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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Cloud and Container Attacks | 10% | - Cloud Computing Concepts
|
| Topic 2: Mobile Platform and IoT Attacks | 7% | - Mobile Platform Attack Vectors
|
| Topic 3: System Hacking | 17% | - System Hacking Methodologies
|
| Topic 4: Sniffing and Evasion | 10% | - Network Evasion
|
| Topic 5: Information Security and Ethical Hacking Overview | 6% | - Information Security Overview
|
| Topic 6: Web Application Attacks | 19% | - Web Application Concepts and Attacks
|
| Topic 7: Malware Threats | 8% | - Malware Analysis and Distribution
|
| Topic 8: Cryptography and Post-Exploitation | 13% | - Cryptography Concepts
|
| Topic 9: Vulnerability Analysis | 7% | - Vulnerability Assessment Concepts
|
| Topic 10: Enumeration | 15% | - Enumeration Process
|
| Topic 11: Reconnaissance Techniques | 21% | - Scanning Networks
|
| Topic 12: Wireless Network Attacks | 9% | - Wireless Hacking Methodology
|
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NEW QUESTION # 737
After responding to an alert involving unauthorized access to payroll data, forensic analyst Jason Miller traces the breach to a Windows workstation previously used by a temporary staff member in Chicago. While analyzing the event timeline, Jason identifies a non-elevated process that launched a signed Microsoft binary - one of several auto-elevating executables such as fodhelper.exe, eventvwr.exe. or sdclt.exe - which resulted in execution of unauthorized code without prompting the user. Registry analysis reveals manipulation of shell-related keys under the current user hive, redirecting the trusted binary to invoke a malicious payload. Which technique most likely enabled the privilege escalation?
Answer: C
Explanation:
The use of auto-elevating Windows binaries combined with manipulation of registry keys under the current user hive to redirect execution is a well-known method to bypass User Account Control. This allows code to run with elevated privileges without triggering a prompt, which is characteristic of a UAC bypass technique.
NEW QUESTION # 738
An Android device has an unpatched permission-handling flaw and updated antivirus. What is the most effective undetected exploitation approach?
Answer: A
Explanation:
CEH v13 explains that mobile antivirus solutions rely heavily on signatures and known exploit patterns. A custom exploit using obfuscation is far more likely to evade detection.
Metasploit payloads and rootkits are commonly flagged, and SMS phishing relies on user interaction.
Therefore, custom obfuscated exploit code is the most stealthy and effective method.
NEW QUESTION # 739
You are a cybersecurlty consultant for a smart city project. The project involves deploying a vast network of loT devices for public utilities like traffic control, water supply, and power grid management The city administration is concerned about the possibility of a Distributed Denial of Service (DDoS) attack crippling these critical services. They have asked you for advice on how to prevent such an attack. What would be your primary recommendation?
Answer: C
Explanation:
Implementing regular firmware updates for all IoT devices is the primary recommendation to prevent DDoS attacks on the smart city project. Firmware updates can fix security vulnerabilities, patch bugs, and improve performance of the IoT devices, making them less susceptible to malware infections and botnet recruitment12. Firmware updates can also enable new security features, such as encryption, authentication, and firewall, that can protect the IoT devices from unauthorized access and data theft3. Firmware updates should be done automatically or remotely, without requiring user intervention, to ensure timely and consistent security across the IoT network4.
The other options are not as effective or feasible as firmware updates for the following reasons:
* B. Deploying network intrusion detection systems (IDS) across the IoT network can help detect and alert DDoS attacks, but not prevent them. IDS can monitor network traffic and identify malicious patterns, such as high volume, spoofed IP addresses, or unusual protocols, that indicate a DDoS attack5.
However, IDS cannot block or mitigate the attack, and may even be overwhelmed by the flood of traffic, resulting in false positives or missed alerts. Moreover, deploying IDS across a vast network of IoT devices can be costly, complex, and resource-intensive, as it requires dedicated hardware, software, and personnel.
* C. Establishing strong, unique passwords for each IoT device can prevent unauthorized access and brute-force attacks, but not DDoS attacks. Passwords can protect the IoT devices from being compromised by hackers who try to guess or crack the default or weak credentials. However, passwords cannot prevent DDoS attacks that exploit known or unknown vulnerabilities in the IoT devices, such as buffer overflows, command injections, or protocol flaws. Moreover, establishing and managing strong, unique passwords for each IoT device can be challenging and impractical, as it requires user awareness, memory, and effort.
* D. Implementing IP address whitelisting for all IoT devices can restrict network access and communication to trusted sources, but not DDoS attacks. IP address whitelisting can filter out unwanted or malicious traffic by allowing only the predefined IP addresses to connect to the IoT devices.
However, IP address whitelisting cannot prevent DDoS attacks that use spoofed or legitimate IP addresses, such as reflection or amplification attacks, that bypass the whitelisting rules. Moreover, implementing IP address whitelisting for all IoT devices can be difficult and risky, as it requires constant updating, testing, and monitoring of the whitelist, and may block legitimate or emergency traffic by mistake.
References:
1: How to proactively protect IoT devices from DDoS attacks - Synopsys
2: IoT and DDoS: Cyberattacks on the Rise | A10 Networks
3: Detection and Prevention of DDoS Attacks on the IoT - MDPI
4: How to Secure IoT Devices: 5 Best Practices | IoT For All
5: Intrusion Detection Systems (IDS) Part 1 - Network Security | Coursera
6: DDoS Attacks: Detection and Mitigation - Cisco
7: The Challenges of IoT Security - Infosec Resources
8: IoT Security: How to Protect Connected Devices and the IoT Ecosystem | Kaspersky
9: IoT Security: Common Vulnerabilities and Attacks | IoT For All
10: The Password Problem: How to Use Passwords Effectively in 2021 | Dashlane Blog
11: What is IP Whitelisting? | Cloudflare
12: DDoS Attacks: Types, Techniques, and Protection | Cloudflare
13: IP Whitelisting: Pros and Cons | Imperva
NEW QUESTION # 740
A certified ethical hacker is conducting a Whois footprinting activity on a specific domain. The individual is leveraging various tools such as Batch IP Converter and Whois Analyzer Pro to retrieve vital details but is unable to gather complete Whois information from the registrar for a particular set of data. As the hacker, what might be the probable data model being utilized by the domain's registrar for storing and looking up Whois information?
Answer: B
NEW QUESTION # 741
What is the proper response for a NULL scan if the port is open?
Answer: E
Explanation:
When a NULL scan is sent to a port on a UNIX-based system:
* If the port is OPEN: The system does not respond at all.
* If the port is CLOSED: The system responds with a RST packet.
This behavior is based on how the TCP stack processes unexpected packets.
From CEH v13 Courseware:
* Module 3: Scanning Networks
* Topic: Stealth Scanning Techniques # NULL Scan
CEH v13 Official Guide states:
"A NULL scan sends a TCP packet with no flags set. On systems following RFC 793 (like many Unix
/Linux), open ports silently drop such packets (no response), while closed ports respond with a TCP RST." Incorrect Options:
* A-E: Not standard responses for an open port in a NULL scan scenario.
Reference:CEH v13 Study Guide - Module 3: Scanning Networks # NULL Scan BehaviorRFC 793 - TCP State Machine
NEW QUESTION # 742
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