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| Section | Objectives |
|---|---|
| Topic 1: Web and Application Security | - Web application hacking techniques |
| Topic 2: Wireless and Mobile Security | - Wireless network attacks - Mobile platform vulnerabilities |
| Topic 3: Reconnaissance Techniques | - Footprinting and information gathering - Scanning networks and enumeration |
| Topic 4: Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| Topic 5: Cloud and IoT Security | - Cloud computing security concepts - IoT security fundamentals |
| Topic 6: System Hacking | - Malware threats and system exploitation - Gaining access and privilege escalation |
| Topic 7: Cryptography | - Encryption, hashing, and cryptanalysis |
| Topic 8: Network Attacks | - Sniffing and session hijacking - Denial of Service (DoS/DDoS) |
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NEW QUESTION # 363
During a red team simu-lation at a bank in Chicago, Illinois, the SOC team suspects that some of the incoming traffic may be spoofed. To verify this, an analyst begins monitoring the sequence values assigned to packets, looking for irregularities that indicate they were not generated by the legitimate source. Which spoofing detection technique is the analyst using?
Answer: C
Explanation:
The analyst is using the TCP Flow Control Method because the scenario focuses on monitoring TCP sequence values for irregularities. In TCP communications, sequence (and acknowledgment) numbers are fundamental to flow control and reliability. A legitimate TCP stream follows predictable rules: sequence numbers progress according to the amount of data transmitted, acknowledgments align with received bytes, and the relationship between seq/ack values is consistent for each direction of the session. When traffic is spoofed-especially if an attacker injects packets without fully participating in the legitimate TCP state-those packets often contain sequence numbers that do not match the expected window for the established connection. This can create anomalies such as out-of-window sequence values, incorrect acknowledgments, or resets triggered by the endpoints.By monitoring sequence-related behavior, defenders can spot signs of forged or injected packets that were not produced by the true endpoint. This technique is particularly relevant when dealing with suspected TCP session spoofing or injection, where attackers attempt to insert data or disrupt sessions by guessing or stealing sequence numbers.Why the other options don't match the "sequence values" clue:Packet Filtering (A) is a preventive control (blocking by rules), not a detection method based on analyzing sequence progression.IPID Monitoring (C) focuses on the IP Identification field behavior patterns to infer spoofing (often OS-specific IPID increments), but the scenario is clearly about TCP sequence values, not IP header ID patterns.Direct TTL Probes (D) examine TTL characteristics (hop count anomalies) to infer spoofing or path differences; again, not sequence-number analysis.Therefore, the spoofing detection technique described is B.
TCP Flow Control Method.
NEW QUESTION # 364
Eric has discovered a fantastic package of tools named Dsniff on the Internet. He has learnt to use these tools in his lab and is now ready for real world exploitation. He was able to effectively intercept communications between the two entities and establish credentials with both sides of the connections. The two remote ends of the communication never notice that Eric is relaying the information between the two. What would you call this attack?
Answer: A
NEW QUESTION # 365
Given the complexities of an organization's network infrastructure, a threat actor has exploited an unidentified vulnerability, leading to a major data breach. As a Certified Ethical Hacker (CEH), you are tasked with enhancing the organization's security stance. To ensure a comprehensive security defense, you recommend a certain security strategy. Which of the following best represents the strategy you would likely suggest and why?
Answer: A
Explanation:
The security strategy that you would likely suggest is to adopt a Continual/Adaptive Security Strategy involving ongoing prediction, prevention, detection, and response actions to ensure comprehensive computer network defense. This strategy is based on the concept of continuous monitoring and improvement of the security posture of an organization, using a feedback loop that integrates various security activities and technologies. A Continual/Adaptive Security Strategy aims to proactively identify and mitigate emerging threats, vulnerabilities, and risks, as well as to respond effectively and efficiently to security incidents and breaches. A Continual/Adaptive Security Strategy can help enhance the organization's security stance by providing the following benefits12:
* It can reduce the attack surface and the exposure time of the organization's network infrastructure, by applying timely patches, updates, and configurations, as well as by implementing security controls and policies.
* It can increase the visibility and awareness of the organization's network activity and behavior, by collecting, analyzing, and correlating data from various sources, such as logs, sensors, alerts, and reports.
* It can improve the detection and prevention capabilities of the organization, by using advanced tools and techniques, such as artificial intelligence, machine learning, threat intelligence, and behavioral analytics, to identify and block malicious or anomalous patterns and indicators.
* It can enhance the response and recovery processes of the organization, by using automated and orchestrated actions, such as isolation, quarantine, remediation, and restoration, to contain and resolve security incidents and breaches, as well as by conducting lessons learned and root cause analysis to prevent recurrence.
The other options are not as appropriate as option C for the following reasons:
* A. Develop an in-depth Risk Management process, involving identification, assessment, treatment, tracking, and review of risks to control the potential effects on the organization: This option is not sufficient because risk management is only one aspect of a comprehensive security strategy, and it does not address the dynamic and evolving nature of cyber threats and vulnerabilities. Risk management is a process of identifying, analyzing, evaluating, and treating the risks that may affect the organization's objectives and operations, as well as monitoring and reviewing the effectiveness of the risk treatment measures3. Risk management can help the organization prioritize and allocate resources for security, but it cannot guarantee the prevention or detection of security incidents and breaches, nor the response and recovery from them.
* B. Establish a Defense-in-Depth strategy, incorporating multiple layers of security measures to increase the complexity and decrease the likelihood of a successful attack: This option is not optimal because defense-in-depth is a traditional and static approach to security, and it may not be able to cope with the sophisticated and persistent attacks that exploit unknown or zero-day vulnerabilities. Defense-in-depth is a strategy of implementing multiple and diverse security controls and mechanisms at different layers of the organization's network infrastructure, such as perimeter, network, endpoint, application, and data, to provide redundancy and resilience against attacks4. Defense-in-depth can help the organization protect its assets and systems from unauthorized access or damage, but it cannot ensure the timely detection and response to security incidents and breaches, nor the continuous improvement of the security posture.
* D. Implement an Information Assurance (IA) policy focusing on ensuring the integrity, availability, confidentiality, and authenticity of information systems: This option is not comprehensive because information assurance is a subset of cybersecurity, and it does not cover all the aspects of a holistic security strategy. Information assurance is a discipline of managing the risks associated with the use, processing, storage, and transmission of information and data, and ensuring the protection of the information and data from unauthorized access, use, disclosure, modification, or destruction5.
Information assurance can help the organization safeguard its information and data from compromise or loss, but it does not address the prevention, detection, and response to security incidents and breaches, nor the adaptation and innovation of the security technologies and processes.
References:
* 1: Continual/Adaptive Security Strategy - an overview | ScienceDirect Topics
* 2: Continual Adaptive Security: A New Approach to Cybersecurity | SecurityWeek.Com
* 3: Risk Management - an overview | ScienceDirect Topics
* 4: Defense in Depth - an overview | ScienceDirect Topics
* 5: Information Assurance - an overview | ScienceDirect Topics
NEW QUESTION # 366
FILL BLANK
Scenario
Instructions
You have been hired as a part of the Red Team at CEHORG, an IT and ITES organization that deals with advanced research and development in the field of information security. It has offices all over the country connected in real-time by its network infrastructure.
Your organization is worried about rising cybersecurity incidents and has entrusted you with a comprehensive security audit of the complete infrastructure.
CEHORG's internal network consists of several subnets housing various organizational units like any large organization. The front office is connected to a separate subnet that connects to the company's public-facing computers. The company has installed multiple kiosks to help customers understand their products and services. The front office also has Wi-Fi connectivity to cater to the users who carry their smartphones and laptops.
The CEHORG's internal network is made up of Militarized and Demilitarized zones. As a security precaution and by design, all the internal resource zones are configured with different subnet IPs.
The militarized zone houses the application servers that provide application frameworks for various departments. The Demilitarized Zone contains public-facing systems of the organization, such as web and mail servers. The headquarters' network topology and protocols are replicated worldwide in all its satellite offices for efficient communication with the headquarters.
Description
CEH Practical exam presents you with 20 challenges built on the ethical hacking domains covered in the C|EH program. The exam hosts multiple hidden machines, each containing a set of vulnerable applications and services. You must apply your knowledge and skills in various ethical hacking domains and solve the challenges. The exam duration is 6 hours. Each challenge in CEH Practical weighs 10 points, and you are required to solve a minimum of 14 challenges out of 20, which would sum up to 140 points, to become a CEH (Practical) Credential Holder.
On the cyber range, you will have access to Ethical Hacker Workstations, EH Workstation - 1 and EH Workstation - 2. EH Workstation - 1 is a Parrot Security machine and EH Workstation
- 2 is a Windows 11 machine. You can switch to these machines from the Resources tab.
Please note that there are a maximum of 3 attempts for each challenge.
Available target networks:
10.10.55.0/24
192.168.44.0/24
192.168.200.0/24
Exclusions:
10.10.55.1, 10.10.55.2
192.168.44.1, 192.168.44.2
192.168.200.1, 192.168.200.2
The credentials to access EH Workstation - 1 (Parrot Security) machine are as below:
Username: attacker Password: toor
The credentials to access EH Workstation - 2 (Windows 11) are as below:
Username: Admin Password: Pa$$w0rd
The credentials to access OpenVAS on EH Workstation - 1 (Parrot Security) machine are as below:
Username: admin Password: password
To open OpenVAS tool, click Applications at the top of the Desktop window and navigate to Pentesting โ Vulnerability Analysis โ Openvas - Greenbone โ Start Greenbone Vulnerability Manager Service to launch OpenVAS tool.
Note: You can use username.txt and password.txt available on the Desktop of the EH Workstation - 1 (Parrot Security) machine for any credentials/password cracking attempt.
Flags
Challenge:
Conduct a comprehensive scan of the target network to identify the DNS computer name of the Domain Controller. (Format: AaaaaAaaa*AAAAAA*aaa)
Answer:
Explanation:
AdminTeam.ECCCEH.com
NEW QUESTION # 367
You went to great lengths to install all the necessary technologies to prevent hacking attacks, such as expensive firewalls, antivirus software, anti-spam systems, and intrusion detection/prevention tools in your company's network. You are confident that hackers will never be able to gain access. Your peer, Peter Smith, disagrees and says the presence of a "weakest link" still exposes the network.
What is Peter Smith talking about?
Answer: B
Explanation:
Comprehensive and Detailed Explanation:
The "weakest link" in cybersecurity is almost always the human element. Even with cutting-edge technology and airtight configurations, untrained or careless users can fall for phishing attacks, use weak passwords, or mishandle sensitive data - giving hackers a path into the system.
From CEH v13 Courseware:
Module 7: Social Engineering
Topic: Human Element in Security Breaches
Reference:CEH v13 Study Guide - Module 7: Insider Threats and Social EngineeringSANS Security Awareness Program - Human Risk Management
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NEW QUESTION # 368
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