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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Infrastructure Security | 20% | - Configure and verify Unicast Reverse Path Forwarding - Configure and verify AAA - Configure Control Plane Policing - Configure and verify ACLs for IPv4 and IPv6 - Implement IPv6 first-hop security features |
| Topic 2: Layer 3 Technologies | 35% | - Troubleshoot administrative distance - Troubleshoot loop prevention mechanisms - Troubleshoot EIGRP and OSPF - Troubleshoot route maps and route filtering - Troubleshoot redistribution between routing protocols - Configure and troubleshoot BGP - Configure and verify policy-based routing - Describe Bidirectional Forwarding Detection - Configure and verify VRF-Lite |
| Topic 3: Infrastructure Services | 15% | - Configure and verify NetFlow and Flexible NetFlow - Configure and verify logging and syslog - Describe Catalyst Center Assurance - Configure and verify DHCP - Configure and verify IP SLA - Configure and verify SNMP |
| Topic 4: Infrastructure Automation | 10% | - Configure and verify network management using Ansible - Describe REST API features and use cases - Describe configuration management tools |
| Topic 5: VPN Services | 20% | - Implement and troubleshoot DMVPN - Implement and troubleshoot site-to-site VPNs - Implement and troubleshoot GETVPN - Describe MPLS and MPLS VPN architectures |
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NEW QUESTION # 375
An engineer must establish a connection between two CE routers for two customers with overlapping IP addresses Customer_a is connected to interfaces Gig0/0, and Customer_b is connected to interfaces Gig0/1.
Routers CE1 and CE2 are configured as follows:
Drag and drop the code snippets from the right onto the boxes in the configuration to establish the needed connection. Snippets may be used more than once.
Answer:
Explanation:
Explanation:
NEW QUESTION # 376
Refer to the exhibit. An engineer must configure DMVPN Phase 3 hub-and-spoke topology to enable a spoke-to-spoke tunnel.
Which NHRP configuration meets the requirement on R6?
Answer: C
NEW QUESTION # 377
Drag and drop the packet types from the left onto the correct descriptions on the right.
Answer:
Explanation:
Explanation:
Unlike legacy network technologies such as ISDN, Frame Relay, and ATM that defined separate data and control channels, IP carries all packets within a single pipe. Thus, IP network devices such as routers and switches must be able to distinguish between data plane, control plane, and management plane packets to treat each packet appropriately.From an IP traffic plane perspective, packets may be divided into four distinct, logical groups:1. Data plane packets - End-station, user-generated packets that are always forwarded by network devices to other end-station devices. From the perspective of the network device, data plane packets always have a transit destination IP address and can be handled by normal, destination IP address-based forwarding processes.2. Control plane packets - Network device generated or received packets that are used for the creation and operation of the network itself. From the perspective of the network device, control plane packets always have a receive destination IP address and are handled by the CPU in the network device route processor. Examples include protocols such as ARP, BGP, OSPF, and other protocols that glue the network together.3. Management plane packets - Network device generated or received packets, or management station generated or received packets that are used to manage the network. From the perspective of the network device, management plane packets always have a receive destination IP address and are handled by the CPU in the network device route processor. Examples include protocols such as Telnet,Secure Shell (SSH), TFTP, SNMP, FTP, NTP, and other protocols used to manage the device and/or network.4. Services plane packets - A special case of data plane packets, services plane packets are also user-generated packets that are also forwarded by network devices to other end-station devices, but that require high-touch handling by the network device (above and beyond normal, destination IP address-based forwarding) to forward the packet. Examples of high-touch handling include such functions as GRE encapsulation, QoS, MPLS VPNs, and SSL/IPsec encryption/decryption, etc. From the perspective of the network device, services plane packets may have a transit destination IP address, or may have a receive destination IP address (for example, in the case of a VPN tunnel endpoint).
Reference: https://tools.cisco.com/security/center/resources/copp_best_practices
NEW QUESTION # 378 
Refer to the exhibit. An engineer must troubleshoot a connectivity issue impacting the redistribution of the subnet 172.16.2.48/28 into the OSPF domain. Which configuration on router R1 advertises this subnet into the OSPF domain?
Answer: D
NEW QUESTION # 379
Refer to the exhibit.
R1 is configured with IP SLA to check the availability of the server behind R6 but it kept failing. Which configuration resolves the issue?
Answer: D
Explanation:
In this IP SLA tracking, we don't need a IP SLA Responder so the command "ip sla responder" on R6 is not necessary.
We also notice that the ACL is blocking ICMP packets on both interfaces E0/0 & E0/1 of R6 so we need to allow ICMP from source 10.10.10.1 to destination 10.66.66.66.
NEW QUESTION # 380
......
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