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| Section | Objectives |
|---|---|
| Web Application Security | |
| Scanning and Enumeration | |
| Social Engineering | |
| Legal and Ethics in Ethical Hacking | |
| Wireless Security | |
| Cryptography Basics | |
| Information Gathering (Reconnaissance) | |
| Network Security | |
| Malware Threats | |
| Vulnerability Assessment | |
| Ethical Hacking Fundamentals | |
| System Hacking and Exploitation |
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NEW QUESTION # 25
What is an XSS?
Answer: B
Explanation:
Cross-Site Scripting (XSS) is a critical security vulnerability prevalent in web applications. It occurs when an application includes untrusted data in a web page without proper validation or escaping, allowing an attacker to inject and execute malicious scripts-typically JavaScript-in the victim's web browser. Because the browser trusts the script as if it originated from the legitimate website, the script can access sensitive information stored in the browser, such as session cookies, tokens, or personal data.
There are three primary types of XSS:
* Stored (Persistent) XSS: The malicious script is permanently stored on the target server (e.g., in a database, in a comment field). When a victim views the page, the script executes.
* Reflected XSS: The script is "reflected" off a web application to the victim's browser, usually through a link containing the payload (e.g., in a URL parameter).
* DOM-based XSS: The vulnerability exists in the client-side code rather than the server-side code, where the script is executed by modifying the Document Object Model (DOM) environment.
Managing the threat of XSS involves implementing strict input validation and output encoding. Developers must ensure that any data provided by users is treated as "untrusted" and filtered to remove executable code before it is rendered on a page. From an ethical hacking perspective, identifying XSS is a key part of web application penetration testing. A successful XSS attack can lead to account hijacking, website defacement, or the redirection of users to malicious websites. By understanding how malicious scripts are executed in the context of other users' browsers, security professionals can better protect the integrity of web services and the privacy of their users.
NEW QUESTION # 26
What is ransomware?
Answer: A
Explanation:
Ransomware is one of the most destructive and prevalent information security threats facing organizations today. It is a specific type of malicious software (malware) designed to encrypt a victim's files, making them inaccessible to the legitimate user. Once the encryption process is complete, the software displays a notification-often referred to as a "ransom note"-demanding a payment, usually in an untraceable cryptocurrency like Bitcoin, in exchange for the decryption key required to release the files.
Managing the threat of ransomware requires a comprehensive understanding of its delivery mechanisms. Most infections occur through phishing emails containing malicious attachments or links, or by exploiting vulnerabilities in exposed remote access services like RDP (Remote Desktop Protocol). Once the ransomware is executed, it often attempts to spread laterally through the network to encrypt as many machines and backups as possible, maximizing the pressure on the organization to pay.
From an ethical hacking standpoint, the defense against ransomware is focused on "Resilience and Recovery." Since technical controls can sometimes be bypassed, having an "air-gapped" or offline backup strategy is the only 100% effective way to recover data without paying the attackers. Furthermore, security professionals emphasize the importance of "Endpoint Detection and Response" (EDR) tools that can identify the rapid, unauthorized encryption of files and kill the malicious process before it completes. Ransomware represents a shift in cybercrime from data theft to data "kidnapping," highlighting that even if data isn't stolen, its unavailability can cause catastrophic operational failure. Organizations must view ransomware not just as a virus, but as a business continuity threat that demands rigorous patching, user training, and robust incident response planning.
NEW QUESTION # 27
What is privilege escalation?
Answer: B
Explanation:
Privilege escalation is a critical concept in ethical hacking and penetration testing that refers to a situation where a user or processgains higher-level permissions than originally authorized. This makes option A the correct answer.
Privilege escalation commonly occurs after an attacker or ethical hacker gains initial access to a system with limited privileges. The next objective is often to escalate those privileges to gain administrative or root-level access. This can be achieved through misconfigurations, vulnerable software, weak file permissions, kernel exploits, or improper access control mechanisms.
Option B is incorrect because formally requesting permissions from an administrator is a legitimate administrative process, not privilege escalation. Option C is incorrect because privilege escalation does not involve requesting permissions; it involves exploiting weaknesses to obtain them without authorization.
In penetration testing, privilege escalation is typically tested during thepost-exploitation phase. Ethical hackers use it to demonstrate the potential impact of a breach, such as full system compromise, access to sensitive data, or lateral movement within a network.
Understanding privilege escalation is essential for improving defensive security. By identifying and mitigating escalation paths, organizations can enforce the principle of least privilege, strengthen access controls, and reduce the impact of successful attacks. Ethical testing of privilege escalation ultimately helps organizations harden systems against real-world threats.
NEW QUESTION # 28
Do all hackers always carry out criminal activities?
Answer: A
Explanation:
Not all hackers engage in criminal activity, making option B the correct answer. The term "hacker" broadly refers to individuals with technical skills to understand and manipulate systems. Their intent determines whether their actions are ethical or malicious.
Ethical hackers, also known as White Hat hackers, work legally and with authorization to identify vulnerabilities in systems, networks, and applications. When they discover security weaknesses, they follow responsible disclosure practices by reporting findings to the affected organization so issues can be fixed promptly.
Option A is incorrect because it incorrectly generalizes all hackers as criminals. Option C is incorrect because selling stolen information describes malicious actors, often referred to as Black Hat hackers.
Understanding this distinction is important when analyzingcurrent security trends, as ethical hacking has become a legitimate profession. Many organizations now rely on penetration testers, bug bounty programs, and internal security teams to proactively defend against cyber threats.
Ethical hacking contributes to safer digital environments by helping organizations strengthen defenses before attackers exploit vulnerabilities. Recognizing that hacking skills can be used constructively supports responsible security practices and professional cybersecurity development.
NEW QUESTION # 29
What is a zero-day vulnerability?
Answer: C
Explanation:
A zero-day vulnerability refers to a software or hardware flaw that is unknown to the vendor or developer and, consequently, has no available patch or fix to mitigate the risk. The term "zero-day" signifies that the developers have had "zero days" to address the problem since it was discovered. These vulnerabilities are exceptionally dangerous because they exist in a window of time where users are completely unprotected, and standard security software like antivirus or intrusion detection systems may not have signatures to detect them.
The lifecycle of a zero-day often begins with a researcher or a malicious actor discovering a bug in a system's code. If a malicious actor finds it first, they may develop a "zero-day exploit"-a specific piece of code designed to take advantage of that flaw-to gain unauthorized access, steal data, or damage systems. These exploits are highly prized in the cyber-arms market due to their effectiveness against even well-defended targets.
In the context of ethical hacking, identifying potential zero-day vulnerabilities requires advanced techniques such asfuzzing(sending massive amounts of random data to a program to trigger crashes) andreverse engineering. Once a zero-day is discovered by a "White Hat," the ethical protocol is "Responsible Disclosure," where the researcher notifies the vendor privately to allow them time to create a patch before the information is made public. Managing the risk of zero-days requires "Defense in Depth," where multiple layers of security (like network segmentation and behavioral analytics) work to contain an attack even if the initial entry point is an unpatched flaw.
NEW QUESTION # 30
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