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CertiProf CEHPC Exam Syllabus Topics:

SectionObjectives
Topic 1: Exploitation- Attack Execution
  • 1. System Compromise
  • 2. Exploitation Techniques
  • 3. Privilege Escalation
Topic 2: Vulnerability Analysis- Security Assessment
  • 1. Risk Evaluation
  • 2. Vulnerability Identification
  • 3. Security Weakness Analysis
Topic 3: Network Scanning and Analysis- Scanning Techniques
  • 1. Port Scanning
  • 2. Network Enumeration
  • 3. Service Identification
Topic 4: Pentesting and Ethical Hacking Fundamentals- Ethical Hacking Concepts
  • 1. Pentesting Basics
  • 2. Ethical and Legal Concepts
  • 3. Information Security Fundamentals
Topic 5: Reconnaissance- Passive and Active Reconnaissance
  • 1. Open Source Intelligence
  • 2. Footprinting
  • 3. Information Gathering
Topic 6: Reporting and Mitigation- Documentation and Defense
  • 1. Security Reporting
  • 2. Incident Documentation
  • 3. Mitigation Recommendations
Topic 7: Attack Techniques- Cyber Attack Methods
  • 1. Web Application Attacks
  • 2. Network Attacks
  • 3. Wireless Security Attacks
Topic 8: Social Engineering- Human-based Attacks
  • 1. Security Awareness
  • 2. Phishing Techniques
  • 3. Impersonation Attacks

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CertiProf Ethical Hacking Professional Certification Exam Sample Questions (Q79-Q84):

NEW QUESTION # 79
What is a backdoor in terms of computer security?

Answer: A

Explanation:
In computer security, a backdoor refers to ahidden method of accessing a system that bypasses normal authentication and security mechanisms, making option A the correct answer. Backdoors can be intentionally created by developers for maintenance purposes or maliciously installed by attackers after compromising a system.
From an ethical hacking perspective, backdoors are commonly discovered duringpost-exploitation activities.
Attackers use them to maintain persistent access, even if passwords are changed or vulnerabilities are patched.
Backdoors may take the form of hidden user accounts, modified services, malicious scripts, or hardcoded credentials.
Option B is incorrect because malware that spreads through instant messaging is typically classified as a worm or trojan, not specifically a backdoor. Option C is incorrect because a backdoor is not a legitimate or documented access point.
Understanding backdoors is essential for managing information security threats. Ethical hackers identify backdoors to demonstrate long-term risks and highlight weaknesses in system monitoring and access controls.
Defenders can mitigate backdoor threats by implementing integrity monitoring, endpoint detection and response (EDR), regular audits, and strict access management.
Backdoors pose significant risks because they undermine trust in system security. Identifying and removing them is critical for restoring system integrity and preventing repeated compromise.


NEW QUESTION # 80
What is a reverse shell?

Answer: B

Explanation:
A reverse shell is a technique used in ethical hacking and penetration testing where the target (victim) system initiates a connection back to the attacker's system, allowing the attacker to execute commands remotely. This makes option C the correct answer.
Unlike a bind shell, where the victim opens a listening port, a reverse shell is particularly effective in environments protected by firewalls or Network Address Translation (NAT). Since outbound connections are often allowed, the victim system connects outward to the attacker, bypassing many network restrictions.
Ethical hackers commonly use reverse shells during the exploitation and post-exploitation phases of penetration testing to maintain access to compromised systems.
Option A is incorrect because running a terminal as root does not define a reverse shell. Option B is incorrect because a reverse shell is not a standard command-line interface but rather a remote command execution channel.
From an ethical hacking perspective, reverse shells help demonstrate the real-world impact of vulnerabilities such as command injection, remote code execution, or misconfigured services. Once established, a reverse shell may allow privilege escalation, lateral movement, or data exfiltration-highlighting serious security risks.
Understanding reverse shells is essential for both attackers and defenders. Defenders can mitigate reverse shell attacks by implementing strict egress filtering, intrusion detection systems, endpoint protection, and proper system hardening. Ethical testing of reverse shells enables organizations to identify weaknesses and improve overall security posture.


NEW QUESTION # 81
How does Social Engineering work?

Answer: A

Explanation:
Social engineering is a non-technical method of intrusion that relies heavily on human interaction and involves tricking people into breaking normal security procedures. Unlike traditional hacking, which targets software or hardware vulnerabilities, social engineering exploits human psychology-specifically the natural tendency to trust or the desire to be helpful. The process typically begins with an attacker assuming a deceptive persona, such as a helpful IT support technician, a trusted colleague, or an authoritative figure like a company executive. By establishing a rapport or creating a sense of urgency, the attacker builds a bridge of
"trust" with the victim.
Once this psychological foothold is established, the attacker manipulates the victim into performing actions that compromise security. This might include revealing confidential login credentials, transferring funds to fraudulent accounts, or providing sensitive internal information about a network's architecture. Common tactics include "phishing" (sending deceptive emails), "vishing" (voice solicitation over the phone), and
"pretexting" (creating a fabricated scenario to obtain info).
In a professional ethical hacking engagement, social engineering testing is critical because it highlights that a company's security is only as strong as its weakest human link. No matter how robust the firewalls or encryption methods are, they can be bypassed if an employee is manipulated into "opening the door" for an adversary. Effective defenses against social engineering do not rely solely on technology but on continuous employee awareness training and the implementation of strict verification protocols for any request involving sensitive data.


NEW QUESTION # 82
What is "root" in Linux?

Answer: B

Explanation:
In the Linux operating system, "root" is the conventional name of the superuser who possesses the highest level of administrative control and access rights. Unlike standard user accounts, which are restricted to their own home directories and limited system actions, the root user has the authority to read, write, and execute any file on the system, regardless of the permissions set. This makes "root" the ultimate authority for system configuration, security management, and software installation.
Technically, the root user is identified by a User ID (UID) of 0. This account is essential for performing critical tasks such as managing user accounts, modifying the kernel, accessing protected hardware ports, and altering system-wide configuration files located in directories like /etc. In the context of ethical hacking and penetration testing, gaining "root access"-often referred to as "Privilege Escalation"-is frequently the ultimate goal. If an attacker gains root access, they have "full system compromise," meaning they can install backdoors, disable security logging, and pivot to other systems on the network.
Because of the immense power associated with this account, security controls dictate that it should be used sparingly. Most modern Linux distributions encourage the use of the sudo command, which allows a regular user to execute a specific task with root privileges temporarily. This minimizes the risk of accidental system damage or the permanent exposure of the root credentials. Protecting the root account is a fundamental master information security control; if the root password is weak or the account is left exposed via a remote service like SSH, the entire integrity of the information system is at risk. Understanding root is not just about identifying a user, but about understanding the hierarchy of permissions that governs all Linux-based security.


NEW QUESTION # 83
Which of the following is a network security protocol designed to authenticate and authorize remote users to securely access network resources?

Answer: A

Explanation:
SSH (Secure Shell) is anetwork security protocolspecifically designed to provide secure remote access to systems, making option A the correct answer. SSH authenticates users and encrypts all communications between the client and server, protecting credentials and session data from interception.
SSH is widely used by system administrators and ethical hackers for secure remote login, command execution, and file transfers. It replaces insecure protocols such as Telnet, which transmit data in plain text.
SSH supports multiple authentication mechanisms, including passwords, public-key authentication, and multi- factor authentication.
Option B, FTP, is incorrect because it transmits credentials and data in plain text and does not provide secure authentication by default. Option C, SSL, is incorrect in this context because SSL is a cryptographic protocol used to secure data in transit but is not specifically designed for remote system access and authorization.
From an ethical hacking perspective, understanding SSH is essential for both attacking and defending systems. Misconfigured SSH services can lead to brute-force attacks or unauthorized access, while properly secured SSH greatly enhances system security.
SSH plays a critical role in secure network administration and is a foundational component of modern information security controls.


NEW QUESTION # 84
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