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| Section | Objectives |
|---|---|
| Topic 1: Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| Topic 2: Web and Application Security | - Web application hacking techniques |
| Topic 3: Cloud and IoT Security | - IoT security fundamentals - Cloud computing security concepts |
| Topic 4: Wireless and Mobile Security | - Wireless network attacks - Mobile platform vulnerabilities |
| Topic 5: Cryptography | - Encryption, hashing, and cryptanalysis |
| Topic 6: Network Attacks | - Sniffing and session hijacking - Denial of Service (DoS/DDoS) |
| Topic 7: System Hacking | - Malware threats and system exploitation - Gaining access and privilege escalation |
| Topic 8: Reconnaissance Techniques | - Scanning networks and enumeration - Footprinting and information gathering |
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NEW QUESTION # 909
A multinational payment processor conducts a long-term risk assessment to evaluate the durability of its encrypted archives against future computational advances. Internal analysts warn that if large-scale quantum computers become operational, currently deployed public-key schemes protecting stored customer data may become vulnerable to rapid key recovery.
To maintain long-term confidentiality of archived financial records, the security architecture team must implement a defensive strategy that directly addresses cryptographic resilience rather than relying solely on network segmentation or development policy controls.
Determine the most appropriate mitigation to protect stored data against quantum-enabled decryption capabilities.
Answer: C
Explanation:
The scenario focuses on protecting archived data against future quantum computing threats that could break current public-key cryptography. The correct mitigation is to use quantum-resistant (post-quantum) cryptographic algorithms, ensuring stored data remains secure even if quantum attacks become feasible.
NEW QUESTION # 910
Infected systems receive external instructions over HTTP and DNS, with fileless payloads modifying system components. What is the most effective action to detect and disrupt this malware?
Answer: B
Explanation:
This scenario describes fileless malware using covert command-and-control (C2) channels over commonly allowed protocols such as HTTP and DNS, a technique heavily emphasized in CEH v13 Malware Threats.
Such malware avoids writing files to disk and instead leverages memory, legitimate system tools, and trusted protocols to evade traditional defenses.
Signature-based antivirus updates (Option A) are ineffective against fileless malware because there are no static artifacts to match. Blocking known malware ports (Option C) is also ineffective, as the malware intentionally uses ports 80 and 53, which must remain open for normal business operations. Restricting plain HTTP (Option B) may reduce visibility but does not stop DNS tunneling or encrypted malicious traffic.
CEH v13 identifies behavioral analytics as the most effective countermeasure against advanced malware.
Behavioral solutions establish a baseline of normal system and network activity, then detect anomalies such as:
Unusual outbound DNS query patterns
Abnormal HTTP beaconing intervals
Legitimate applications behaving suspiciously
PowerShell or system tools generating network traffic unexpectedly
By monitoring how systems behave rather than what files exist, behavioral analytics can identify stealthy C2 communications and disrupt them early. Therefore, Option D is the most effective and CEH-aligned response.
NEW QUESTION # 911
A competing technology firm begins releasing products that closely mirror the design, pricing strategy, and feature roadmap of ApexDynamics Inc. An internal review reveals that detailed information about ApexDynamics ' s upcoming initiatives had been gradually collected through publicly available sources and external disclosures before product launch. Which footprinting-related threat does this scenario best represent?
Answer: C
Explanation:
The best answer is Corporate Espionage. CEH reconnaissance coverage explains that footprinting can be used not only for technical attack preparation but also for competitive intelligence gathering against organizations.
In this scenario, a rival company appears to have derived meaningful strategic information about product design, pricing, and roadmap decisions from publicly available data and external disclosures before launch.
The resulting harm is not just accidental exposure in the abstract; it is the use of collected intelligence to gain a business advantage over the target organization. That makes corporate espionage the most accurate classification. Information leakage is certainly part of the pathway, because some information had to be exposed or inferable from public sources, but the threat asked for is the footprinting-related consequence represented by the competitor's behavior. Business loss describes an impact, not the threat category itself.
Social engineering would require manipulative interaction with people, which is not stated here. CEH materials note that careless public disclosures, metadata, career postings, partner information, and strategic announcements can all support footprinting by competitors or adversaries. When such data is systematically collected to mirror or undermine business strategy, the activity is best described as corporate espionage.
NEW QUESTION # 912
The company ABC recently contracts a new accountant. The accountant will be working with the financial statements. Those financial statements need to be approved by the CFO and then they will be sent to the accountant but the CFO is worried because he wants to be sure that the information sent to the accountant was not modified once he approved it. Which of the following options can be useful to ensure the integrity of the data?
Answer: D
Explanation:
Using a hash algorithm allows the accountant to verify that the financial statements were not modified after approval because any change to the document would produce a different hash value.
NEW QUESTION # 913
A regional e-commerce company in Dallas, Texas operates an Apache-based web server to manage product catalogs and promotional campaigns. During an authorized assessment, a security consultant analyzes how the platform processes a referral parameter embedded in product-sharing links. While reviewing responses through an intercepting proxy, he observes that values supplied in the referral parameter are incorporated into metadata returned to the browser. By introducing carefully crafted delimiter characters into the parameter, he notices that the structure of the server's outbound response changes in an unexpected manner. Further testing shows that the manipulated input causes the server to generate multiple logically distinct response segments within what should have been a single transaction. When the crafted link is accessed through a standard browser, the client interprets the injected portion as a separate directive, resulting in redirection behavior influenced by the attacker-controlled input. Identify the web server attack technique being demonstrated in this scenario.
Answer: B
Explanation:
The correct answer is HTTP Response-Splitting Attack. CEH web server coverage explains that HTTP response splitting occurs when attacker-controlled input is inserted into HTTP headers or response metadata in a way that allows the server to split one intended response into two separate responses or response segments. The question specifically describes crafted delimiter characters changing the structure of the outbound response and causing the browser to interpret the injected content as a separate directive, including attacker-influenced redirection. That is the classic behavior of response splitting. Directory traversal would involve unauthorized path navigation to restricted files or directories. Web cache poisoning focuses on corrupting cached responses so later users receive malicious or altered content, which is related conceptually but not the direct mechanism described here. CEH materials present HTTP response splitting as a means to an end, often used to trigger redirect behavior or facilitate secondary attacks by controlling the second response or header content. Because the attacker manipulates server output into multiple response components within a single transaction, HTTP Response-Splitting is the most precise answer.
NEW QUESTION # 914
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