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Cisco 350-701 Exam is a challenging exam that requires candidates to have a strong understanding of security technologies and their application. 350-701 exam consists of 90-110 questions and lasts for 120 minutes. Candidates need to score a minimum of 825 points out of a possible 1000 to pass the exam. Implementing and Operating Cisco Security Core Technologies certification exam is available in multiple languages, including English, Japanese, and Chinese. Upon passing the exam, candidates receive the Cisco Certified Network Professional Security (CCNP Security) certification, which is valid for three years. Implementing and Operating Cisco Security Core Technologies certification program offers a range of benefits, including career advancement opportunities, higher salaries, and increased job security.
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Cisco 350-701 exam is an essential certification for IT professionals who want to demonstrate their expertise in implementing and operating Cisco security solutions. 350-701 exam covers a broad range of security technologies and best practices, and it is designed to evaluate the candidates' ability to work with complex security solutions in an enterprise environment. With proper preparation and study, candidates can pass the exam and earn the CCNP Security certification, which can open up new career opportunities and enhance their professional credentials.
Cisco 350-701 Exam is designed to test the skills and knowledge of professionals who are responsible for implementing and managing security solutions in their organizations. 350-701 exam is ideal for security professionals, network engineers, and IT managers who want to enhance their knowledge and skills in Cisco security technologies. 350-701 exam validates a candidate's ability to configure, implement, and manage security solutions using Cisco technologies.
NEW QUESTION # 582
Refer to the exhibit. An engineer is implementing a certificate based VPN.
What is the result of the existing configuration?
Answer: B
Explanation:
Configuring the IKEv2 Name Mangler
Perform this task to specify the IKEv2 name mangler, which is used to derive a name for authorization requests and obtain AAA preshared keys. The name is derived from specified portions of different forms of remote IKE identities or the EAP identity.
enable
configure terminal
crypto ikev2 name-mangler mangler-name
dn {common-name | country | domain | locality | organization | organization-unit | state} eap {all | dn {common-name | country | domain | locality | organization | organization-unit | state} | prefix | suffix {delimiter {. | @ | \}}} email {all | domain | username} fqdn {all | domain | hostname} end dn = Derives the name from any of the noted fields in the remote identity of type DN common-name country domain locality organization organization-unit state
https://www.cisco.com/c/en/us/td/docs/ios-xml/ios/sec_conn_ike2vpn/configuration/xe-16-10/sec-flex-vpn-xe-16-10-book/sec-cfg-flex-serv.html=
NEW QUESTION # 583
A network engineer has been tasked with adding a new medical device to the network. Cisco ISE is being used as the NAC server, and the new device does not have a supplicant available. What must be done in order to securely connect this device to the network?
Answer: C
Explanation:
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.
Reference:
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.
NEW QUESTION # 584
An administrator enables Cisco Threat Intelligence Director on a Cisco FMC. Which process uses STIX and allows uploads and downloads of block lists?
Answer: D
NEW QUESTION # 585
An organization deploys multiple Cisco FTD appliances and wants to manage them using one centralized solution. The organization does not have a local VM but does have existing Cisco ASAs that must migrate over to Cisco FTDs. Which solution meets the needs of the organization?
Answer: C
NEW QUESTION # 586
Due to a traffic storm on the network, two interfaces were error-disabled, and both interfaces sent SNMP traps. Which two actions must be taken to ensure that interfaces are put back into service? (Choose two)
Answer: C,D
NEW QUESTION # 587
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