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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Penetration Testing (Pentesting) | 25% | - Concepts, types and phases of pentesting - Pentesting process and methodologies - Reconnaissance, scanning and enumeration techniques |
| Topic 2: Information Security Fundamentals | 15% | - Information security elements and principles - Security frameworks (NIST, ISO/IEC, MITRE ATT&CK) - Current security trends |
| Topic 3: Security Controls and Remediation | 15% | - Countermeasures and best practices - Reporting and remediation recommendations - Information security controls |
| Topic 4: Vulnerability Assessment and Analysis | 20% | - Risk evaluation and impact analysis - Exploitation concepts and techniques - Vulnerability identification and classification |
| Topic 5: Ethical Hacking Concepts and Methodologies | 25% | - Legal and ethical aspects - Definition, types and phases of ethical hacking - Attack vectors and threat management |
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NEW QUESTION # 97
What is active recognition?
Answer: C
Explanation:
Active recognition, also known as "Active Reconnaissance," is a critical phase of penetration testing where the tester gathers detailed information by directly interacting with the target system or network. Unlike
"Passive Reconnaissance," which involves collecting publicly available information from search engines (like Google Dorking) or social media without the target's knowledge, active recognition involves sending data packets to the target's infrastructure to elicit a response.
Common activities during the active recognition phase include port scanning, service version detection, and vulnerability scanning. For example, using a tool like Nmap to scan a server's open ports is a form of active recognition. The scanner sends "probes" to the server, and based on the server's reply (or lack thereof), the tester can determine which services are running (e.g., a web server on port 80 or a database on port 3306).
This phase is essential because it provides the technical "blueprint" of the target that the tester will use to plan an exploit.
However, active recognition carries a significant risk: it is much more likely to be detected by security systems like Intrusion Detection Systems (IDS) or firewalls. Because the tester is directly "knocking on the doors" of the target, their IP address and activity may be logged. In a professional pentest, the degree of
"stealth" used during active recognition is a key consideration. Testers may slow down their scans or use techniques to blend in with normal network traffic to avoid detection. For the organization, being able to detect active reconnaissance is a vital part of threat management, as it often serves as the "early warning sign" that a more sophisticated attack is being prepared. Mastering this phase allows a pentester to efficiently map the attack surface while understanding the operational limits of the target's defensive controls.
NEW QUESTION # 98
What is netcat?
Answer: A
Explanation:
Netcat, often referred to as the "Swiss Army Knife" of networking, is a powerful and versatile utility that uses TCP or UDP protocols to read and write data across network connections. It is a foundational tool for both system administrators and security professionals because of its ability to perform a wide variety of tasks with minimal overhead. While it is natively a Linux tool, versions like ncat (distributed with Nmap) make it available across all major operating systems.
In the context of ethical hacking, Netcat is used for:
* Port Scanning: It can be used as a lightweight port scanner to check for open services on a target.
* Banner Grabbing: By connecting to a specific port, testers can capture the "banner" or header sent by a service to identify its software version.
* File Transfer: It can push files from one machine to another without needing FTP or SMB protocols.
* Creating Backdoors and Shells: Netcat is the primary tool used to establishBind ShellsorReverse Shellsduring the exploitation phase of a pentest. An attacker can set Netcat to "listen" on a port and execute a shell (like /bin/bash or cmd.exe) whenever someone connects to it.
Its simplicity is its greatest strength; it can be scripted into complex automated tasks or used manually for quick troubleshooting. Because Netcat can be used to bypass security controls and establish unauthorized access, security teams often monitor for its presence or execution on sensitive servers. Understanding how to use and defend against Netcat is a core requirement for any information security expert.
NEW QUESTION # 99
Do Google Dorks show hacked computers or systems?
Answer: A
Explanation:
Google Dorks, also known as Google hacking, areadvanced search queriesthat use specific operators to locate publicly accessible information indexed by search engines. Therefore, option A is the correct answer.
Google Dorks donot hack systems, compromise computers, or act as backdoors. Instead, they reveal information that is already publicly available but may be unintentionally exposed due to poor configuration.
Examples include exposed login pages, backup files, configuration files, error messages, or sensitive documents that should not be indexed.
Option B is incorrect because Google Dorks do not provide unauthorized access to web pages. Option C is also incorrect because Google Dorks do not exploit vulnerabilities or bypass authentication mechanisms.
From an ethical hacking perspective, Google Dorks are commonly used during thepassive reconnaissance phaseto identify information leakage without directly interacting with the target system. This makes them low- impact but highly effective for discovering misconfigurations.
Understanding Google Dorks is important for managing information exposure risks. Ethical hackers use them to demonstrate how attackers can gather intelligence without triggering security alerts. Defenders can mitigate these risks by properly configuring robots.txt files, access controls, and removing sensitive content from public indexing.
NEW QUESTION # 100
What is a flag inside intentionally vulnerable machines?
Answer: A
Explanation:
In penetration testing labs and intentionally vulnerable machines, a flag is afile or string placed inside the system to verify successful exploitation, making option B the correct answer. Flags are commonly used in Capture The Flag (CTF) challenges, training platforms, and vulnerable virtual machines.
Flags typically contain a unique keyword, hash, or identifier that can only be accessed after exploiting a vulnerability or achieving a specific level of access, such as user or root privileges. Ethical hackers use flags to confirm progress and validate that attack objectives have been met.
Option A is incorrect because flags do not provide instructions or guidance. Option C is incorrect because flags are not symbolic images or representations.
From an ethical hacking education perspective, flags serve asmeasurable proof of exploitation success. They help learners track achievements and ensure that vulnerabilities were exploited correctly rather than guessed or bypassed incorrectly.
Understanding flags reinforces structured penetration testing methodologies, clear objectives, and verification steps. In professional environments, flags conceptually translate to proof-of-concept evidence provided in penetration testing reports to demonstrate risk and impact.
NEW QUESTION # 101
What is a Stored Cross-Site Scripting Attack (Stored XSS)?
Answer: A
Explanation:
Persistent Cross-Site Scripting (XSS), also known as Stored XSS, is one of the most dangerous forms of web application vulnerabilities. It occurs when a web application receives data from a user and stores it permanently in its backend database or filesystem without proper sanitization or encoding. Common vectors for persistent XSS include comment sections, user profiles, message boards, and "Contact Us" forms. Unlike Reflected XSS, where the payload is included in a specific URL and only affects the user who clicks that link, a persistent XSS payload is served automatically to every user who visits the affected page.
When an attacker successfully injects a malicious script (typically JavaScript), the server "remembers" this script. Every time a legitimate user requests the page where the data is displayed, the server includes the malicious code in the HTML response. The user's browser, trusting the source, executes the script. This can lead to devastating consequences, such as session hijacking through the theft of session cookies, account takeover, or the redirection of users to malicious websites. From an ethical hacking perspective, identifying persistent XSS involves testing all input fields that result in data being displayed later. Mitigation strategies focus on the principle of "filter input, escape output." Input should be validated against a strict whitelist of allowed characters, and any data rendered in the browser must be context-aware encoded (e.g., converting < to <) to prevent the browser from interpreting the data as executable code. Because the payload is stored on the server, this vulnerability represents a significant risk to the entire user base of an organization, making it a high-priority finding in any security assessment.
NEW QUESTION # 102
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