ExamTopics 350-401 Snapshot

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• A. Requires an agent on the end device.
• B. Utilizes the concept of playbooks to execute the configuration.
• C. Uses a pull model, where the end devices pull configuration files from the Ansible server.
• D. Utilizes SSH.

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• A. Southbound API
• B. Northbound API
• C. Westbound API
• D. Eastbound API.

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• A. A device that performs VXLAN encapsulation and decapsulation.
• B. It is a 24 bit segment ID that defines the broadcast domain.
• C. It is the Logical interface where the encapsulation and de-encapsulation occurs.
• D. It is a device that performs tunneling using GRE.

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• A. Data Plane
• B. Control Plane
• C. Forwarding Plane
• D. Management Plane
• E. Bearer Plane

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• A. Hardware; Hypervisor; Guest OS
• B. Hardware; Host OS; Hypervisor; Guest OS
• C. Host OS; Hypervisor; Guest OS
• D. Hardware; Host OS; Guest OS

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• A. Determine the type of LISP deployment you intend to deploy
• B. One can directly deploy LISP without determining the type.
• C. LISP configuration requires the datak9 license.
• D. LISP configuration requires the advanced ip services license.

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• A. Simplified management
• B. Automatic VPN tunnelling
• C. One click Configuration
• D. Policy Driven Provisioning
• E. Ensure Network & Appliance performance

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• A. Layer 3 Protocol type
• B. Encryption type
• C. ToS (Type of Service) byte
• D. Input Logical Interface
• E. Hashing Algorithm
• F. Transform-set details

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• A. Agent based Configuration
• B. Agent Less Configuration
• C. Proxy-agent Configuration
• D. None of the above

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• A. ISR 2900
• B. ASR 1000
• C. IR8300
• D. FTD 1120
• E. ASR 9000

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• A. It determines the administrative distance of LISP generated routes in the RIB.
• B. It indicates the load-balancing ratio between ETRs of the same priority.
• C. It indicates the preference for using LISP over native IP connectivity.
• D. It identifies the preferred RLOC address family.

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• A. Class-Based Weighted Fair Queuing
• B. Low Latency Queuing
• C. Link Fragmentation
• D. Automatic QoS

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• A. lengthy installation times
• B. centralized reachability, security, and application policies
• C. low complexity and increased overall solution scale
• D. operates over DTLS/TLS authenticated and secured tunnels

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• A. drops out-of-profile packets
• B. causes TCP retransmits when packets are dropped
• C. can be applied in both traffic directions
• D. queues out-of-profile packets until the buffer is full

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• A. Para-virtualization allows the host hardware to be directly accessed.
• B. Para-virtualization guest servers are unaware of one another.
• C. Para-virtualization lacks support for containers.
• D. Para-virtualization allows direct access between the guest OS and the hypervisor.

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• A. installed as an application on an already installed operating system
• B. also referred to as a “bare metal hypervisor” because it sits directly on the physical server
• C. runs directly on a physical server and includes its own operating system
• D. supports over-allocation of physical resources

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• A. It is referred to as a hosted hypervisor.
• B. It is completely independent of the operating system.
• C. Problems in the base operating system can affect the entire system.
• D. It is installed on an operating system and supports other operating systems above it.

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• A. omnidirectional
• B. RP-TNC
• C. dish
• D. Yagi

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• A. router bgp 65002
  neighbor 10.0.1.2 remote-as 65002
  network 10.0.2.0 255.255.255.0
• B. router bgp 65001
  neighbor 10.0.1.2 remote-as 65002
  redistribute static
• C. router bgp 65001
  neighbor 10.0.1.2 remote-as 65002
  network 10.0.1.0 255.255.255.0
• D. router bgp 65001
  neighbor 10.0.1.2 remote-as 65002
  network 10.0.2.0 255.255.255.0

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• A. Configure passive-interface on nontransit links.
• B. Implement security features at the core.
• C. Summarize routes from the aggregation layer toward the core layer.
• D. Tune Cisco Express Forwarding load balancing hash for ECMP routing.
• E. Summarize from the access layer toward the aggregation layer.

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• A. R4(config)# router bgp 65020 -
  R4(config-router)# bgp default local-preference 300
  
  R5(config)# router bgp 65020 -
  R5(config-router)# bgp default local-preference 200
• B. R2(config)# router bgp 65010 -
  R2(config-router)# bgp default local-preference 300
  
  R1(config)# router bgp 65010 -
  R1(config-router)# bgp default local-preference 200
• C. R2(config)# router bgp 65010 -
  R2(config-router)# bgp default local-preference 200
  
  R1(config)# router bgp 65010 -
  R1(config-router)# bgp default local-preference 300
• D. R4(config)# router bgp 65020 -
  R4(config-router)# bgp default local-preference 200
  
  R5(config)# router bgp 65020 -
  R5(config-router)# bgp default local-preference 300

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• A. R1# conf t -
  
  Router(config)# router ospf 1 -
  Router(config-router)# prefix-suppression
• B. R4# conf t -
  
  Router(config)# router ospf 1 -
  Router(config-router)# summary-address 10.0.0.0 255.255.255.0
• C. R2# conf t -
  Router(config)# interface Gig0/0
  Router(config-router)# ip ospf prefix-suppression
• D. R2# conf t -
  
  Router(config)# int Gig0/0 -
  Router(config-if)# ip summary-address 10.0.0.0 255.255.255.0

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• A. logging host
• B. terminal monitor
• C. service timestamps log uptime
• D. logging buffer

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• A. The server is attempting to load balance between links 10.100.100.1 and 10.100.200.1.
• B. There is a loop in the path to the server.
• C. The gateway cannot translate the server domain name.
• D. The server is out of service.

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• A. using a combination of XML encryption and XML signatures
• B. using HTTPS and TLS encryption
• C. using a MDS hash to verify the integrity
• D. using built-in protocols known as Web Services Security

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• A. Integrity checks prevent data from being modified in transit.
• B. Packets sent between endpoints on a LAN are encrypted using symmetric key cryptography.
• C. Security group tags enable network segmentation.
• D. Firewall rules are streamlined by using business-level profiles.

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• A. RouterB(config)# access-list 101 permit ip 10.100.2.0 0.0.0.255 any
  RouterB(config)# access-list 101 deny any
  
  RouterB(config)# int g0/0/0 -
  RouterB(config-if)# ip access-group 101 out
• B. RouterB(config)# access-list 101 permit ip 10.100.3.0 0.0.0.255 any
  RouterB(config)# access-list 101 deny any
  
  RouterB(config)# int g0/0/0 -
  RouterB(config-if)# ip access-group 101 out
  
  RouterB(config)# int g0/0/1 -
  RouterB(config-if)# ip access-group 101 out
• C. RouterB(config)# access-list 101 permit ip 10.100.2.0 0.0.0.255 any
  RouterB(config)# access-list 101 deny any
  
  RouterB(config)# int g0/0/2 -
  RouterB(config-if)# ip access-group 101 in
• D. RouterB(config)# access-list 101 permit ip 10.100.2.0 0.0.0.255 any
  
  RouterB(config)# int g0/0/0 -
  RouterB(config-if)# ip access-group 101 out
  
  RouterB(config)# int g0/0/1 -
  RouterB(config-if)# ip access-group 101 out

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• A. with the IP address
• B. with the VLAN
• C. with the security group tag
• D. with the MAC address

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• A. VlanNames[‘response’]
• B. VlanNames[0]
• C. VlanNames[‘Vlan1’]
• D. list(VlanNames)

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• A. An SNMP event is generated when the value equals 80% for eight polling cycles.
• B. An SNMP event is generated when the value is greater than 80% for eight polling cycles.
• C. An SNMP event is generated when the value reaches 80%.
• D. An SNMP variable is monitored and an action is triggered when the value exceeds 80%.

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• A. enters the TACACS+ username for a specific IP address
• B. reads the username for a specific IP address from a light database
• C. writes the username for a specific IP address into a light database
• D. enters the RADIUS username for a specific IP address

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• A. 0 5
• B. 0 1 2 3 4 5
• C. 0 1 2 3 4
• D. (0,5)

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• A. The control plane traffic is sent to the WLC through VXLAN, and the data plane traffic is sent to the WLC through CAPWAP tunnels.
• B. Control plane traffic and data plane traffic are sent to the WLC through CAPWAP tunnels.
• C. The control plane traffic is sent to the WLC through CAPWAP tunnels, and the data plane traffic is sent from the AP to the fabric edge switch through VXLAN.
• D. Control plane traffic and data plane traffic are sent to the WLC through VXLAN.

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• A. local
• B. bridge
• C. FlexConnect
• D. fabric

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• A. SD-Access transit
• B. fabric interconnect
• C. wireless transit
• D. IP-based transit
• E. SAN transit

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• A. uses unique per-device feature templates
• B. requires manual secure tunnel configuration
• C. uses control plane connections between routers
• D. operates over DTLS/TLS authenticated and secured tunnels

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• A. set of statements that defines how routing is performed
• B. set of rules that governs nodes authentication within the cloud
• C. list of ordered statements that define user access policies
• D. list of enabled services for all nodes within the cloud

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• A. aggregation and distribution of VPN routing information
• B. execution of localized policies
• C. facilitation of NAT detection and traversal
• D. redistribution between OMP and other routing protocols

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• A. Cloud deployments provide a better user experience across world regions, whereas on-premises deployments depend upon region-specific conditions.
• B. Cloud deployments mandate a secure architecture, whereas on-premises deployments are inherently unsecure.
• C. Cloud deployments must include automation infrastructure, whereas on-premises deployments often lack the ability for automation.
• D. Cloud deployments are inherently unsecure, whereas a secure architecture is mandatory for on-premises deployments.

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• A. priority queuing
• B. dynamic transmit power control
• C. aggressive load balancing
• D. Fastlane

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