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ECCouncil 312-50v13 Exam Syllabus Topics:

SectionObjectives
Topic 1: Network Attacks- Sniffing and session hijacking
- Denial of Service (DoS/DDoS)
Topic 2: Cryptography- Encryption, hashing, and cryptanalysis
Topic 3: Cloud and IoT Security- Cloud computing security concepts
- IoT security fundamentals
Topic 4: Web and Application Security- Web application hacking techniques
Topic 5: Wireless and Mobile Security- Wireless network attacks
- Mobile platform vulnerabilities
Topic 6: System Hacking- Gaining access and privilege escalation
- Malware threats and system exploitation
Topic 7: Introduction to Ethical Hacking- Ethical hacking concepts and methodology
Topic 8: Reconnaissance Techniques- Footprinting and information gathering
- Scanning networks and enumeration

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ECCouncil Certified Ethical Hacker Exam (CEH v13 AI) 312-50v13 Prüfungsfragen mit Lösungen (Q887-Q892):

887. Frage
The network administrator at Spears Technology, Inc has configured the default gateway Cisco router's access- list.
You successfully brute-force the SNMP community string using a SNMP crack tool.
The access-list prevents you from establishing a successful connection.
You want to retrieve the Cisco configuration from the router. How would you proceed?

Antwort: A

Begründung:
If SNMP access is restricted to specific IP addresses (e.g., 192.168.1.0/24), you can bypass access controls by:
* Spoofing the source IP to fall within that allowed range.
* Using a SNMP set request to instruct the device (e.g., to copy its configuration to a TFTP server).
This is a classic SNMP spoofing attack.
From CEH v13 Courseware:
* Module 4: Enumeration # SNMP Enumeration Attacks
Reference:CEH v13 Study Guide - Module 4: SNMP Attacks and Access ControlsCVE-1999-0517 - SNMP Default Community String Vulnerability


888. Frage
During an internal red team engagement at Orion Tech Labs, a leading software firm in Austin, Texas, ethical hacker Emily Carter was tasked with evaluating the resilience of the organization's software deployment processes. Knowing that the finance team frequently downloaded utility tools for generating PDFs, she repackaged a trusted PDF converter installer with a secondary payload. When an employee executed the installer, the converter installed and functioned normally, but in the background, a hidden executable silently initiated outbound network communication. The user remained unaware of any suspicious activity.
Which technique did Emily most likely use to ensure the malware executed alongside the legitimate application?

Antwort: D

Begründung:
A wrapper is the most accurate choice because it describes a technique where a legitimate program is bundled together with a malicious payload so that, when the user launches what appears to be a normal installer or application, both the real software and the malware run. CEH materials commonly explain wrappers in the context of Trojanization: the attacker "wraps" a trusted executable or installer with an additional hidden component. This preserves normal functionality to avoid suspicion while still achieving covert execution of the malicious code. In the scenario, the PDF converter installs and works as expected, but a hidden executable runs silently and begins outbound communication-this is classic wrapper behavior designed to maintain user trust and reduce detection through normal user experience.
The other options do not fit as well. A downloader is malware whose primary purpose is to fetch additional payloads from the network; while outbound communication occurs here, the scenario emphasizes bundling and simultaneous execution with a legitimate installer, not primarily downloading. A packer is used to compress/obfuscate an executable to evade signature-based detection; it changes how a binary looks, but it does not inherently describe combining a legitimate installer with another payload. A dropper is designed to deliver and install malware onto a system, often extracting the payload; however, the hallmark detail here is that the legitimate application runs normally while the malicious component is hidden within the same package, which aligns more precisely with a wrapper/Trojanized installer.
Defensively, CEH recommends controls such as application allowlisting, verifying digital signatures and hashes, using trusted software repositories, endpoint detection and response, and monitoring unusual outbound connections after software installation


889. Frage
Robert, a professional hacker, is attempting to execute a fault injection attack on a target IoT device. In this process, he injects faults into the power supply that can be used for remote execution, also causing the skipping of key instructions. He also injects faults into the clock network used for delivering a synchronized signal across the chip. Which of the following types of fault injection attack is performed by Robert in the above scenario?

Antwort: A


890. Frage
An attacker with access to the inside network of a small company launches a successful STP manipulation attack. What will he do next?

Antwort: A


891. Frage
A private equity firm in Minneapolis, Minnesota allows employees to access internal reporting tools from their personally owned smartphones under its BYOD program. During a routine security assessment, a consultant observes that when an employee leaves their unlocked phone unattended, a colleague can immediately open the firm's financial application and review client investment records without any additional verification step inside the application.
The operating system itself requires a passcode to unlock the device, but once unlocked, corporate applications open directly to sensitive dashboards.
Identify the BYOD security guideline that would directly mitigate this exposure.

Antwort: A

Begründung:
The correct answer is D. Set Passwords for Apps to Restrict Others from Accessing Them.
The device already has an operating system passcode, but the weakness appears after the phone is unlocked.
The financial application opens directly to sensitive dashboards without requiring any additional application- level authentication. The most direct mitigation is to require a separate password, PIN, biometric prompt, or reauthentication control for sensitive corporate applications.
CEH mobile/BYOD material explains that BYOD introduces security and control challenges because personally owned smartphones and tablets access organizational resources. Mobile Device Management solutions commonly enforce policies such as passcodes, remote locking, remote wipe, root/jailbreak detection, application deployment, monitoring, and policy enforcement .
Option A. Use Encryption Mechanism to Store Data is important for protecting data at rest, especially if the device is lost, but it does not stop access after the phone is already unlocked.
Option B. Set a Strong Passcode on the Device and Change It Relatively Often is already partially implemented because the OS requires a passcode. The issue is lack of app-level verification.
Option C. Maintain a Clear Separation between Business and Personal Data is useful for BYOD governance, but it does not directly prevent an unlocked device from opening sensitive dashboards.
Option D. Set Passwords for Apps to Restrict Others from Accessing Them is correct because it directly mitigates unauthorized access to corporate apps after device unlock.
Therefore, the best answer is D. Set Passwords for Apps to Restrict Others from Accessing Them.


892. Frage
......

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