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| Section | Objectives |
|---|---|
| Reconnaissance Techniques | - Scanning networks and enumeration - Footprinting and information gathering |
| Cryptography | - Encryption, hashing, and cryptanalysis |
| Wireless and Mobile Security | - Wireless network attacks - Mobile platform vulnerabilities |
| Network Attacks | - Denial of Service (DoS/DDoS) - Sniffing and session hijacking |
| Web and Application Security | - Web application hacking techniques |
| Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| System Hacking | - Malware threats and system exploitation - Gaining access and privilege escalation |
| Cloud and IoT Security | - IoT security fundamentals - Cloud computing security concepts |
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NEW QUESTION # 573
Which of the following is the primary goal of ethical hacking?
Answer: B
Explanation:
Ethical hacking, as defined throughout CEH courseware, is the authorized and legitimate process of identifying vulnerabilities, weaknesses, and misconfigurations in information systems. The primary objective is to strengthen security by discovering issues before malicious actors can exploit them. Ethical hackers follow strict legal guidelines, obtain written permission, and operate within a defined scope to ensure their activities contribute positively to the organization's security posture. Unlike malicious hacking, the intent is not to steal data, cause harm, or disrupt operations. Ethical hackers use the same tools, techniques, and methodologies that attackers use, but with the purpose of remediation and risk reduction. CEH emphasizes that ethical hacking supports defense-in-depth strategies by enabling organizations to harden their environments and proactively mitigate threats. Therefore, identifying and fixing vulnerabilities is the central mission of ethical hacking.
NEW QUESTION # 574
A financial startup in Chicago hires an ethical hacker to evaluate its exposure on hidden networks. The client is particularly concerned that confidential administrative documents might be circulating on .onion sites. To remain passive, the hacker relies on advanced search filters to look for files with headers suggesting management-related content. Which of the following queries would best meet this objective?
Answer: D
Explanation:
The objective is to conduct passive reconnaissance for potentially exposed administrative documents on .
onion sites, using advanced search operators. The query should therefore (1) restrict results to the hidden- network domain space, (2) focus on document formats likely to contain internal material, and (3) use a title
/header hint that aligns with management or administration content.
Option C is the best match because it combines:
site:onion to constrain results to .onion resources (the target environment of concern), filetype:pdf to focus on a common format for internal documents (policies, reports, procedures, administrative exports), and intitle: " admin access " to search for pages/files whose title/header metadata indicates administrative relevance. Using intitle aligns with the requirement to look for files "with headers suggesting management- related content," because titles are a practical proxy for document headers and indexing metadata.
By comparison, A does not include site:onion, so it is not scoped to hidden services, and it targets
"credentials" rather than administrative documents. B includes site:onion and filetype:pdf, but the title focus is "secure login," which is more likely to find authentication pages or generic security guidance rather than administrative document exposure. D is also plausible (docx + user accounts), but "user accounts" tends to point to account lists or HR-style docs rather than broader administrative access documentation, and PDFs are frequently used for formal administrative documentation and may be more commonly indexed.
Thus, C best satisfies the passive, targeted reconnaissance requirement for admin-related documents on .onion sites.
NEW QUESTION # 575
In the secure hardware-evaluation chamber of a defense contractor in Berlin, Germany, red-team specialist Marcus Klein was conducting an authorized assessment of a ruggedized IoT gateway. While the device was processing encrypted traffic, he positioned a custom apparatus near its circuit board and activated a series of precisely timed energy emissions.
The emissions caused the processor to deviate momentarily from its expected execution path, allowing protected memory regions to be accessed and cryptographic material to be exposed. The technique worked at a distance without physical contact with the board and did not alter the device's firmware or software configuration.
Which IoT attack technique best explains how the attacker induced faults in the processor?
Answer: D
Explanation:
Electromagnetic Fault Injection uses precisely timed electromagnetic pulses to disturb a processor or supporting circuitry while it is executing a security-sensitive operation. The disturbance can cause instruction skips, corrupted data, incorrect branches, or transient access-control failures. Because the apparatus operates near the target without an electrical connection, option C precisely matches the scenario.
Reset glitching manipulates a device's reset signal or boot timing, generally to bypass checks during startup.
Voltage tampering intentionally alters the target's power supply to create computational faults and usually requires electrical influence over the power path. Temperature attacks expose components to abnormal temperatures to affect timing or reliability. None matches the controlled, contactless electromagnetic emissions described.
EMFI can target secure boot verification, cryptographic operations, privilege checks, memory protections, and hardware-wallet transaction logic. The fault is temporary, so the attacker may leave the firmware and persistent configuration unchanged while still extracting secrets or bypassing controls. Defensive measures include electromagnetic shielding, redundant computation, clock and fault monitors, control-flow integrity, error-detecting codes, and resetting the device when anomalous execution is detected.
USENIX research describes EMFI as a non-invasive, contactless technique capable of producing processor faults and exposing protected information, including the findings summarized in BADFET .
NEW QUESTION # 576
A critical flaw exists in a cloud provider's API. What is the most likely threat?
Answer: C
Explanation:
In CEH v13 Cloud Computing, APIs are identified as the primary control plane for managing cloud resources. A vulnerability in a cloud API can allow attackers to bypass authentication, escalate privileges, and manipulate resources.
Unauthorized access may lead to:
* Data exposure
* Resource abuse
* Account takeover
* Lateral movement within the cloud environment
Physical security (Option A) and encryption at rest (Option D) are unrelated to API flaws. DDoS attacks (Option C) are possible but not the primary risk of API vulnerabilities.
Thus, Option B is correct.
NEW QUESTION # 577
You have been authorized to perform a penetration test against a website. You want to use Google dorks to footprint the site but only want results that show file extensions. What Google dork operator would you use?
Answer: A
Explanation:
Restrict results to those of a certain filetype. E.g., PDF, DOCX, TXT, PPT, etc. Note: The "ext:" operator can also be used-the results are identical.
Example: apple filetype:pdf / apple ext:pdf
NEW QUESTION # 578
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