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| Certification Vendor: | CertiProf |
|---|---|
| Exam Name: | CertiProf Ethical Hacking Professional Certification Exam (CEHPC) |
| Exam Number: | CEHPC |
| Certificate Validity Period: | 2 years |
| Available Languages: | Spanish, English |
| Real Exam Qty: | 40-60 |
| Exam Duration: | 120 minutes |
| Exam Price: | USD 200 (approx.) |
| Exam Format: | Multiple choice, Online proctored |
| Passing Score: | 70% |
| Recommended Training: | CertiProf Official Training |
| Exam Registration: | CertiProf Certifications Page |
| Sample Questions: | CertiProf CEHPC Sample Questions |
| Exam Way: | Online proctored exam |
| Pre Condition: | Basic understanding of networking and cybersecurity fundamentals is recommended. |
| Official Syllabus URL: | https://certiprof.com |
>> CertiProf CEHPC Exam Outline <<
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NEW QUESTION # 45
Do hackers only perform criminal acts?
Answer: C
Explanation:
The term "hacker" is frequently misrepresented in popular media as being synonymous with "criminal." In the professional cybersecurity landscape, however, hacking is a skill set that can be applied for both malicious and constructive purposes. Ethical hackers, often referred to as "White Hat" hackers, use the same tools, techniques, and mindsets as malicious actors ("Black Hats"), but they do so with legal authorization and the intent to improve security. Their primary responsibility is to analyze systems, identify potential vulnerabilities, and report them to the stakeholders so they can be patched before a criminal can exploit them.
Ethical hacking is a structured discipline that follows specific phases: reconnaissance, scanning, gaining access, maintaining access, and clearing tracks-though the "clearing tracks" phase in an ethical context usually involves restoring the system to its original state and documenting the process. These professionals operate under a strict "Code of Ethics," ensuring they do no harm and maintain the confidentiality of the data they encounter. Many organizations employ ethical hackers through internal security teams or external penetration testing firms to conduct "Red Team" exercises, which simulate real-world attacks to test the organization's defensive capabilities.
Furthermore, the existence of "Bug Bounty" programs-where companies like Google, Microsoft, and Facebook pay independent researchers to find and report bugs-demonstrates that hacking is a recognized and valued profession. By reporting vulnerabilities instead of exploiting them for personal gain, ethical hackers play a vital role in the global digital economy. They help protect critical infrastructure, financial systems, and personal data. Therefore, while some hackers do engage in illegal activities, a significant portion of the hacking community is dedicated to the defensive side of cybersecurity, proving that the act of hacking itself is neutral; it is the intent and authorization that define its legality.
NEW QUESTION # 46
Can all computers be hacked?
Answer: B
Explanation:
From a cybersecurity and ethical hacking perspective, the most accurate answer isoption C: yes, all computers are hackable. This does not mean that all systems are easily compromised, but rather thatno system is 100% secureunder all circumstances.
Security is a matter of risk management, not absolute prevention. Even fully patched systems with strong security controls may be vulnerable to zero-day exploits, misconfigurations, supply-chain attacks, physical access threats, or human factors such as social engineering. Ethical hackers assess these risks to determine how systems could be compromised under realistic threat scenarios.
Option A is incorrect because even updated systems with minimal exposure can still be attacked through advanced techniques. Option B is incorrect because hacking is not always easy or without complications; strong defenses significantly increase the difficulty.
Understanding this concept is critical in modern security strategy. Ethical hacking promotesdefense in depth, continuous monitoring, regular testing, and user awareness rather than reliance on a single control.
Acknowledging that all systems are potentially hackable encourages proactive security practices, timely patching, strong authentication, network segmentation, and incident response planning. Ethical hackers help organizations identify weaknesses early, reduce risk, and improve resilience against evolving cyber threats.
NEW QUESTION # 47
What is privilege escalation?
Answer: A
Explanation:
Privilege escalation is a critical phase in the cyber-attack lifecycle where an adversary seeks to expand their influence within a target environment after gaining an initial foothold. In standard security architectures, users are granted the "least privilege" necessary to perform their duties; however, attackers aim to bypass these restrictions to access sensitive data or execute restricted commands. This process is categorized into two distinct dimensions: horizontal and vertical escalation.
Horizontal privilege escalation(also known as lateral movement) occurs when an attacker gains access to resources belonging to another user with a similar level of permissions. This is often achieved through credential theft, session hijacking, or exploiting vulnerabilities in peer-level applications. While the attacker's authorization level remains the same, their reach increases as they assume different identities.
Vertical privilege escalation, or privilege elevation, is the process of moving from a standard user account to one with higher administrative or "root" privileges. This typically involves exploiting system bugs, misconfigurations, or unpatched vulnerabilities in the kernel or operating system. For instance, an attacker might use an exploit to trick a high-privileged service into executing malicious code on their behalf. Gaining root or administrator status is often the ultimate goal for an attacker, as it provides unrestricted control over the entire system, allowing for the deployment of malware, modification of security logs, and total data exfiltration. Effective defense against this threat involves implementing zero-trust architectures, rigorous patch management, and continuous monitoring for unauthorized permission changes.
NEW QUESTION # 48
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 # 49
Can all computers be hacked?
Answer: B
Explanation:
A common misconception in cybersecurity is that every single computer system is inherently vulnerable to a breach at any given moment. However, from an ethical hacking and defensive standpoint, a computer is only
"hackable" if it presents an exploitable vulnerability. A system that is fully patched, correctly configured, and isolated from unnecessary network exposure is significantly harder to compromise, often to the point where an attack is no longer viable for a standard threat actor.
Vulnerabilities typically arise from three main areas: unpatched software, misconfigurations, and human error. Security patches are updates issued by vendors to fix known vulnerabilities in the operating system or applications. If an administrator applies these patches promptly, they close the "windows of opportunity" that hackers use to gain entry. Furthermore, "exposed ports" refer to network entry points that are left open and listening for connections. A secure system follows the principle of "Least Functionality," meaning only essential ports and services are active, thereby reducing the "attack surface." The statement that all computers are hackable "without any complications" is incorrect because security is a layered discipline. While a persistent and highly funded state-sponsored actor might eventually find a "Zero- Day" vulnerability (a flaw unknown to the vendor), the vast majority of systems remain secure as long as they adhere to rigorous maintenance schedules. Defensive strategies focus on "Hardening," which involves removing unnecessary software, disabling unused services, and implementing strong authentication.
Therefore, a computer that is meticulously updated and shielded by firewalls and intrusion prevention systems does not provide the necessary "foothold" for an attacker to exploit, effectively making it unhackable through known standard vectors. This highlights the importance of proactive management in mitigating attack vectors rather than assuming inevitable defeat.
NEW QUESTION # 50
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