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NEW QUESTION # 93
What is a reverse shell?
Answer: A
Explanation:
A reverse shell is a fundamental technique used during the "Gaining Access" and "Maintaining Access" phases of a penetration test. In a standard (bind) shell, the attacker connects to a specific port on the victim's machine to gain command-line access. However, most modern firewalls block incoming connections to unauthorized ports. To bypass this, a reverse shell reverses the connection logic: the victim's machine is tricked into initiating anoutgoingconnection to the attacker's machine, which is "listening" for the call.
This technique is highly effective because firewalls are typically much more permissive with "egress" (outgoing) traffic than with "ingress" (incoming) traffic. For example, an attacker might host a listener on port
443 (HTTPS). Since most organizations allow internal machines to browse the web over port 443, the firewall perceives the reverse shell connection as standard web traffic and allows it to pass. Once the connection is established, the attacker has a terminal interface on the victim's machine, allowing them to execute commands remotely.
In professional pentesting, establishing a reverse shell is often the primary goal of an exploit. It provides the
"foothold" needed for lateral movement and privilege escalation. Common tools used to create reverse shells include Netcat (nc), Bash, and Python scripts. To defend against this, organizations must implement "Egress Filtering," which restricts outgoing traffic to only known, necessary destinations. Security professionals also monitor for "long-lived" connections to unusual IP addresses, as these can be a tell-tale sign of an active reverse shell. Understanding how these connections manipulate network policy is crucial for any ethical hacker seeking to demonstrate how internal systems can be compromised despite robust perimeter defenses.
NEW QUESTION # 94
What is a "backdoor" in terms of computer security?
Answer: B
Explanation:
A "backdoor" is a method, often hidden or undocumented, of bypassing normal authentication or encryption in a computer system, cryptosystem, or algorithm. In the realm of managing information security threats, backdoors represent one of the most dangerous risks because they provide persistent, unauthorized access to a system without the knowledge of the administrators. Once a backdoor is established, the attacker can return to the system at any time, even if the original vulnerability they used to gain entry-such as a weak password or a software bug-has been patched.
Backdoors can be implemented in several ways. Some are "Software Backdoors," where a developer might intentionally (or accidentally) leave a hardcoded username and password in the code for debugging purposes.
Others are "Malicious Backdoors" installed by a Trojan or a rootkit after a system has been compromised. For example, a hacker might install a "Reverse Shell" that periodically "calls home" to the attacker's server, asking for commands. This effectively creates a secret entrance that bypasses the firewall's inbound rules.
Managing this threat requires a multi-layered approach. "Integrity Monitoring" tools are essential; they alert administrators if system files or binaries are modified, which could indicate the presence of a backdoor.
Additionally, "Egress Filtering" helps detect backdoors that attempt to communicate with an external Command and Control (C2) server. From an ethical hacking perspective, identifying backdoors is a key part of "Post-Exploitation." During a penetration test, the goal is not just to get in, but to show how an attacker could maintain their presence. By understanding that a backdoor is specifically designed to circumvent standard security checks, professionals can better implement "Zero Trust" architectures and regular auditing to ensure that the only way into a system is through the front door, with full authentication.
NEW QUESTION # 95
What is a CVE?
Answer: C
Explanation:
CVE stands forCommon Vulnerabilities and Exposures, making option C the correct answer. CVE is a standardized system used to identify, name, and catalog publicly disclosed cybersecurity vulnerabilities.
Each CVE entry is assigned a unique identifier, allowing security professionals worldwide to reference the same vulnerability consistently. Ethical hackers, system administrators, and security vendors rely on CVEs to track vulnerabilities, assess risk, and prioritize patching efforts.
Option A is incorrect because CVEs catalog vulnerabilities, not secure systems. Option B is incorrect because CVE is not a publication or magazine.
From an ethical hacking perspective, CVEs play a crucial role in vulnerability management and penetration testing. Ethical hackers reference CVEs to understand exploitability, identify affected systems, and demonstrate risk using documented evidence.
Understanding CVEs supports effective communication between security teams, vendors, and management.
They are foundational to modern vulnerability scanning, patch management, and threat intelligence programs.
NEW QUESTION # 96
Do hackers only use Linux?
Answer: B
Explanation:
While Linux distributions like Kali Linux and Parrot OS are highly favored by the security community due to their open-source nature and pre-installed toolkits, it is a misconception that hackers exclusively use Linux.
Malicious actors and ethical hackers alike utilizeall operating systems, including Windows, macOS, and mobile platforms (Android/iOS), depending on their specific objectives.
The choice of operating system is often driven by the "Target Environment." For example:
* Windows: Many hackers use Windows because it is the most prevalent OS in corporate environments.
To develop effective exploits for Windows-based active directories or software, it is often necessary to work within a Windows environment using tools like PowerShell and the .NET framework.
* macOS: This platform is popular among researchers and developers due to its Unix-based core combined with a high-end commercial interface, allowing for a seamless transition between development and security tasks.
* Linux: Linux remains the "OS of choice" for heavy networking tasks, server-side exploits, and automated scripts because of its transparency and the power of its terminal.
Furthermore, hackers often use specialized hardware or mobile devices to conduct "War Driving" (scanning for Wi-Fi) or "Skimming" attacks. In a modern penetration test, a professional might use a Linux machine for reconnaissance, a Windows machine for testing Active Directory vulnerabilities, and a mobile device for testing application security. An effective hacker must be cross-platform proficient, understanding the unique vulnerabilities and command-line interfaces of every major operating system to successfully navigate a target's network.
NEW QUESTION # 97
Can the ssh protocol be breached?
Answer: B
Explanation:
Secure Shell (SSH) is a cryptographic network protocol used for secure operating system logins and file transfers over insecure networks. While the protocol itself is built on strong encryption, it is not
"impenetrable". Like any technology, SSH can be breached if it is misconfigured or if the human elements managing it fail.
Attackers use several methods to breach SSH services:
* Brute Force and Dictionary Attacks: If an SSH server allows password authentication and the user has a weak password, an attacker can use automated tools to guess the credentials. This is the most common form of SSH breach.
* Key Theft: SSH often uses "Private Keys" for authentication. If an attacker gains access to a user's computer and steals an unencrypted private key, they can log into the server without a password.
* Exploiting Vulnerabilities: While rare, flaws can be found in specific implementations of the SSH server software (like OpenSSH). If the server is not regularly updated, an attacker might use a "zero- day" or known exploit to bypass authentication.
* Man-in-the-Middle (MITM): If a user ignores a "Host Key Verification" warning when connecting, an attacker could be intercepting their connection.
To harden SSH against these threats, ethical hackers recommend several controls: disabling root login, changing the default port (22) to a non-standard one to avoid automated bots, enforcing the use of SSH keys instead of passwords, and implementing "Fail2Ban" to lock out IP addresses that attempt too many failed logins. The security of SSH depends entirely on the rigor of its implementation.
NEW QUESTION # 98
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