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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Web Application Attacks | 19% | - Web Application Concepts and Attacks
|
| Topic 2: Vulnerability Analysis | 7% | - Vulnerability Assessment Concepts
|
| Topic 3: Malware Threats | 8% | - Malware Analysis and Distribution
|
| Topic 4: Enumeration | 15% | - Enumeration Process
|
| Topic 5: Cloud and Container Attacks | 10% | - Cloud Computing Concepts
|
| Topic 6: Mobile Platform and IoT Attacks | 7% | - Mobile Platform Attack Vectors
|
| Topic 7: Information Security and Ethical Hacking Overview | 6% | - Ethical Hacking Overview
|
| Topic 8: Wireless Network Attacks | 9% | - Wireless Hacking Methodology
|
| Topic 9: Reconnaissance Techniques | 21% | - Footprinting and Reconnaissance
|
| Topic 10: System Hacking | 17% | - System Hacking Tools and Countermeasures
|
| Topic 11: Cryptography and Post-Exploitation | 13% | - Cryptography Concepts
|
| Topic 12: Sniffing and Evasion | 10% | - Social Engineering
|
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NEW QUESTION # 197
A telecommunications provider in Toronto operates a monitoring platform that analyzes inbound traffic streams during suspected denial-of-service conditions. The system converts traffic measurements into signal components and evaluates their energy across multiple frequency ranges to distinguish abnormal traffic bursts from background network noise.
Rather than focusing on traffic baselines or identifying the exact statistical breakpoint where behavior changes, the platform identifies anomalies by decomposing traffic signals into spectral components for analysis.
Which DDoS detection technique is being used in this scenario?
Answer: A
Explanation:
The correct answer is D. Wavelet-Based Signal Analysis.
The scenario describes converting traffic measurements into signal components and analyzing them across frequency ranges. This is the defining concept of wavelet-based signal analysis.
CEH-aligned DDoS detection material states that Wavelet-Based Signal Analysis is an automated process for detecting DoS/DDoS attacks by analyzing input signals. It is used to detect volume-based anomalies, evaluate traffic, and filter it at a specific scale, while adaptive threshold techniques are used to detect DoS attacks .
Option A. Traffic Pattern Analysis is too general and does not specifically describe signal decomposition.
Option B. Sequential Change-Point Detection is incorrect because that technique identifies the point where behavior statistically changes, usually with CUSUM-style logic.
Option C. Activity Profiling is incorrect because it compares activity against average traffic rates or baseline behavior.
Option D. Wavelet-Based Signal Analysis is correct because the platform decomposes traffic into signal
/frequency components to detect anomalies.
Therefore, the best answer is D. Wavelet-Based Signal Analysis.
NEW QUESTION # 198
Bobby, an attacker, targeted a user and decided to hijack and intercept all their wireless communications. He installed a fake communication tower between two authentic endpoints to mislead the victim. Bobby used this virtual tower to interrupt the data transmission between the user and real tower, attempting to hijack an active session, upon receiving the users request. Bobby manipulated the traffic with the virtual tower and redirected the victim to a malicious website. What is the attack performed by Bobby in the above scenario?
Answer: D
Explanation:
aLTEr attacks are usually performed on LTE devices Attacker installs a virtual (fake) communication tower between two authentic endpoints intending to mislead the victim This virtual tower is used to interrupt the data transmission between the user and real tower attempting to hijack the active session.
https://alter-attack.net/media/breaking_lte_on_layer_two.pdf
The new aLTEr attack can be used against nearly all LTE connected endpoints by intercepting traffic and redirecting it to malicious websites together with a particular approach for Apple iOS devices.
This attack works by taking advantage of a style flaw among the LTE network - the information link layer (aka: layer-2) of the LTE network is encrypted with AES-CTR however it's not integrity-protected, that is why an offender will modify the payload.
As a result, the offender is acting a classic man-in-the-middle wherever they're movement as a cell tower to the victim.
Diagram Description automatically generated
NEW QUESTION # 199
At a fast-growing mobile gaming company in Seoul, South Korea, cybersecurity analyst Ji-Hoon Park was investigating an unusual spike in outbound traffic originating from thousands of Android devices used by players worldwide. The traffic appeared highly coordinated and was targeting a third-party payment gateway integrated into the platform.
During the investigation, it was discovered that many affected users had recently installed a widely distributed version of a popular game from unofficial application sources. The application functioned normally but included additional hidden components that executed background network operations without user awareness.
Further analysis revealed that the affected devices were consistently generating traffic patterns aligned in timing and destination, despite being geographically distributed.
Which technique most accurately describes how these devices were being leveraged to launch the attack?
Answer: C
Explanation:
A botnet is a collection of compromised devices controlled as a coordinated group. Here, the hidden application components have converted geographically dispersed Android devices into bots that generate synchronized traffic against one destination. The combined traffic volume produces a distributed denial-of- service attack even if each individual device contributes only a modest number of requests.
Options A, B, and C concern infection or malware-delivery mechanisms. Installing a repackaged game from an unofficial source may explain how the devices were compromised, but the question asks how they were being leveraged after compromise. Their aligned timing, common destination, background execution, and large geographic distribution establish botnet-controlled DDoS activity.
Mobile botnets commonly use a command-and-control infrastructure to assign targets, update attack parameters, and coordinate HTTP, TCP, or UDP floods. Recommended defenses include restricting sideloading, validating application signatures, monitoring unusual background network activity, applying mobile threat defense, filtering malicious command-and-control domains, and coordinating upstream DDoS mitigation. Cloudflare's analysis of the WireX botnet documented Android devices running malicious applications that were specifically designed to generate coordinated DDoS traffic. Cloudflare WireX analysis
NEW QUESTION # 200
A technology consulting firm in Denver, Colorado, recently experienced a wave of suspicious account compromise incidents. Several employees reported receiving an email that appeared identical to a legitimate cloud storage notification they had received earlier that week.
The message reused the original branding, formatting, sender display name, and subject line.
However, it informed recipients that the previously shared document had been "updated due to synchronization errors" and instructed them to reauthenticate using the embedded link.
The link directed users to a convincing replica of the organization's authentication portal.
Investigation revealed that the attacker had reused content from a genuine prior communication and modified only the embedded hyperlink.
Which type of social engineering attack does this scenario most accurately represent?
Answer: C
Explanation:
The attacker reused a legitimate email's content, branding, and structure, modifying only the embedded link to redirect users to a malicious authentication page. This behavior is characteristic of clone phishing, where a previously delivered legitimate message is replicated and altered for malicious purposes.
NEW QUESTION # 201
In Austin, Texas, ethical hacker Liam Carter is hired by Lone Star Healthcare to probe the defenses of their patient data network. During his penetration test, Liam aims to bypass the hospital's firewall protecting a medical records server. To do so, he uses a tool to craft custom network packets, carefully designing their headers to slip past the firewall's filtering rules. His goal is to demonstrate how an attacker could infiltrate the system, exposing vulnerabilities for the security team to address.
Which tool is Liam using to bypass Lone Star Healthcare's firewall during his penetration test?
Answer: A
Explanation:
Colasoft Packet Builder is specifically designed for creating and editing custom packets, making it the best match for a scenario where the tester "crafts custom network packets" and "carefully designs their headers" to test or evade firewall filtering. In CEH methodology, packet crafting is a common technique used to validate how filtering devices respond to unusual or borderline traffic patterns, including altered TCP flags, manipulated fragmentation behavior, spoofed fields, and protocol edge cases. A packet builder tool enables precise control over Layer 2 through Layer 4 fields and, in many cases, supports building application payloads as well. This supports testing for weaknesses such as overly permissive rules, inconsistent state handling, improper reassembly, and inadequate normalization that could allow malicious traffic to pass.
Metasploit is primarily an exploitation framework used to deliver payloads and run modules after targets and weaknesses are identified. While it can generate traffic, it is not the most direct tool for low-level, manual header crafting as described. Nmap is mainly used for host discovery, port scanning, service detection, and scripting-based enumeration; it can manipulate some packet characteristics, but its core purpose is not interactive custom packet construction. Traffic IQ Professional is typically associated with network analysis and traffic monitoring rather than crafting bespoke packets to probe firewall rule behavior.
Therefore, the tool most aligned with CEH-style custom packet creation for firewall evasion testing is Colasoft Packet Builder.
NEW QUESTION # 202
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