
 | Assess threats
 | Implement safeguards |
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 | What to protect?
 | Trade secrets
 | Customer data
 | Employee information |
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 | Who are the attackers?
 | White and black hat hackers
 | Script kiddies
 | Corporate or government spies
 | Money
 | Anger/revenge |
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 | Legal issues
 | Computer Fraud and Abuse Act
 | Due diligence and downstream
liability
 | Global jurisdictions |
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3. Security Implementation Policy
 | Characteristics
 | Implementable
 | Enforceable
 | Access, accountability, and
authentication |
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 | Architecture
 | Separation of services
 | Deny all vs. allow all |
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 | Services and access
 | Surveys
 | Physical security |
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 | Vulnerability detection and audit
 | Intrusion detection
 | Incident response team |
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 | Network forensics
 | Investigation methods
 | Law enforcement involvement |
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4. Firewall Architecture
 | Perimeter definition
 | Trusted vs. untrusted |
 | Depth of defense
 | Single-layer protection
 | Double-layer protection |
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 | DMZ
 | Triple-layer |
 | Belt and suspenders |
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5. Firewall Components
 | Bastion host
 | Host-based network security |
 | Packet filters
 | IP addresses
 | Port numbers
 | Protocol |
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 | Proxy servers
 | Application-level filtering |
 | Stateful inspection
 | Dynamic filtering |
 | Hybrid firewalls
 | Features and advantages |
 | Small/personal firewalls
 | Single host protection |
 | Firewall products
 | PIX, FW-1, Gauntlet, Raptor,
Sidewinder
 | ZoneAlarm, BlackICE, Norton
Internet Security |
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 | Content filtering
 | Screening bad information
 | CCIAPI |
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 | Adaptive Network Security
 | ANSA
 | IDS updates firewall rules |
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6. Authentication
 | Reasons to authenticate
 | Access control
 | Audit and accountability |
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 | Authenticators
 | Something you know
 | Something you have
 | Something you are |
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 | Passwords
 | PINS |
 | Tokens and keys
 | Smartcards
 | Certificates and digital IDs |
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 | Biometrics
 | Fingerprints
 | Retinal and iris scanning
 | Voiceprints
 | Body geometry |
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 | Authentication placement
 | Where does trust occur? |
 | Issues
 | Trust and granting authorization
 | False positives and negatives
 | Randomness and entropy
 | Scalability
 | Cost keys and revocation |
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 | Enhancements
 | Two-factor authentication
 | One-time passwords
 | Single sign-on
 | Remote authentication |
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 | Centralized authentication methods
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7. Intrusion Detection
 | Detection methods
 | Detection process
 | Network-based
 | Host-based
 | Integration |
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 | Centralization and placement
 | IDS Issues
 | False positives
 | False negatives
 | IDS compromise |
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8. Vulnerability Detection and Audit
 | Break in before the hackers do
 | Types of vulnerability scanners
 | Network-based
 | Host-based
 | Database
 | Web server
 | Firewall |
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 | Issues
 | Network impact
 | Scan frequency
 | Updates |
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9. Futures
 | Secure communications
 | Cryptography and VPNs |
 | Security management |
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Hands-On Lab 1: Network Configuration
An essential element of network security
is having knowledge of your network configuration. Become
familiar with the classroom network configuration by setting up
the equipment you will use for the remainder of the course. Test
network connectivity to ensure proper operation before taking
actions in subsequent labs.
Hands-On Lab 2: Hacker Tricks
Explore the methods used by attackers to
hack into networked computers. Use a port scanner to scan a host
for available ports and services. Use SMTP primitives and TFTP
commands to send spoofed E-mail or gain unauthorized
information. Discuss ways to prevent them. Explore
password-cracking tools used to brute force guess passwords.
Examine tools used to flood systems and review ways to prevent
them from taking your systems down.
Hands-On Lab 3: Security Policy
Using RFC 2196, the Site Security
Handbook, develop a network security policy to use during the
course. Discuss which services and types of access to allow into
or out of your network. Establish procedures for educating users
about the security policy you develop. Consider how to audit
your policy and what special circumstances might affect your
policy.
Hands-On Lab 4: Incident Response and
Network Forensics
With guidelines from RFC 2196, develop an
incident response plan and list the actions to take when an
incident occurs. Plan the steps required for an incident
response team to investigate an incident. Use network forensics
tools to gather evidence that can be used in court. Establish
the requirements for investigation that will meet legal
requirements for law enforcement.
Hands-On Lab 5: Packet Filters
Set up a packet filter using a Cisco
router. Examine how the packets traverse the network and
determine whether your filter is working as designed. Write
access lists and draft several samples to meet a variety of
different security policies.
Hands-On Lab 6: Firewall Configuration
Configure and test Check Point FireWall-1.
Develop the trusted and untrusted network configurations,
administer proxying features, and examine logging features. Set
up address translation features and verify their operation.
Hands-On Lab 7: Authentication
Administer a commercially available
authentication product with centralized administration. Build
user accounts and set access permissions for a token-based
authentication system. Test the authentication system and
examine logging features.
Hands-On Lab 8: Intrusion Detection
Explore real-time intrusion detection
software and see how an automated intrusion detection system
works. Configure tools like ISS RealSecure to protect network
resources.
Hands-On Lab 9: Vulnerability Detection
Explore vulnerability detection tools to
scan your network and demonstrate how they can improve an
organization’s network security. Use a commercially available
vulnerability detection tool to review and correct
vulnerabilities.
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Self-Paced
e-Learning Details
Title 1: Attack Methods - 282097
You are under attack! Statistics show that
if your organization has not yet been exposed to an attack, you
will be in the near future. Learn who the attackers are, how
they break into computer networks, how they gain information
about their victims, and how they gain unauthorized access or
cause denials of service.
Title 2: Security Policy Design and
Implementation - 282098
Without a well thought out security policy
firmly in place, you are at a greater risk of an attack
(internal or external) than those companies that have
established a policy. Understand what threats your organization
should be concerned about, what assets to protect, how to
implement safeguards, and the costs and benefits involved in
establishing a security policy.
Title 3: Firewalls, Proxies and Packet
Filters - 282099
Gain a complete understanding of what a
firewall does, the various components of a firewall solution,
the issues that affect firewall use, and advanced features that
are being developed. Learn about packet filters, proxy servers,
stateful inspection, and bastion hosts. Assess the advantages
and disadvantages of different security architectures.
Title 4: Authentication, Detection and
Auditing - 282100
Get an in-depth look at intrusion
detection systems, vulnerability scanners, and auditing
features. Learn about the various features of authentication:
passwords, tokens, keys and biometrics.
Package Titles 1-4 - 282101
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Suggested Prerequisites
A fundamental knowledge of TCP/IP is required. Our
Internetworking With TCP/IP course provides an excellent
foundation for this course.
 | Internetworking with TCP/IP |
Suggested Follow-ons
Students followed up Network Security I: Policy,
Administration, and Firewalls [formerly Network Security and Firewall
Administration] by attending these popular classes:
 | Network Security II: Integration and
Implementation [formerly Designing Security Architectures]
 | VPNs and Data Privacy |
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