Cisco 350-701 Web-Based Practice Exam Questions

Posted 2023-03-29 02:00:46

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Cisco 350-701 SCOR: Target Audience

The Cisco 350-701 exam is created for those IT professionals who work in the networking field. The test is targeted at the engineers and architects specializing in unified communications, video, and voice. To pass this exam with flying colors, the applicants must demonstrate that they have the ability to operate and implement core security technologies, which include Cloud security, network security, secure network access, endpoint protection and detection, enforcement, and visibility. In addition, candidates should also have familiarity with TCP/IP networking and Ethernet. It is recommended that the students also have knowledge of Windows OS. In addition, they should know the fundamental concepts of networking security and possess expertise in Cisco IOS networking.

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Necessary Prerequisites

In all, there are no mandatory requirements for attempting such an exam. Still, it will be great to have the following skills before registering for the official test:

Be familiar with TCP/IP and Ethernet networking;
Be familiar with the fundamentals of security for networks.
Have proven skills in utilizing the Windows OS;
Should have worked with the Cisco IOS networking facets and the related concepts;

Cisco Implementing and Operating Cisco Security Core Technologies Sample Questions (Q515-Q520):

NEW QUESTION # 515
An organization is trying to implement micro-segmentation on the network and wants to be able to gain visibility on the applications within the network. The solution must be able to maintain and force compliance. Which product should be used to meet these requirements?

A. Cisco Umbrella
B. Cisco Stealthwatch
C. Cisco Tetration
D. Cisco AMP

Answer: C

Explanation:
Micro-segmentation secures applications by expressly allowing particular application traffic and, by default, denying all other traffic. Micro-segmentation is the foundation for implementing a zero-trust security model for application workloads in the data center and cloud.
Cisco Tetration is an application workload security platform designed to secure your compute instances across any infrastructure and any cloud. To achieve this, it uses behavior and attribute-driven microsegmentation policy generation and enforcement. It enables trusted access through automated, exhaustive context from various systems to automatically adapt security policies.
To generate accurate microsegmentation policy, Cisco Tetration performs application dependency mapping to discover the relationships between different application tiers and infrastructure services. In addition, the platform supports "what-if" policy analysis using real-time data or historical data to assist in the validation and risk assessment of policy application pre-enforcement to ensure ongoing application availability. The normalized microsegmentation policy can be enforced through the application workload itself for a consistent approach to workload microsegmentation across any environment, including virtualized, bare-metal, and container workloads running in any public cloud or any data center. Once the microsegmentation policy is enforced, Cisco Tetration continues to monitor for compliance deviations, ensuring the segmentation policy is up to date as the application behavior change.
Micro-segmentation secures applications by expressly allowing particular application traffic and, by default, denying all other traffic. Micro-segmentation is the foundation for implementing a zero-trust security model for application workloads in the data center and cloud.
Cisco Tetration is an application workload security platform designed to secure your compute instances across any infrastructure and any cloud. To achieve this, it uses behavior and attribute-driven microsegmentation policy generation and enforcement. It enables trusted access through automated, exhaustive context from various systems to automatically adapt security policies.
To generate accurate microsegmentation policy, Cisco Tetration performs application dependency mapping to discover the relationships between different application tiers and infrastructure services. In addition, the platform supports "what-if" policy analysis using real-time data or historical data to assist in the validation and risk assessment of policy application pre-enforcement to ensure ongoing application availability. The normalized microsegmentation policy can be enforced through the application workload itself for a consistent approach to workload microsegmentation across any environment, including virtualized, bare-metal, and container workloads running in any public cloud or any data center. Once the microsegmentation policy is enforced, Cisco Tetration continues to monitor for compliance deviations, ensuring the segmentation policy is up to date as the application behavior change.
Micro-segmentation secures applications by expressly allowing particular application traffic and, by default, denying all other traffic. Micro-segmentation is the foundation for implementing a zero-trust security model for application workloads in the data center and cloud.
Cisco Tetration is an application workload security platform designed to secure your compute instances across any infrastructure and any cloud. To achieve this, it uses behavior and attribute-driven microsegmentation policy generation and enforcement. It enables trusted access through automated, exhaustive context from various systems to automatically adapt security policies.
To generate accurate microsegmentation policy, Cisco Tetration performs application dependency mapping to discover the relationships between different application tiers and infrastructure services. In addition, the platform supports "what-if" policy analysis using real-time data or historical data to assist in the validation and risk assessment of policy application pre-enforcement to ensure ongoing application availability. The normalized microsegmentation policy can be enforced through the application workload itself for a consistent approach to workload microsegmentation across any environment, including virtualized, bare-metal, and container workloads running in any public cloud or any data center. Once the microsegmentation policy is enforced, Cisco Tetration continues to monitor for compliance deviations, ensuring the segmentation policy is up to date as the application behavior change.

NEW QUESTION # 516
An administrator is configuring a DHCP server to better secure their environment. They need to be able to ratelimit the traffic and ensure that legitimate requests are not dropped. How would this be accomplished?

A. Set the DHCP snooping bit to 1
B. Set a trusted interface for the DHCP server
C. Add entries in the DHCP snooping database
D. Enable ARP inspection for the required VLAN

Answer: B

Explanation:
Explanation
To understand DHCP snooping we need to learn about DHCP spoofing attack first.

DHCP spoofing is a type of attack in that the attacker listens for DHCP Requests from clients and answers them with fake DHCP Response before the authorized DHCP Response comes to the clients. The fake DHCP Response often gives its IP address as the client default gateway -> all the traffic sent from the client will go through the attacker computer, the attacker becomes a "man-in-the-middle".
The attacker can have some ways to make sure its fake DHCP Response arrives first. In fact, if the attacker is "closer" than the DHCP Server then he doesn't need to do anything. Or he can DoS the DHCP Server so that it can't send the DHCP Response.
DHCP snooping can prevent DHCP spoofing attacks. DHCP snooping is a Cisco Catalyst feature that determines which switch ports can respond to DHCP requests. Ports are identified as trusted and untrusted.

Only ports that connect to an authorized DHCP server are trusted, and allowed to send all types of DHCP messages. All other ports on the switch are untrusted and can send only DHCP requests. If a DHCP response is seen on an untrusted port, the port is shut down.

NEW QUESTION # 517
How is ICMP used an exfiltration technique?

A. by overwhelming a targeted host with ICMP echo-request packets
B. by encrypting the payload in an ICMP packet to carry out command and control tasks on a compromised host
C. by sending large numbers of ICMP packets with a targeted hosts source IP address using an IP broadcast address
D. by flooding the destination host with unreachable packets

Answer: B

NEW QUESTION # 518
Drag and drop the descriptions from the left onto the encryption algorithms on the right.

Answer:

Explanation:

NEW QUESTION # 519
Refer to the exhibit.

Which type of authentication is in use?

A. external user and relay mail authentication
B. POP3 authentication
C. LDAP authentication for Microsoft Outlook
D. SMTP relay server authentication

Answer: A

Explanation:
The TLS connections are recorded in the mail logs, along with other significant actions that are related to messages, such as filter actions, anti-virus and anti-spam verdicts, and delivery attempts. If there is a successful TLS connection, there will be a TLS success entry in the mail logs. Likewise, a failed TLS connection produces a TLS failed entry. If a message does not have an associated TLS entry in the log file, that message was not delivered over a TLS connection.
The TLS connections are recorded in the mail logs, along with other significant actions that are related to messages, such as filter actions, anti-virus and anti-spam verdicts, and delivery attempts. If there is a successful TLS connection, there will be a TLS success entry in the mail logs. Likewise, a failed TLS connection produces a TLS failed entry. If a message does not have an associated TLS entry in the log file, that message was not delivered over a TLS connection.
Reference:
The exhibit in this Qshows a successful TLS connection from the remote host (reception) in the mail log.
The TLS connections are recorded in the mail logs, along with other significant actions that are related to messages, such as filter actions, anti-virus and anti-spam verdicts, and delivery attempts. If there is a successful TLS connection, there will be a TLS success entry in the mail logs. Likewise, a failed TLS connection produces a TLS failed entry. If a message does not have an associated TLS entry in the log file, that message was not delivered over a TLS connection.
The exhibit in this Qshows a successful TLS connection from the remote host (reception) in the mail log.

NEW QUESTION # 520
......

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