Last 350-701 practice test reviews Practice Test Cisco dumps [Q347-Q367]

Phishing attacks are the practice of sending fraudulent communications that appear to come from a reputable source. It is usually done through email. The goal is to steal sensitive data like credit card and login information, or to install malware on the victim’s machine.

NetFlow is a network protocol developed by Cisco for the collection and monitoring of network traffic flow data generated by NetFlow-enabled routers and switches. The flows do not contain actual packet data, but rather the metadata for communications. It is a standard form of session data that details who, what, when, and where of network traffic -> Answer A is not correct.
NetFlow is a network protocol developed by Cisco for the collection and monitoring of network traffic flow data generated by NetFlow-enabled routers and switches. The flows do not contain actual packet data, but rather the metadata for communications. It is a standard form of session data that details who, what, when, and where of network traffic -> Answer A is not correct.
NetFlow is a network protocol developed by Cisco for the collection and monitoring of network traffic flow data generated by NetFlow-enabled routers and switches. The flows do not contain actual packet data, but rather the metadata for communications. It is a standard form of session data that details who, what, when, and where of network traffic -> Answer A is not correct.
Reference:
white-paper-c11-736595.html
white-paper-c11-736595.html

Explanation
Explanation
How To Troubleshoot ISE Failed Authentications & Authorizations
Check the ISE Live Logs
Login to the primary ISE Policy Administration Node (PAN).
Go to Operations > RADIUS > Live Logs
(Optional) If the event is not present in the RADIUS Live Logs, go to Operations > Reports > Reports > Endpoints and Users > RADIUS Authentications Check for Any Failed Authentication Attempts in the Log

Explanation Explanation You specify primary and secondary actions that the appliance will take when it detects a possible DLP violation in an outgoing message. Different actions can be assigned for different violation types and severities. Primary actions include: – Deliver – Drop – Quarantine Secondary actions include: – Sending a copy to a policy quarantine if you choose to deliver the message. The copy is a perfect clone of the original, including the Message ID. Quarantining a copy allows you to test the DLP system before deployment in addition to providing another way to monitor DLP violations. When you release the copy from the quarantine, the appliance delivers the copy to the recipient, who will have already received the original message. – Encrypting messages. The appliance only encrypts the message body. It does not encrypt the message headers. – Altering the subject header of messages containing a DLP violation. – Adding disclaimer text to messages. – Sending messages to an alternate destination mailhost. – Sending copies (bcc) of messages to other recipients. (For example, you could copy messages with critical DLP violations to a compliance officer’s mailbox for examination.) – Sending a DLP violation notification message to the sender or other contacts, such as a manager or DLP compliance officer. Reference: https://www.cisco.com/c/en/us/td/docs/security/esa/esa12-0/user_guide/ b_ESA_Admin_Guide_12_0/b_ESA_Admin_Guide_chapter_010001.html Explanation You specify primary and secondary actions that the appliance will take when it detects a possible DLP violation in an outgoing message. Different actions can be assigned for different violation types and severities.
Primary actions include:
– Deliver
– Drop
– Quarantine
Secondary actions include:
– Sending a copy to a policy quarantine if you choose to deliver the message. The copy is a perfect clone of the original, including the Message ID. Quarantining a copy allows you to test the DLP system before deployment in addition to providing another way to monitor DLP violations. When you release the copy from the quarantine, the appliance delivers the copy to the recipient, who will have already received the original message.
– Encrypting messages. The appliance only encrypts the message body. It does not encrypt the message headers.
– Altering the subject header of messages containing a DLP violation.
– Adding disclaimer text to messages.
– Sending messages to an alternate destination mailhost.
– Sending copies (bcc) of messages to other recipients. (For example, you could copy messages with critical DLP violations to a compliance officer’s mailbox for examination.)
– Sending a DLP violation notification message to the sender or other contacts, such as a manager or DLP compliance officer.
Reference:
Explanation Explanation You specify primary and secondary actions that the appliance will take when it detects a possible DLP violation in an outgoing message. Different actions can be assigned for different violation types and severities. Primary actions include: – Deliver – Drop – Quarantine Secondary actions include: – Sending a copy to a policy quarantine if you choose to deliver the message. The copy is a perfect clone of the original, including the Message ID. Quarantining a copy allows you to test the DLP system before deployment in addition to providing another way to monitor DLP violations. When you release the copy from the quarantine, the appliance delivers the copy to the recipient, who will have already received the original message. – Encrypting messages. The appliance only encrypts the message body. It does not encrypt the message headers. – Altering the subject header of messages containing a DLP violation. – Adding disclaimer text to messages. – Sending messages to an alternate destination mailhost. – Sending copies (bcc) of messages to other recipients. (For example, you could copy messages with critical DLP violations to a compliance officer’s mailbox for examination.) – Sending a DLP violation notification message to the sender or other contacts, such as a manager or DLP compliance officer. Reference: https://www.cisco.com/c/en/us/td/docs/security/esa/esa12-0/user_guide/ b_ESA_Admin_Guide_12_0/b_ESA_Admin_Guide_chapter_010001.html

The RADIUS Change of Authorization (CoA) feature provides a mechanism to change the attributes of an authentication, authorization, and accounting (AAA) session after it is authenticated.
Reference:
sy-book/sec-rad-coa.html

As the new device does not have a supplicant, we cannot use 802.1X.
MAC Authentication Bypass (MAB) is a fallback option for devices that don’t support 802.1x. It is virtually always used in deployments in some way shape or form. MAB works by having the authenticator take the connecting device’s MAC address and send it to the authentication server as its username and password. The authentication server will check its policies and send back an Access-Accept or Access-Reject just like it would with 802.1x.
Cisco ISE Profiling Services provides dynamic detection and classification of endpoints connected to the network. Using MAC addresses as the unique identifier, ISE collects various attributes for each network endpoint to build an internal endpoint database. The classification process matches the collected attributes to prebuilt or user-defined conditions, which are then correlated to an extensive library of profiles. These profiles include a wide range of device types, including mobile clients (iPads, Android tablets, Chromebooks, and so on), desktop operating systems (for example, Windows, Mac OS X, Linux, and others), and numerous non-user systems such as printers, phones, cameras, and game consoles.
Once classified, endpoints can be authorized to the network and granted access based on their profile. For example, endpoints that match the IP phone profile can be placed into a voice VLAN using MAC Authentication Bypass (MAB) as the authentication method. Another example is to provide differentiated network access to users based on the device used. For example, employees can get full access when accessing the network from their corporate workstation but be granted limited network access when accessing the network from their personal iPhone.
As the new device does not have a supplicant, we cannot use 802.1X.
MAC Authentication Bypass (MAB) is a fallback option for devices that don’t support 802.1x. It is virtually always used in deployments in some way shape or form. MAB works by having the authenticator take the connecting device’s MAC address and send it to the authentication server as its username and password. The authentication server will check its policies and send back an Access-Accept or Access-Reject just like it would with 802.1x.
Cisco ISE Profiling Services provides dynamic detection and classification of endpoints connected to the network. Using MAC addresses as the unique identifier, ISE collects various attributes for each network endpoint to build an internal endpoint database. The classification process matches the collected attributes to prebuilt or user-defined conditions, which are then correlated to an extensive library of profiles. These profiles include a wide range of device types, including mobile clients (iPads, Android tablets, Chromebooks, and so on), desktop operating systems (for example, Windows, Mac OS X, Linux, and others), and numerous non-user systems such as printers, phones, cameras, and game consoles.
Once classified, endpoints can be authorized to the network and granted access based on their profile. For example, endpoints that match the IP phone profile can be placed into a voice VLAN using MAC Authentication Bypass (MAB) as the authentication method. Another example is to provide differentiated network access to users based on the device used. For example, employees can get full access when accessing the network from their corporate workstation but be granted limited network access when accessing the network from their personal iPhone.
As the new device does not have a supplicant, we cannot use 802.1X.
MAC Authentication Bypass (MAB) is a fallback option for devices that don’t support 802.1x. It is virtually always used in deployments in some way shape or form. MAB works by having the authenticator take the connecting device’s MAC address and send it to the authentication server as its username and password. The authentication server will check its policies and send back an Access-Accept or Access-Reject just like it would with 802.1x.
Cisco ISE Profiling Services provides dynamic detection and classification of endpoints connected to the network. Using MAC addresses as the unique identifier, ISE collects various attributes for each network endpoint to build an internal endpoint database. The classification process matches the collected attributes to prebuilt or user-defined conditions, which are then correlated to an extensive library of profiles. These profiles include a wide range of device types, including mobile clients (iPads, Android tablets, Chromebooks, and so on), desktop operating systems (for example, Windows, Mac OS X, Linux, and others), and numerous non-user systems such as printers, phones, cameras, and game consoles.
Once classified, endpoints can be authorized to the network and granted access based on their profile. For example, endpoints that match the IP phone profile can be placed into a voice VLAN using MAC Authentication Bypass (MAB) as the authentication method. Another example is to provide differentiated network access to users based on the device used. For example, employees can get full access when accessing the network from their corporate workstation but be granted limited network access when accessing the network from their personal iPhone.

Cisco’s DNA Center is the only centralized network management system to bring all of this functionality into a single pane of glass.

An example of configuring a NetFlow exporter is shown below:
flow exporter Exporter
destination 192.168.100.22
transport udp 2055

Explanation The Cisco Umbrella Multi-Org console has the ability to upload, store, and archive traffic activity logs from your organizations’ Umbrella dashboards to the cloud through Amazon S3. CSV formatted Umbrella logs are compressed (gzip) and uploaded every ten minutes so that there’s a minimum of delay between traffic from the organization’s Umbrella dashboard being logged and then being available to download from an S3 bucket. By having your organizations’ logs uploaded to an S3 bucket, you can then download logs automatically to keep in perpetuity in backup storage. Reference: https://docs.umbrella.com/deployment-umbrella/docs/manage-logs The Cisco Umbrella Multi-Org console has the ability to upload, store, and archive traffic activity logs from your organizations’ Umbrella dashboards to the cloud through Amazon S3. CSV formatted Umbrella logs are compressed (gzip) and uploaded every ten minutes so that there’s a minimum of delay between traffic from the organization’s Umbrella dashboard being logged and then being available to download from an S3 bucket.
By having your organizations’ logs uploaded to an S3 bucket, you can then download logs automatically to keep in perpetuity in backup storage.
Explanation The Cisco Umbrella Multi-Org console has the ability to upload, store, and archive traffic activity logs from your organizations’ Umbrella dashboards to the cloud through Amazon S3. CSV formatted Umbrella logs are compressed (gzip) and uploaded every ten minutes so that there’s a minimum of delay between traffic from the organization’s Umbrella dashboard being logged and then being available to download from an S3 bucket. By having your organizations’ logs uploaded to an S3 bucket, you can then download logs automatically to keep in perpetuity in backup storage. Reference: https://docs.umbrella.com/deployment-umbrella/docs/manage-logs

The Southbound API is used to communicate between Controllers and network devices.

The Southbound API is used to communicate between Controllers and network devices.

Explanation Integration API (Westbound) Integration capabilities are part of Westbound interfaces. To meet the need to scale and accelerate operations in modern data centers, IT operators require intelligent, end-to-end work flows built with open APIs. The Cisco DNA Center platform provides mechanisms for integrating Cisco DNA Assurance workflows and data with thirdparty IT Service Management (ITSM) solutions. Reference: https://developer.cisco.com/docs/dna-center/#!cisco-dna-center-platform-overview/events-andnotifications-eastbound -> Therefore answer D is correct. Westbound-Integration APIs Cisco DNA Center platform can power end-to-end IT processes across the value chain by integrating various domains such as ITSM, IPAM, and reporting. By leveraging the REST-based Integration Adapter APIs, bidirectional interfaces can be built to allow the exchange of contextual information between Cisco DNA Center and the external, third-party IT systems. The westbound APIs provide the capability to publish the network data, events and notifications to the external systems and consume information in Cisco DNA Center from the connected systems. Reference: https://blogs.cisco.com/networking/with-apis-cisco-dna-center-can-improve-your-competitiveadvantage Therefore the most suitable choice is Integration APIs can monitor for power utilization of devices and IoT sensors -> Answer C is correct.
Integration API (Westbound)
Integration capabilities are part of Westbound interfaces. To meet the need to scale and accelerate operations in modern data centers, IT operators require intelligent, end-to-end work flows built with open APIs. The Cisco DNA Center platform provides mechanisms for integrating Cisco DNA Assurance workflows and data with thirdparty IT Service Management (ITSM) solutions.
Reference:
-> Therefore answer D is correct.
Westbound-Integration APIs
Cisco DNA Center platform can power end-to-end IT processes across the value chain by integrating various domains such as ITSM, IPAM, and reporting. By leveraging the REST-based Integration Adapter APIs, bidirectional interfaces can be built to allow the exchange of contextual information between Cisco DNA Center and the external, third-party IT systems. The westbound APIs provide the capability to publish the network data, events and notifications to the external systems and consume information in Cisco DNA Center from the connected systems.
Therefore the most suitable choice is Integration APIs can monitor for power utilization of devices and IoT Explanation Integration API (Westbound) Integration capabilities are part of Westbound interfaces. To meet the need to scale and accelerate operations in modern data centers, IT operators require intelligent, end-to-end work flows built with open APIs. The Cisco DNA Center platform provides mechanisms for integrating Cisco DNA Assurance workflows and data with thirdparty IT Service Management (ITSM) solutions. Reference: https://developer.cisco.com/docs/dna-center/#!cisco-dna-center-platform-overview/events-andnotifications-eastbound -> Therefore answer D is correct. Westbound-Integration APIs Cisco DNA Center platform can power end-to-end IT processes across the value chain by integrating various domains such as ITSM, IPAM, and reporting. By leveraging the REST-based Integration Adapter APIs, bidirectional interfaces can be built to allow the exchange of contextual information between Cisco DNA Center and the external, third-party IT systems. The westbound APIs provide the capability to publish the network data, events and notifications to the external systems and consume information in Cisco DNA Center from the connected systems. Reference: https://blogs.cisco.com/networking/with-apis-cisco-dna-center-can-improve-your-competitiveadvantage Therefore the most suitable choice is Integration APIs can monitor for power utilization of devices and IoT sensors -> Answer C is correct.