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| Section | Objectives |
|---|---|
| Cryptography | - Encryption, hashing, and cryptanalysis |
| Network Attacks | - Denial of Service (DoS/DDoS) - Sniffing and session hijacking |
| Wireless and Mobile Security | - Wireless network attacks - Mobile platform vulnerabilities |
| Cloud and IoT Security | - Cloud computing security concepts - IoT security fundamentals |
| System Hacking | - Malware threats and system exploitation - Gaining access and privilege escalation |
| Reconnaissance Techniques | - Footprinting and information gathering - Scanning networks and enumeration |
| Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| Web and Application Security | - Web application hacking techniques |
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NEW QUESTION # 879
A major financial institution is experiencing persistent DoS attacks against online banking, disrupting transactions. Which sophisticated DoS technique poses the greatest challenge to detect and mitigate effectively, potentially jeopardizing service availability?
Answer: C
Explanation:
CEH emphasizes that application-layer DoS attacks are often the most difficult to detect and mitigate because they can mimic legitimate user behavior while exhausting backend resources. A distributed SQL injection-driven DoS (Option B) can be especially challenging: attackers send requests that appear valid at the HTTP level, but the injected or crafted parameters force the application/database to execute expensive queries (heavy joins, sleep/delay functions, or costly operations). When distributed across many sources, the traffic can look like normal customer usage-successful TCP handshakes, valid HTTP requests, and realistic user-agent patterns-while still causing database connection pool exhaustion, CPU spikes, lock contention, and degraded response times.
Option A (Smurf) and Option D (UDP/DNS flooding) are more volumetric/network-layer patterns and are typically mitigated with upstream DDoS scrubbing, rate limiting, and filtering, and are more readily detectable via traffic anomalies. Option C (zero-day RCE) is severe, but it is not primarily a "DoS technique" in CEH classification; it's an exploitation scenario that may lead to service outage, but the detection
/mitigation path centers on exploit prevention, EDR, patching, and containment rather than DoS controls. In CEH terms, Option B aligns best with a sophisticated, scenario-like DoS that blends into normal app activity.
CEH mitigation approaches for application-layer DoS include WAF rules, input validation/parameterization (preventing SQLi), query cost controls, rate limiting by behavior, caching, database hardening, and anomaly detection at the application and database tiers.
NEW QUESTION # 880
A penetration tester completes a vulnerability scan showing multiple low-risk findings and one high-risk vulnerability tied to outdated server software. What should the tester prioritize as the next step?
Answer: D
Explanation:
CEH methodology stresses prioritization based on risk, exploitability, and business impact. High-severity vulnerabilities-especially those related to outdated or unsupported server software-are frequently associated with known, publicly documented exploits. The proper next step after identifying such vulnerabilities is to confirm exploitability safely, typically by researching available exploit code, validating version-specific weaknesses, and determining whether the vulnerability can be successfully leveraged under the defined scope of engagement. CEH highlights that exploitation attempts must be evidence-driven, not arbitrary, and focusing on high-risk vulnerabilities allows testers to demonstrate meaningful security impacts.
Brute-forcing (Option A) is unnecessary and high-noise. Ignoring or deprioritizing the high-risk finding (Options B and C) contradicts CEH risk-based assessment principles. Therefore, verifying exploitability of the high-risk vulnerability is the correct step.
NEW QUESTION # 881
During a penetration test at a shipping company in Miami, ethical hacker Daniel delivers a disguised email attachment containing a hidden payload. Once executed by employees, the compromised workstations begin to silently communicate with a remote server under Daniel's control. Over the following week, he confirms that multiple infected endpoints can receive synchronized commands and perform background tasks simultaneously, including sending bursts of outbound traffic on demand.
Which type of malicious component is Daniel most likely simulating in this assessment?
Answer: C
Explanation:
The correct answer is B. Botnet Agents because the behavior described matches a command-and-control (C2) driven malware model where multiple compromised systems ("bots" or "zombies") communicate with a remote controller and can be issued coordinated commands. In CEH-aligned malware concepts, a botnet is a collection of infected endpoints under centralized or distributed control. The malicious component installed on each infected workstation is commonly referred to as a bot/bot agent, which "checks in" to a C2 server to receive instructions and execute tasks silently in the background.
Several details strongly indicate botnet agent behavior: the payload is delivered via a disguised email attachment (a common initial infection vector), compromised machines silently communicate outbound to a remote server, and-most importantly-Daniel confirms multiple infected endpoints can receive synchronized commands and carry out actions simultaneously. The example of "sending bursts of outbound traffic on demand" aligns with typical botnet capabilities such as orchestrated DDoS traffic generation, mass scanning, spam sending, credential stuffing, or distributed task execution. The sustained observation "over the following week" also fits a botnet model where infected hosts maintain persistence and periodically beacon to C2 for updates and instructions.
Why the other options do not fit: Spyware primarily focuses on covertly collecting information (keystrokes, screenshots, browsing data) rather than executing synchronized commands across many machines. Scareware relies on alarming messages to trick users into paying or installing unwanted software; it does not describe silent C2 coordination. PUAs are typically unwanted but not necessarily malicious, often installed via bundling and usually lack structured C2 for coordinated remote command execution.
Therefore, the malicious component being simulated is best identified as botnet agents operating under C2 control.
NEW QUESTION # 882
Sam is working as a system administrator In an organization. He captured the principal characteristics of a vulnerability and produced a numerical score to reflect Its severity using CVSS v3.0 to property assess and prioritize the organization's vulnerability management processes. The base score that Sam obtained after performing cvss rating was 4.0. What is the CVSS severity level of the vulnerability discovered by Sam in the above scenario?
Answer: B
Explanation:
Rating CVSS Score
None 0.0
Low 0.1 - 3.9
Medium 4.0 - 6.9
High 7.0 - 8.9
Critical 9.0 - 10.0
https://www.first.org/cvss/v3.0/specification-document
The Common Vulnerability Scoring System (CVSS) is an open framework for communicating the characteristics and severity of software vulnerabilities. CVSS consists of three metric groups: Base, Temporal, and Environmental. The Base metrics produce a score ranging from 0 to 10, which can then be modified by scoring the Temporal and Environmental metrics. A CVSS score is also represented as a vector string, a compressed textual representation of the values used to derive the score. Thus, CVSS is well suited as a standard measurement system for industries, organizations, and governments that need accurate and consistent vulnerability severity scores. Two common uses of CVSS are calculating the severity of vulnerabilities discovered on one's systems and as a factor in prioritization of vulnerability remediation activities. The National Vulnerability Database (NVD) provides CVSS scores for almost all known vulnerabilities.
Qualitative Severity Rating Scale
For some purposes, it is useful to have a textual representation of the numeric Base, Temporal and Environmental scores.
NEW QUESTION # 883
As an IT technician in a small software development company, you are tasked with providing security against different kinds of cyber threats. You learn about various methods hackers might use to bypass your company's firewalls. Which of the following is a common technique used by attackers to evade firewall detection?
Answer: D
Explanation:
By spoofing the source IP address to appear as though traffic originates from a trusted system, attackers can bypass firewall rules that rely on IP-based filtering and trust relationships, allowing malicious traffic to evade detection or blocking.
NEW QUESTION # 884
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