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| Section | Objectives |
|---|---|
| Topic 1: System Hacking | - Malware threats and system exploitation - Gaining access and privilege escalation |
| Topic 2: Network Attacks | - Sniffing and session hijacking - Denial of Service (DoS/DDoS) |
| Topic 3: Reconnaissance Techniques | - Scanning networks and enumeration - Footprinting and information gathering |
| Topic 4: Wireless and Mobile Security | - Wireless network attacks - Mobile platform vulnerabilities |
| Topic 5: Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| Topic 6: Web and Application Security | - Web application hacking techniques |
| Topic 7: Cloud and IoT Security | - IoT security fundamentals - Cloud computing security concepts |
| Topic 8: Cryptography | - Encryption, hashing, and cryptanalysis |
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NEW QUESTION # 641
A "Server-Side Includes" attack refers to the exploitation of a web application by injecting scripts in HTML pages or executing arbitrary code remotely.
Which web-page file type, if it exists on the web server, is a strong indication that the server is vulnerable to this kind of attack?
Answer: D
NEW QUESTION # 642
During a mobile security assessment for a banking institution in Denver, Colorado, a tester demonstrates a sophisticated attack on an Android device. He positions a small custom-built apparatus near the target phone while it is resting on a conference table.
Within seconds, and without physical contact from the tester, the device begins automatically interacting with its screen-launching applications, scrolling through menus, and confirming sensitive actions as though invisible fingers were tapping and swiping on the display. The attack manipulates how the device interprets external electromagnetic signals near the touchscreen, causing the interface to register unintended touch events.
Which mobile attack technique was demonstrated in this scenario?
Answer: D
Explanation:
Tap ' n Ghost is specifically designed to manipulate NFC-enabled smartphone touchscreens and can combine NFC-based interaction with a Ghost Touch Generator that produces unintended touchscreen events. Research describing the attack shows that an attacker can alter selections displayed on the victim ' s device and ultimately obtain remote interaction capabilities. That behavior closely matches a phone apparently receiving taps and swipes without the user physically touching the screen. SSL pinning bypass targets certificate- validation controls in applications, Agent Smith involves malicious Android application replacement or modification, and Advanced SMS Phishing relies on deceptive messaging or OTA-style provisioning. None explains externally induced touchscreen interaction. Mobile attack vectors and Android security threats fall directly under CEH v13 Module 17, making Tap ' n Ghost the technically appropriate answer.
NEW QUESTION # 643
You are an ethical hacker at ShieldPoint Security, hired by Pinecrest Travel Agency in Orlando, Florida, to perform a penetration test on their flight booking portal. During testing, you notice that normal SQL injection attempts are blocked by a security filter. To bypass it, you adjust your input so that key SQL keywords are broken apart with unexpected symbols, allowing the database to interpret them correctly while evading the filter. This manipulation allows you to retrieve hidden booking records despite the filter's restrictions. Based on the observed behavior, which SQL injection evasion technique are you employing?
Answer: A
Explanation:
The described bypass is most consistent with using an in-line comment technique. Many simplistic SQL injection filters look for specific "blocked" keywords such as SELECT, UNION, OR, or DROP as contiguous strings. If the tester breaks a keyword apart by inserting tokens the database will ignore-most commonly comment delimiters-the filter may fail to match the forbidden keyword, while the SQL parser still reconstructs the intended meaning. For example, inserting comment markers inside a keyword can cause the application-layer filter to miss the pattern, yet the database can still process the statement depending on the DBMS and parsing rules. This is why comment-based obfuscation is a common SQLi evasion approach against weak signature filters.
The scenario's wording "broken apart with unexpected symbols" maps well to comment markers such as /**/ (or other DBMS-specific comment forms). These characters look "unexpected" to a naive filter, but to the SQL engine they are treated as comments/whitespace and effectively ignored during parsing, allowing the attacker's intended keyword to be interpreted correctly.
Why the other options are less aligned:
String concatenation (A) is an obfuscation approach where attackers build keywords/strings using concatenation operators or functions (DBMS-specific). The scenario emphasizes splitting keywords with symbols that the DB interprets correctly as separators/ignored content, which more directly matches comment insertion.
Hex encoding (B) encodes parts of a payload (strings, sometimes function names) in hexadecimal form. That is a different technique than splitting keywords with inserted symbols.
Null byte (D) is historically used to terminate strings in certain contexts (more common in older file/path handling bugs) and is not the primary technique for bypassing keyword filters in modern SQL parsing.
Therefore, the SQL injection evasion technique is C. In-line Comment.
NEW QUESTION # 644
You start performing a penetration test against a specific website and have decided to start by grabbing all the links from the main page.
What is the best Linux pipe to achieve your milestone?
Answer: B
Explanation:
This question is about web link enumeration using Linux CLI tools - a common initial step during information gathering in penetration testing, covered in CEH v13 Module 02: Footprinting and Reconnaissance.
Objective:
Extract all hyperlinks (i.e., <a href="http...">) from the homepage of a target site to collect subpages, links, or external URLs.
Let's analyze each component of Option B:
=
=
curl -s https://site.com | grep '<a href='http' | grep "site.com" | cut -d "v" -f 2 curl -s https://site.com: Silently fetches the HTML source of the main page.
grep '<a href='http': Filters lines containing anchor tags with href attributes that begin with http.
grep "site.com": Further filters those that point to site.com.
cut -d "v" -f 2: Cuts the line based on the delimiter v to isolate part of the URL - though not perfect, it attempts to extract the visible link.
While not perfectly formed (due to slightly inconsistent quote usage), Option B demonstrates the correct logic chain for web link enumeration using pipes in Linux: fetching, filtering, and extracting.
Why Other Options Are Incorrect:
A). dirb https://site.com | grep "site"
# dirb is used for brute-forcing directories, not grabbing links from HTML.
C). wget https://site.com | grep "<a href=*http" | grep "site.com"
# Incorrect. wget will download the entire content (including binary files by default), and piping it directly to grep without -O - or -q -O - makes it ineffective.
D). wget https://site.com | cut -d"http"
# Incorrect. Syntax error (cut -d"http" is invalid without correct delimiter formatting), and again wget needs to be directed to stdout using -O -.
Corrected Optimal Syntax for Real-World Use:
bash
CopyEdit
curl -s https://site.com | grep -oP 'href="\Khttp[
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