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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Evading IDS, Firewalls, and Honeypots | 5% | - IDS, IPS, Firewall Technologies - Honeypot Concepts & Detection - Evasion Techniques |
| Topic 2: Denial-of-Service | 4% | - DoS & DDoS Concepts - Attack Techniques & Botnets - DDoS Tools - Defense Mechanisms |
| Topic 3: Social Engineering | 6% | - Countermeasures & Awareness - Social Engineering Concepts - Phishing, Pretexting, Baiting - Identity Theft |
| Topic 4: Wireless Networks | 5% | - Wireless Encryption: WEP, WPA2, WPA3 - Security Best Practices - Wireless Threats & Attacks - Wireless Hacking Tools |
| Topic 5: Session Hijacking | 4% | - Session Hijacking Concepts - Countermeasures - Hijacking Techniques - Application & Network Level Hijacking |
| Topic 6: Cloud Computing | 5% | - Cloud Security Risks - AWS, Azure, GCP Attacks - Cloud Models & Services - Cloud Security Best Practices |
| Topic 7: Enumeration | 7% | - AI-Driven Enumeration - NetBIOS, SNMP, LDAP Enumeration - Enumeration Concepts - DNS, SMTP, NFS Enumeration - Enumeration Countermeasures |
| Topic 8: Introduction to Ethical Hacking | 5% | - Information Security Concepts - Cyber Kill Chain & MITRE ATT&CK - Legal and Ethical Compliance - Ethical Hacking Methodology |
| Topic 9: Sniffing | 5% | - Sniffing Countermeasures - MITM Attacks - Sniffing Tools & Techniques - Packet Sniffing Concepts |
| Topic 10: Mobile Platforms | 4% | - Android & iOS Vulnerabilities - Mobile Device Security - Mobile Attack Vectors |
| Topic 11: Web Server & Application Attacks | 8% | - Web Application Attacks: XSS, CSRF - API Security Risks - Web Security Countermeasures - Web Server Vulnerabilities - SQL Injection & Command Injection |
| Topic 12: Malware Threats | 7% | - Malware Types: Trojans, Viruses, Worms - AI-Powered Malware - APT & Fileless Malware - Malware Analysis & Countermeasures |
| Topic 13: Vulnerability Analysis | 8% | - Vulnerability Classification & Scoring - Vulnerability Research & Databases - Vulnerability Assessment Lifecycle - Scanning & Analysis Tools |
| Topic 14: Scanning Networks | 8% | - Service & OS Fingerprinting - Host & Port Discovery - Scanning Beyond IDS/Firewall - AI-Assisted Scanning - Network Scanning Basics - Scanning Countermeasures |
| Topic 15: IoT & OT Security | 4% | - IoT/OT Architecture & Risks - Security Controls - Attacks on IoT & OT Systems |
| Topic 16: System Hacking | 8% | - Clearing Tracks & Logs - Privilege Escalation - Gaining Access: Password Attacks - Maintaining Access |
| Topic 17: Cryptography | 5% | - Public Key Infrastructure - Cryptography in Practice - Cryptanalysis & Attacks - Encryption Concepts & Algorithms |
| Topic 18: Footprinting and Reconnaissance | 7% | - OSINT Techniques - Reconnaissance Concepts - Reconnaissance Countermeasures - DNS, WHOIS, Network Mapping |
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NEW QUESTION # 303
A health-tech startup in Raleigh, North Carolina operates a Kubernetes cluster supporting patient- facing microservices. During an authorized security assessment, a certified ethical hacker reviews internal cluster activity records available to operations personnel.
While analyzing these records, the tester notices that authentication artifacts associated with service accounts are recorded within system-generated output. The tester determines that if an individual obtained access to these records, they could reuse the captured authentication material to interact with cluster resources under the same privileges.
Which Kubernetes vulnerability best corresponds to this condition?
Answer: D
Explanation:
The scenario describes authentication artifacts (service account credentials) being recorded in system logs, which could be reused to access cluster resources with the same privileges. This directly corresponds to exposed bearer tokens in logs, where sensitive authentication tokens are inadvertently stored in readable output, creating a risk of token reuse and unauthorized access.
NEW QUESTION # 304
As part of a passive reconnaissance engagement for a university research network, you are tasked with mapping potential administrative exposure points across .edu domains. Your objective is to identify web pages that might allow privileged backend access, such as misconfigured administrative interfaces, using only publicly indexed information. To ensure efficiency and compliance, you decide to use advanced Google search operators to refine your search results. Your goal is to locate URLs across educational domains that may contain restricted backend functionality.
Which of the following search strings would most effectively support this goal?
Answer: A
Explanation:
The question focuses on passive reconnaissance using Google advanced search operators, a technique commonly referred to in CEH materials as Google hacking or Google dorking. This method leverages publicly indexed data without directly interacting with the target systems, making it a non-intrusive reconnaissance approach. The goal here is to locate potentially exposed administrative interfaces within .edu domains.
Option C, site:.edu inurl:admin, is the most effective query for this purpose. The site operator restricts results to the .edu top-level domain, ensuring that only educational institutions are searched. The inurl operator filters results to pages where the term "admin" appears in the URL itself. Administrative panels and backend management interfaces frequently include terms such as admin, administrator, or adminpanel directly in the URL path. Therefore, this search string increases the likelihood of discovering exposed login portals or backend directories.
Option A focuses on PDF files with "admin" in the title, which is unlikely to reveal active administrative interfaces. Option B searches for pages with "admin login" in the title, which may find login pages but is less precise than filtering by URL structure. Option D searches anchor text references, which does not directly identify actual admin pages.
In CEH methodology, properly constructed Google dorks such as inurl:admin combined with site-specific filtering are effective in identifying exposed resources while maintaining passive reconnaissance discipline.
NEW QUESTION # 305
A penetration tester is conducting an external assessment of a corporate web server. They start by accessing
https://www.targetcorp.com/robots.txt and observe multiple Disallow entries that reference directories such as
/admin-panel/, /backup/, and /confidentialdocs/. When the tester directly visits these paths via a browser, they find that access is not restricted by authentication and gain access to sensitive files, including server configuration and unprotected credentials. Which stage of the web server attack methodology is demonstrated in this scenario?
Answer: D
Explanation:
The CEH web server attack methodology describes reconnaissance as a key phase, where testers gather publicly available information before attempting exploitation. Robots.txt is commonly used by administrators to instruct web crawlers about which directories should not be indexed. CEH emphasizes that attackers regularly review robots.txt because it often exposes sensitive directories unintentionally, providing valuable intelligence about internal structure, configuration paths, administrative pages, and potential weak points. In this scenario, the tester observes "Disallow" entries and then discovers the directories are not protected by authentication, allowing direct access to sensitive files. This falls under information gathering through exposed indexing instructions rather than directory traversal, which involves path-manipulation exploits. The tester is not altering file paths or inserting traversal sequences; instead, they are reviewing publicly available indexing instructions and discovering misconfigured access controls. This perfectly aligns with the reconnaissance phase of the CEH methodology, where attackers learn about server architecture using passive or minimally intrusive techniques.
NEW QUESTION # 306
An attacker has installed a RAT on a host. The attacker wants to ensure that when a user attempts to go to
"www.MyPersonalBank.com", the user is directed to a phishing site.
Which file does the attacker need to modify?
Answer: C
Explanation:
The hosts file on a computer maps domain names to IP addresses locally. By modifying this file, an attacker can redirect traffic destined for legitimate sites (e.g., www.MyPersonalBank.com) to malicious IP addresses (e.g., a phishing server).
The hosts file takes precedence over DNS queries, making it a simple but powerful tool for local redirection.
Windows hosts file location: C:\Windows\System32\drivers\etc\hosts
Linux/Unix hosts file location: /etc/hosts
Reference - CEH v13 Official Study Guide:
Module 6: Malware Threats
Quote:
"Attackers can redirect users to phishing or malware sites by altering the local hosts file, bypassing DNS resolution." Incorrect Options:
A: boot.ini is for boot configuration, not DNS resolution.
B: sudoers controls administrative privileges in Linux.
C: networks is for defining network names, not URL resolution.
NEW QUESTION # 307
You are a cybersecurity consultant for a healthcare organization that utilizes Internet of Medical Things (IoMT) devices, such as connected insulin pumps and heart rate monitors, to provide improved patientcare. Recently, the organization has been targeted by ransomware attacks.
While the IT infrastructure was unaffected due to robust security measures, they are worried that the IoMT devices could be potential entry points for future attacks. What would be your main recommendation to protect these devices from such threats?
Answer: A
NEW QUESTION # 308
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