312-50v13 actual test, Test VCE dumps for Certified Ethical Hacker Exam (CEH v13 AI)

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ECCouncil 312-50v13 Exam Syllabus Topics:

SectionWeightObjectives
Information Security and Ethical Hacking Overview6%- Ethical Hacking Overview
  • 1. Governance and Compliance
  • 2. Need for Ethical Hackers
  • 3. What is Ethical Hacking?
  • 4. Skills and Mindset of an Ethical Hacker
  • 5. Security Testing Methodologies
- Information Security Overview
  • 1. Understanding Information Security Controls
  • 2. Information Security Threats and Attack Vectors
  • 3. Understanding Information Security Laws and Standards
  • 4. Understanding Information Security
  • 5. Proactive Cyber Defense
System Hacking17%- System Hacking Methodologies
  • 1. Executing Applications
  • 2. Cracking Passwords
  • 3. Escalating Privileges
  • 4. Covering Tracks
  • 5. Hiding Files
  • 6. Gaining Access
- System Hacking Tools and Countermeasures
  • 1. Covering Tracks Countermeasures
  • 2. Password Recovery Tools
  • 3. Ports and Log Files
  • 4. Rootkits
  • 5. Keyloggers and Spyware
  • 6. Steganography
Sniffing and Evasion10%- Social Engineering
  • 1. Social Engineering Tools and Countermeasures
  • 2. Insider Threats and Identity Theft
  • 3. Social Engineering Techniques
  • 4. Social Engineering Concepts
- Network Sniffing
  • 1. VLAN Hopping and DHCP Starvation
  • 2. Sniffing Tools
  • 3. Sniffing Detection and Countermeasures
  • 4. MAC Flooding and Switch Port Stealing
  • 5. ARP Spoofing
  • 6. STP Attacks and DNS Poisoning
  • 7. Sniffing Concepts
- Network Evasion
  • 1. Evasion Techniques
  • 2. IDS/Firewall Evasion Tools
  • 3. Denial of Service Attacks
  • 4. Firewalls and Intrusion Detection/Prevention Systems
Reconnaissance Techniques21%- Footprinting and Reconnaissance
  • 1. Competitive Intelligence Gathering
  • 2. Network Footprinting
  • 3. DNS Footprinting
  • 4. Website Footprinting
  • 5. AWS Cloud Footprinting
  • 6. Email Footprinting
  • 7. Footprinting Countermeasures
  • 8. Footprinting Tools
  • 9. Footprinting through Social Networking Sites
  • 10. Footprinting through Web Services
  • 11. Footprinting through Search Engines
- Scanning Networks
  • 1. Network Scanning Concepts
  • 2. Scanning Countermeasures
  • 3. Scan for Vulnerabilities
  • 4. Drawing Network Diagrams
  • 5. Port Scanning Techniques
  • 6. Hping2 and Hping3
  • 7. Scanning Tools
  • 8. Masscan
  • 9. Banner Grabbing
  • 10. Nmap and Zenmap
  • 11. Detecting Live Systems
  • 12. NIDS, NIPS, and Firewall Evasion Techniques
  • 13. Proxy Servers and Anonymizers
Web Application Attacks19%- Hacking Web Servers and Web Applications
  • 1. Web Server Attack Methodology
  • 2. Web Server Attacks
  • 3. Web Server and Web Application Countermeasures
- Web Application Concepts and Attacks
  • 1. Web Application Scanning and Testing Tools
  • 2. OWASP Top 10 Vulnerabilities
  • 3. Web Application Password Cracking and Clickjacking
  • 4. Injection Attacks
  • 5. Web Application Architecture
  • 6. Authentication and Session Management Attacks
  • 7. Web Application Countermeasures
  • 8. Cross-Site Scripting (XSS) and Request Forgery
Cloud and Container Attacks10%- Cloud Computing Concepts
  • 1. Cloud Service Models (IaaS, PaaS, SaaS)
  • 2. Container Technology
  • 3. Serverless Architecture
  • 4. Cloud Architecture and Deployment Models
- Cloud Attacks and Security
  • 1. Cloud Security Tools and Best Practices
  • 2. Cloud Penetration Testing
  • 3. Cloud Security Threats and Attacks
  • 4. Container Security Tools and Countermeasures
Vulnerability Analysis7%- Vulnerability Assessment Concepts
  • 1. Vulnerability Assessment Solutions
  • 2. Vulnerability Assessment Tools and Software
  • 3. Vulnerability Scoring Systems
Enumeration15%- Enumeration Concepts
  • 1. Enumeration Fundamentals
  • 2. Enumeration Techniques
- Enumeration Process
  • 1. NTP Enumeration
  • 2. RPC and NFS Enumeration
  • 3. NetBIOS Enumeration
  • 4. SNMP Enumeration
  • 5. SMB and SAMBA Enumeration
  • 6. LDAP Enumeration
  • 7. Enumeration Countermeasures
  • 8. Mail Server Enumeration
  • 9. VoIP Enumeration
Cryptography and Post-Exploitation13%- Post-Exploitation Techniques
  • 1. Advanced Persistent Threat (APT)
  • 2. Covering Tracks and Maintaining Access
  • 3. Post-Exploitation Concepts
  • 4. Lateral Movement and Tunneling
  • 5. Reporting and Documentation
- Cryptography Concepts
  • 1. Code Signing and Email Encryption
  • 2. Encryption Algorithms (Symmetric and Asymmetric)
  • 3. Cryptography Countermeasures
  • 4. Disk Encryption and Cryptanalysis
  • 5. Public Key Infrastructure (PKI)
  • 6. Hashing and Digital Signatures
  • 7. Cryptography Tools
  • 8. Encryption Fundamentals
Wireless Network Attacks9%- Wireless Network Concepts
  • 1. Wireless Encryption and Security
  • 2. Wireless Terminology and Standards
  • 3. Wireless Network Topology and Threats
- Wireless Hacking Methodology
  • 1. Wireless Sniffing and Wardriving
  • 2. Wireless Network Countermeasures
  • 3. Cracking WPA/WPA2 and WEP Encryption
  • 4. Wireless Network Hacking Tools
  • 5. Bluetooth and RFID Attacks
Malware Threats8%- Malware Analysis and Distribution
  • 1. Malware Countermeasures
  • 2. Malware Detection Methods
  • 3. Malware Analysis Techniques
- Malware and Its Types
  • 1. Types of Malware
  • 2. APT Concepts
  • 3. Malware Fundamentals
  • 4. APT and Futuristic Malware
Mobile Platform and IoT Attacks7%- IoT and OT Attacks
  • 1. IoT Concepts and Architecture
  • 2. IoT Hacking Methodology
  • 3. OT Concepts and Attacks
  • 4. IoT Attack Tools and Countermeasures
  • 5. IoT Vulnerabilities and Threats
- Mobile Platform Attack Vectors
  • 1. Mobile Security Tools and Countermeasures
  • 2. Mobile Attack Techniques
  • 3. Mobile Device Management (MDM)
  • 4. Mobile Platform Overview
  • 5. Mobile Malware and Mobile Spyware
  • 6. Mobile Attack Surfaces and Vulnerabilities

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ECCouncil Certified Ethical Hacker Exam (CEH v13 AI) Sample Questions (Q649-Q654):

NEW QUESTION # 649
During a penetration test at Rocky Mountain Insurance in Denver, ethical hacker Sophia Nguyen attempts to evade detection by fragmenting malicious traffic into smaller packets. The IT security team counters her strategy with a system that monitors traffic for deviations from established baselines, flagging behavior that does not match normal network activity. This allows them to stop Sophia's evasion attempts in real time. Which detection technique is the IT team most likely using in this case?

Answer: B

Explanation:
The system identifies traffic that deviates from normal patterns, such as fragmented or unusual packet sequences, by comparing activity against established baselines. This approach of detecting abnormal behavior is characteristic of anomaly-based detection.


NEW QUESTION # 650
At a cybersecurity consultancy firm in Boston, senior analyst Amanda Liu is called in to assess a malware outbreak affecting a regional healthcare provider. Despite using updated antivirus tools, the security team notices inconsistent detection across infected endpoints. Amanda discovers that while the malicious behavior is consistent, system file tampering and suspicious outbound traffic, each malware sample has a slightly different code structure and fails traditional hash-based comparison. Static analysis reveals that the underlying logic remains unchanged, but the code patterns vary unpredictably across infections. What type of virus is most likely responsible for this behavior?

Answer: C

Explanation:
A polymorphic virus is specifically designed to change its code appearance while keeping the same underlying functionality, which aligns exactly with the scenario. In CEH terms, polymorphism allows malware to mutate its decryptor routine, instruction ordering, register usage, junk code insertion, and other syntactic elements every time it propagates or executes. This causes each instance to look different at the binary level, producing different hashes and signatures, even though the malicious payload and behavior remain the same. That is why the security team sees inconsistent antivirus detection and why "traditional hash- based comparison" fails. The key indicator is that static analysis shows the "underlying logic remains unchanged," but "code patterns vary unpredictably," which is the hallmark of polymorphism: behavior stays consistent, signature changes.
The other options do not fit as well. A cavity virus typically hides by inserting itself into unused spaces within legitimate executable files to avoid changing the overall file size, but it does not inherently generate unpredictable code variants per infection. A macro virus primarily targets macro-enabled documents and spreads through document templates and user actions, which is not suggested here. A stealth virus focuses on evading detection by intercepting system calls and hiding its presence, such as returning "clean" file reads, but it does not necessarily produce many structurally different binaries that break hash matching. Therefore, the most likely cause of the described outbreak is a polymorphic virus.


NEW QUESTION # 651
A financial institution in Chicago deploys an internal HTTPS-based customer portal that uses response compression to optimize bandwidth. During an authorized security assessment, a tester gains a vantage point along the communication path between internal clients and the gateway device.
By repeatedly initiating controlled requests and analyzing subtle differences in encrypted response sizes, the tester correlates variations in compressed output with specific input patterns.
Over time, this analysis enables extraction of portions of a protected authentication value transmitted within the secure channel.
Which session hijacking technique best describes this activity?

Answer: B

Explanation:
The scenario describes exploiting HTTPS compression by analyzing differences in encrypted response sizes to infer sensitive data such as authentication values. This matches the CRIME attack, which leverages compression side-channel information leakage within secure communication channels.


NEW QUESTION # 652
A financial institution in New York deploys an AI-enabled security system that analyzes historical attack data and ongoing network behavior. Over several months, the platform modifies its detection models to recognize emerging attack patterns without requiring security engineers to manually rewrite detection rules.
As new exploit techniques appear, the system adjusts its internal logic to improve future detection accuracy.
Which capability of AI-driven ethical hacking is demonstrated in this scenario?

Answer: A

Explanation:
Adaptive Learning describes an AI system ' s ability to improve or modify its behavior as it receives new information and en counters changing attack patterns. The key clue is that the platform continually adjusts its detection model rather than depending on security engineers to manually rewrite static rules. Continuous monitoring refers primarily to persistent observation of systems and events. Predictive analysis uses historical information to forecast likely future events, whereas advanced threat detection describes the broader outcome of identifying sophisticated attacks. Here, the distinctive capability is the model ' s capacity to learn from new exploit behavior and refine subsequent detection decisions. EC-Council specifically positions AI and machine learning as a major CEH v13 technology update, and its CEH v13 training material explicitly lists Adaptive Learning among the AI-driven cybersecurity capabilities.


NEW QUESTION # 653
Attempting an injection attack on a web server based on responses to True/False questions is called which of the following?

Answer: C

Explanation:
https://en.wikipedia.org/wiki/SQL_injection#Blind_SQL_injection
Blind SQL injection is used when a web application is vulnerable to an SQL injection but the results of the injection are not visible to the attacker. The page with the vulnerability may not be one that displays data but will display differently depending on the results of a logical statement injected into the legitimate SQL statement called for that page. This type of attack has traditionally been considered time-intensive because a new statement needed to be crafted for each bit recovered, and depending on its structure, the attack may consist of many unsuccessful requests. Recent advancements have allowed each request to recover multiple bits, with no unsuccessful requests, allowing for more consistent and efficient extraction.


NEW QUESTION # 654
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