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ECCouncil 312-50v13 Exam Syllabus Topics:

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

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ECCouncil Certified Ethical Hacker Exam (CEH v13 AI) Sample Questions (Q517-Q522):

NEW QUESTION # 517
In Seattle, Washington, ethical hacker Mia Chen is hired by Pacific Trust Bank to test the security of their corporate network, which stores sensitive customer financial data. During her penetration test, Mia conducts a thorough reconnaissance, targeting a server that appears to host a critical database of transaction records. As she interacts with the server, she notices it responds promptly to her queries but occasionally returns error messages that seem inconsistent with a production system's behavior, such as unexpected protocol responses. Suspicious that this server might be a decoy designed to monitor her actions, Mia applies a technique to detect inconsistencies that may reveal the system as a honeypot. Which technique is Mia most likely using to determine if the server at Pacific Trust Bank is a honeypot?

Answer: B

Explanation:
The tester observes unusual or inconsistent responses from the server and analyzes service behavior to determine if it matches a real system. This aligns with fingerprinting the running service, where discrepancies in protocol responses and service characteristics can reveal a honeypot.


NEW QUESTION # 518
Why is a penetration test considered to be more thorough than vulnerability scan?

Answer: C


NEW QUESTION # 519
You are an ethical hacker at Sentinel Cyberworks, engaged to assess the wireless defenses of HarborTrust Bank in Portland, Oregon. During your assessment, the security team shows you a production system that continuously places selected APs into a passive scan mode, aggregates alarms from multiple wireless controllers into a central engine for forensic storage, and can automatically apply countermeasures (for example, time-sliced channel scanning and remote configuration changes) across the campus when it classifies a nearby device as malicious. Based on the described capabilities, which Wi-Fi security solution is this most consistent with?

Answer: C

Explanation:
The capabilities described match an enterprise Wireless Intrusion Prevention System (WIPS) tightly integrated with WLAN infrastructure: it uses access points as sensors (placing selected APs into passive scan
/monitor mode), correlates and aggregates alarms from multiple controllers into a central engine for analysis and forensic retention, and can push automated countermeasures across the campus (such as coordinated channel scanning and remote configuration enforcement) when a device is classified as malicious. This is most consistent with Cisco Adaptive Wireless IPS.
Cisco's adaptive WIPS model uses the existing Cisco wireless architecture (controllers and APs) to provide campus-wide monitoring and enforcement. The phrase "selected APs into a passive scan mode" is a strong indicator of adaptive sensor use-APs can be dedicated or time-sliced for scanning, and the system can coordinate coverage across channels. The centralized engine concept also aligns with enterprise WIPS deployments that collect events and alarms from multiple controllers for correlation and long-term storage, supporting incident investigation and compliance.
Why the other options are less fitting:
Fern WiFi Cracker (C) is an attack/assessment tool, not a production defensive platform, and it does not provide centralized alarm aggregation and automated enterprise countermeasures.
RFProtect (B) is a known wireless security/WIPS solution family, but the question's feature set and wording ("adaptive," APs used for passive scanning, controller-integrated countermeasures) most closely matches Cisco's adaptive WIPS concept.
WatchGuard Wi-Fi Cloud WIPS (A) is a vendor-managed WIPS offering; while it can provide monitoring, the scenario stresses multi-controller aggregation into a central engine and coordinated campus countermeasures via WLAN infrastructure-again aligning best with Cisco's controller/AP ecosystem.
Therefore, the best answer is D. Cisco Adaptive Wireless IPS.


NEW QUESTION # 520
A cybersecurity company wants to prevent attackers from gaining information about its encrypted traffic patterns. Which of the following cryptographic algorithms should they utilize?

Answer: A

Explanation:
According to the CEH Cryptography module, strong symmetric encryption algorithms are essential for protecting data confidentiality and obscuring traffic content.
AES (Advanced Encryption Standard) is the industry-standard symmetric encryption algorithm approved by NIST and recommended by CEH for encrypting data in transit and at rest. AES provides strong resistance against cryptanalysis and prevents attackers from deriving meaningful information from encrypted traffic.
Option D is correct because AES is efficient, secure, and widely implemented.
Option A (HMAC) provides integrity and authentication, not encryption.
Option B (RSA) is computationally expensive and not suitable for bulk traffic encryption.
Option C (DES) is deprecated due to weak key length.
CEH materials clearly recommend AES over legacy algorithms.


NEW QUESTION # 521
During a penetration test at Pacific Shipping Co. in Seattle, ethical hacker Mia Chen evaluates the defenses protecting the company's web-facing servers. She observes that the security system is not only checking basic packet headers but also validating session state and performing some application-level analysis. This multilayer approach makes it more difficult for Mia to bypass the firewall using simple fragmentation or tunneling attacks.
Which type of firewall is Mia most likely facing?

Answer: B

Explanation:
The firewall described is doing more than simple header checks: it is validating session state and also performing some application-level analysis. That combination is characteristic of a Stateful Multilayer Inspection Firewall. This firewall type expands beyond traditional packet filtering by tracking the state of network connections (e.g., TCP handshake progression, established sessions, expected flags and sequence behavior) and applying inspection across multiple OSI layers. Because it understands whether traffic belongs to a legitimate, established session, it can block many spoofed or out-of-context packets that might pass a stateless filter.
The mention of being harder to bypass with fragmentation or tunneling attacks further supports this. Stateless packet-filtering firewalls mainly rely on source/destination IP, port, and protocol fields. Attackers may attempt fragmentation to split payloads across packets and evade simplistic inspection, or use tunneling to encapsulate traffic to hide prohibited content. A stateful multilayer firewall, by maintaining connection tables and reassembling or correlating traffic with session context, is better equipped to detect anomalies that do not align with valid session behavior and to apply deeper inspection policies.
Why the other choices are less fitting:
A Packet Filtering Firewall (A) focuses on basic header fields and is typically stateless, matching the opposite of what Mia observed.
An Application-Level Firewall (C) (proxy firewall) can do deep application inspection, but the scenario emphasizes a multilayer approach combining state tracking with application-level checks-more aligned with stateful multilayer inspection than a pure application proxy model.
A Circuit-Level Gateway Firewall (D) validates session establishment (e.g., TCP handshakes) and creates virtual circuits, but it generally does not perform meaningful application-level analysis of the content.
Therefore, the best match is B. Stateful Multilayer Inspection Firewall.


NEW QUESTION # 522
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