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The EC-Council Certified Network Defender CND certification exam is designed for professionals who want to specialize in network security and defend against cyberattacks. EC-Council Certified Network Defender CND certification exam covers network defense technologies, security policies, intrusion detection and prevention, incident response, and risk assessment. EC-Council Certified Network Defender CND certification exam also covers various types of attacks, such as social engineering attacks, malware attacks, and wireless attacks. Additionally, the certification exam covers network traffic analysis, network protocols, and network architecture.

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The EC-Council Certified Network Defender (CND) certification is an industry-recognized certification designed to validate the skills and knowledge of network security professionals. EC-Council Certified Network Defender CND certification covers topics such as network security, network defense, and security policies and procedures. EC-Council Certified Network Defender CND certification exam is designed to test the candidate's knowledge of the various topics covered in the certification and is administered online, making it convenient for professionals who are unable to attend traditional classroom training.

The EC-Council Certified Network Defender CND certification exam covers various topics such as network security technologies, network perimeter defense, network security protocols, network security architecture, network vulnerability assessments, malware analysis, incident response, and more. Candidates need to have a good understanding of the fundamentals of network infrastructure and cybersecurity before taking the exam. Successful candidates enhance their employability and advance their careers as IT professionals working in network defense, administration, or security.

EC-COUNCIL EC-Council Certified Network Defender CND Sample Questions (Q330-Q335):

NEW QUESTION # 330
Which of the following types of information can be obtained through network sniffing? (Select all that apply)

A. DNS traffic
B. Telnet passwords
C. Programming errors
D. Syslog traffic

Answer: A,B,D

Explanation:
Network sniffing is a process used to monitor and capture data packets as they travel across a network.
Through network sniffing, various types of information can be obtained:
* DNS traffic: Sniffing can capture the queries and responses exchanged between DNS servers and clients, revealing which domains are being requested by users on the network.
* Telnet passwords: Since Telnet transmits data, including login credentials, in clear text, sniffing can easily capture these passwords as they traverse the network.
* Syslog traffic: Syslog is a standard for message logging, and sniffing can intercept this traffic, providing insights into the events and statuses reported by network devices.
Programming errors, however, are typically not something that can be captured through network sniffing, as they are related to the code's logic rather than the data transmitted over the network.
References: The information provided is based on standard network security practices and the functionality of network sniffers, which are tools designed to capture and analyze network traffic. This aligns with the teachings of the Certified Network Defender (CND) course regarding network monitoring and threat detection.

NEW QUESTION # 331
FILL BLANK
Fill in the blank with the appropriate term. The ______________ layer establishes, manages, and terminates
the connections between the local and remote application.

Answer:

Explanation:
session
Explanation:
The session layer of the OSI/RM controls the dialogues (connections) between computers. It establishes,
manages and terminates the connections between the local and remote application. It provides for full-duplex,
half-duplex, or simplex operation, and establishes checkpointing, adjournment, termination, and restart
procedures. The OSI model made this layer responsible for graceful close of sessions, which is a property of
the Transmission Control Protocol, and also for session check pointing and recovery, which is not usually used
in the Internet Protocol Suite. The Session Layer is commonly implemented explicitly in application
environments that use remote procedure calls.

NEW QUESTION # 332
Which of the following is an attack on a website that changes the visual appearance of the site and seriously
damages the trust and reputation of the website?

A. Zero-day attack
B. Spoofing
C. Website defacement
D. Buffer overflow

Answer: C

Explanation:
Website defacement is an attack on a website that changes the visual appearance of the site. These are
typically the work of system crackers, who break into a Web server and replace the hosted website with one of
their own. Sometimes, the Defacer makes fun of the system administrator for failing to maintain server
security. Most times, the defacement is harmless; however, it can sometimes be used as a distraction to cover
up more sinister actions such as uploading malware.
A high-profile website defacement was carried out on the website of the company SCO Group following its
assertion that Linux contained stolen code. The title of the page was changed from Red Hat vs. SCO to SCO
vs. World with various satirical content.
Answer option D is incorrect. Buffer overflow is a condition in which an application receives more data than it is
configured to accept. This usually occurs due to programming errors in the application. Buffer overflow can
terminate or crash the application.
Answer option B is incorrect. A zero-day attack, also known as zero-hour attack, is a computer threat that tries
to exploit computer application vulnerabilities which are unknown to others, undisclosed to the software vendor,
or for which no security fix is available. Zero-day exploits (actual code that can use a security hole to carry out
an attack) are used or shared by attackers before the software vendor knows about the vulnerability. User
awareness training is the most effective technique to mitigate such attacks.
Answer option C is incorrect. Spoofing is a technique that makes a transmission appear to have come from an
authentic source by forging the IP address, email address, caller ID, etc. In IP spoofing, a hacker modifies
packet headers by using someone else's IP address to hide his identity. However, spoofing cannot be used
while surfing the Internet, chatting on-line, etc. because forging the source IP address causes the responses to
be misdirected.

NEW QUESTION # 333
Which of the following statements are true about volatile memory? Each correct answer represents a complete
solution. Choose all that apply.

A. It is computer memory that requires power to maintain the stored information.
B. The volatile storage device is faster in reading and writing data.
C. Read-Only Memory (ROM) is an example of volatile memory.
D. The content is stored permanently, and even the power supply is switched off.

Answer: A,B

Explanation:
Volatile memory, also known as volatile storage, is computer memory that requires power to maintain the
stored information, unlike non-volatile memory which does not require a maintained power supply. It has been
less popularly known as temporary memory. Most forms of modern random access memory (RAM) are volatile
storage, including dynamic random access memory (DRAM) and static random access memory (SRAM). A
volatile storage device is faster in reading and writing data. Answer options B and A are incorrect. Non-volatile
memory, nonvolatile memory, NVM, or non-volatile storage, in the most basic sense, is computer memory that
can retain the stored information even when not powered. Examples of non-volatile memory include read-only
memory, flash memory, most types of magnetic computer storage devices (e.g. hard disks, floppy disks, and
magnetic tape), optical discs, and early computer storage methods such as paper tape and punched cards.

NEW QUESTION # 334
Which of the following statements holds true in terms of virtual machines?

A. VMs are light weight than container
B. All VMs share the host OS
C. Hardware-level virtualization takes place in VMs
D. OS-level virtualization takes place in VMs

Answer: C

NEW QUESTION # 335
......

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100% Pass Quiz EC-COUNCIL - 312-38 - Fantastic Free EC-Council Certified Network Defender CND Dumps

EC-COUNCIL 312-38 Reliable Test Objectives | Valid 312-38 Exam Testking

EC-COUNCIL EC-Council Certified Network Defender CND Sample Questions (Q330-Q335):

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