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| Section | Objectives |
|---|---|
| Web and Application Security | - Web application hacking techniques |
| System Hacking | - Malware threats and system exploitation - Gaining access and privilege escalation |
| Cloud and IoT Security | - Cloud computing security concepts - IoT security fundamentals |
| Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| Reconnaissance Techniques | - Scanning networks and enumeration - Footprinting and information gathering |
| Network Attacks | - Sniffing and session hijacking - Denial of Service (DoS/DDoS) |
| Cryptography | - Encryption, hashing, and cryptanalysis |
| Wireless and Mobile Security | - Wireless network attacks - Mobile platform vulnerabilities |
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NEW QUESTION # 235
An energy infrastructure company in Tulsa, Oklahoma, initiated a controlled phishing simulation targeting multiple operational departments.
The test email claimed to originate from the corporate compliance office and instructed employees to "complete a mandatory regulatory update within the next 30 minutes to avoid account suspension." The message used a broad salutation instead of employee names and lacked the standard corporate signature footer normally appended to official communications.
Additionally, security analysts observed that the embedded Hyperlink displayed the organization's domain in the message body; however, when examined more closely, the actual destination resolved to a shortened external URL redirecting to an unrelated host.
From a defensive analysis standpoint, which indicator provides the strongest technical validation that the message is malicious?
Answer: C
Explanation:
A mismatch between the displayed URL and the actual destination (revealed by hovering) is a direct technical indicator of phishing, as it confirms intentional redirection to an external malicious site despite appearing legitimate.
NEW QUESTION # 236
An authorized penetration tester is assessing an organization's external attack surface. The objective is to discover publicly accessible subdomains without directly interacting with the target's infrastructure whenever possible. Which reconnaissance technique BEST satisfies this requirement?
Answer: C
Explanation:
Certificate Transparency logs, search engines, passive DNS databases, and other OSINT sources allow testers to identify subdomains with little or no interaction with the target's infrastructure. Passive reconnaissance minimizes detection while providing valuable information.
Active scanning generates traffic and is unnecessary during the initial discovery phase.
NEW QUESTION # 237
In the overcast afternoon of Vancouver, Canada, certified ethical hacker Marcus Hale was performing an authorized red-team engagement against a large insurance claims portal protected by a web application firewall. After several standard input-manipulation attempts were silently blocked, he began experimenting directly with the URL query string of the claim-search endpoint by appending an additional identical parameter name while keeping the original parameter value intact.
The application processed the combined parameters without rejection and returned unexpected sensitive records that should have remained filtered out. Further testing confirmed that one parameter value satisfied the firewall validation rules, while the second value was processed by the backend system, resulting in altered query behavior and unauthorized data retrieval.
What firewall-bypass technique for SQL injection is being demonstrated in this scenario?
Answer: D
Explanation:
HTTP Parameter Pollution (HPP) occurs when a request contains the same parameter name more than once.
Web servers, frameworks, proxies, and WAFs do not always handle duplicate parameters consistently. One component may evaluate the first value, while the backend selects the last value, combines all values, or converts them into an array. An attacker can exploit that processing difference to present a harmless value to the security layer while delivering a malicious value to the application.
The scenario provides the defining HPP condition: an identical parameter name is appended to the query string, the WAF validates one value, and the backend processes another. HTTP Parameter Fragmentation, represented by HPF, instead divides an attack expression across different parameters that are later combined.
A generic signature bypass does not specifically explain the duplicate-name behavior, while normalization concerns inconsistent canonicalization of encoded or structurally different input.
Effective countermeasures require consistent parameter parsing across the proxy, WAF, web server, framework, and application. Unexpected duplicate parameters should normally be rejected, and SQL statements must use parameterized queries. OWASP defines HPP testing as submitting multiple HTTP parameters with the same name and notes that inconsistent interpretation can bypass validation or modify internal values. OWASP HTTP Parameter Pollution testing
NEW QUESTION # 238
A penetration tester has gained access to a target system using default credentials. What is the most effective next step to escalate privileges on the system?
Answer: D
Explanation:
Once initial access is obtained-especially through weak or default credentials-the CEH system hacking methodology directs the tester to proceed to privilege escalation. The objective is to elevate user-level access to administrative or system-level privileges so the attacker can perform unrestricted actions such as installing tools, modifying configurations, accessing protected files, and pivoting laterally. CEH materials emphasize using privilege escalation vulnerabilities, such as misconfigured services, kernel exploits, unpatched local privilege escalation flaws, weak file permissions, and token impersonation. A denial-of-service attack is counterproductive and does not support post-exploitation goals. XSS is a web application attack vector and unrelated to operating system privilege manipulation. Brute-forcing the root password is noisy, slow, and unnecessary when authenticated access is already established. Therefore, exploiting a known local privilege escalation vulnerability is the appropriate CEH-aligned next step.
NEW QUESTION # 239
During a stealth assessment, an attacker exploits intermittent delays in ARP responses from a target system.
By injecting fake ARP replies before legitimate ones, the attacker temporarily redirects traffic to their own device, allowing intermittent packet capture. What type of sniffing attack is occurring?
Answer: D
Explanation:
CEH teaches that ARP-based attacks vary in sophistication from basic poisoning to more specialized techniques such as switch port stealing. In environments where ARP poisoning defenses or inspection tools limit traditional attacks, attackers may exploit timing vulnerabilities in ARP reply behavior. Switch port stealing works by sending spoofed ARP replies at precisely the right moment-before the legitimate ARP response from the target host-causing the switch's CAM table to update temporarily and associate the target' s IP address with the attacker's MAC address. CEH emphasizes that switches trust the latest ARP update, so even brief timing windows enable partial packet interception. This is different from fully persistent ARP poisoning, which continuously overwrites ARP tables, and from passive sniffing, which cannot capture unicast traffic on a switched network. This attack is particularly useful when ARP spoofing is mitigated because it relies on opportunistic timing rather than full table poisoning. The intermittent nature of intercepted packets matches CEH's description of switch port stealing behavior.
NEW QUESTION # 240
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