willoak84

In general as soon as you see subinterfaces the answer is CPPr, CoPP can control aggregate traffic addressed to the control plane but is not able to do that on a per subinterfaces basis.

In my opinion the answer is TOGAF. From the provided link, FCAPS (fault, configuration, accounting, performance and security) is a network management framework....The primary objective of this network management model is to better understand the major functions of network management systems Question asks for "network management framework can be used to develop a network architecture" From wikipedia. [Hidden Content] The Open Group Architecture Framework (TOGAF) is the most used framework for enterprise architecture as of 2020[2] that provides an approach for designing, planning, implementing, and governing an enterprise information technology architecture. An architecture framework is a set of tools which can be used for developing a broad range of different architectures.[5] It should: describe a method for defining an information system in terms of a set of building blocks. show how the building blocks fit together. contain a set of tools. provide a common vocabulary. include a list of recommended standards. include a list of compliant products that can be used to implement the building blocks. Last but not least in the thread there are two users that answered differently only to that question, the one that answered TOGAF got a better mark (of course, you can trust them or not).

Hi, I am reviewing this question: Which two technologies enable multilayer segmentation? (Choose two.) A. segment routing B. firewalls C. policy-based routing D. data plane markings E. fitter lists Correct Answer: BE Section: (none) Explanation Explanation/Reference: [Hidden Content] In my opinion option E is wrong, because filter list is just a filter for BGP routes and I do not see how this can achieve network segmentation. On the other side, I think correct option is "C. policy-based routing" because you can use SGT to treat the packet differently as per link below: [Hidden Content] What do you think?

Please, Read all the post, only 10 pages and it has really valuable information that will help you pass. Question make reference to ND and as can be seen in the quoted text Destination Guard is the choice, you can go over the references provides and find the following text The IPv6 Destination Guard feature works with IPv6 neighbor discovery to ensure that the device performs address resolution only for those addresses that are known to be active on the link. It relies on the address glean functionality to populate all destinations active on the link into the binding table and then blocks resolutions before they happen when the destination is not found in the binding table. Source Guard does not work jointly with neighbor discovery.

Hi, There is a lot of discussion about this question. As per question statement the SP does not support multicast and CE is managed by the provider. On a real environment the provider will never make a GRE tunnel to deliver a service to the customer not supported on their devices. Besides, it will not work as CE does not have multicast support. So, the tunnel needs to be build between two multicast enabled routers. I think the key facts here are: 1. SP does not support multicast. 2. SP operates the CE. So, no multicast support. 3. GRE tunnels need to between multicast devices, this is C1 and C4 (for sure). Correct answer should be "Enable GRE tunnel between nodes C1 and C4"

After reading all the thread I think correct is SNMPv3, reasons are: 1. SNMP is a protocols it self. version 3 is preferred over v2 due to MPLS service in order to ensure confidenciality. 2. The shared references explain how to enable the forwarding of syslog messages via snmp trap. So, going back to your explanation "which protocol must be enabled". Syslog protocol can be enabled on the box and do not forward snmp traps related to syslog. This is just to say, that the protocol might be enable but does not directly imply that snmp traps are sent. When SNMP is enable, traps are sent by default to the snmp trap server. So correct Answers should be A (SNMPv3)