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ogy will also be helpful to you. Again, though, if you know the material, you can move
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around as you need to.
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Objective Map
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Table I.1 contains an objective map to show you at a glance where you can find each objec-
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tive covered. While there are chapters listed for all of these, there are some objectives that
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are scattered throughout the book. Specifically, tools, systems, and programs get at least
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touched on in most of the chapters.
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Table I.1 Objective Map
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Objective Chapter
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Tasks
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1.1 Systems development and management 7, 14
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1.2 Systems analysis and audits 4, 5, 6, 7
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1.3 Security testing and vulnerabilities 7, 8
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1.4 Reporting 1, 7
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1.5 Mitigation 7, 8
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1.6 Ethics 1
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Objective Chapter
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Knowledge
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2.1 Background 2, 3
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2.2 Analysis/assessment 2, 11
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2.3 Security 3, 13, 14
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2.4 Tools, systems, programs 4, 5, 6, 7
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2.5 Procedures/methodology 1, 4, 5, 6, 7, 14
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2.6 Regulation/policy 1, 14
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2.7 Ethics 1
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On the Day of the Exam
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Plan to arrive at your test center at least 30 minutes before your exam start time. To check
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in, you’ll need to:
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■ ■ Show two (2) valid, unexpired forms of personal ID (examples include: government
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issued IDs, passport, etc.). Both must have your signature, and one of the two must
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have your photo. For more information about acceptable IDs please visit: https://
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www.isc2.org/Register-for-Exam, and look under the What You Need to Bring to the
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Test Center tab for more information.
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■ ■ Provide your signature.
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■ ■ Submit to a palm vein scan (unless it’s prohibited by law).
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■ ■ Have your photo taken. Hats, scarves, and coats may not be worn for your photo. You
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also can’t wear these items in the test room.
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The Test Administrator (TA) will give you a short orientation. If you have already arranged
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for special accommodations for your testing, and (ISC)2 and Pearson VUE have approved them,
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be sure to go over these with the TA. Then, the TA will escort you to a computer terminal.
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Let’s Get Started!
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This book is structured in a way that you will be led through foundational concepts and then
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through a general methodology for ethical hacking. You can feel free to select your own path-
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way through the book. Remember, wherever possible, get your hands dirty. Get some experi-
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ence with tools, tactics, and procedures that you are less familiar with. It will help you a lot.
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Take the self-assessment. It may help you get a better idea how you can make the best
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use of this book.
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1. Which header field is used to reassemble fragmented IP packets?
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A. Destination address
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B. IP identification
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C. Don’t fragment bit
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D. ToS field
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2. If you were to see the following in a packet capture, what would you expect was happening?
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‘ or 1=1;
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A. Cross-site scripting
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B. Command injection
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C. SQL injection
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D. XML external entity injection
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3. What method might you use to successfully get malware onto a mobile device?
|
A. Through the Apple Store or Google Play Store
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B. External storage on an Android
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C. Third-party app store
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D. Jailbreaking
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4. What protocol is used to take a destination IP address and get a packet to a destination on
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the local network?
|
A. DHCP
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B. ARP
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C. DNS
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D. RARP
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5. What would be the result of sending the string AAAAAAAAAAAAAAAAA into a variable
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that has been allocated space for 8 bytes?
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A. Heap spraying
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B. SQL injection
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C. Buffer overflow
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D. Slowloris attack
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6. If you were to see the subnet mask 255.255.248.0, what CIDR notation (prefix) would you
|
use to indicate the same thing?
|
A. /23
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B. /22
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C. /21
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D. /20
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7. What is the primary difference between a worm and a virus?
|
A. A worm uses polymorphic code
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B. A virus uses polymorphic code
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C. A worm can self-propagate
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D. A virus can self-propagate
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8. How would you calculate risk?
|
A. Probability * loss
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B. Probability * mitigation factor
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C. (Loss + mitigation factor) * (loss/probability)
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D. Probability * mitigation factor
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9. How does an evil twin attack work?
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A. Phishing users for credentials
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B. Spoofing an SSID
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C. Changing an SSID
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D. Injecting four-way handshakes
|
10. In order to remove malware in the network before it gets to the endpoint, you would use
|
which of the following?
|
A. Antivirus
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B. Application layer gateway
|
Subsets and Splits
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