Please check this drag-and-drop: specifically, "Allows sites to be combined without address conflicts" should be set to Unique Local, not Global Unicast Address.

Thanks!
James

link: https://imgur.com/a/6t2lgN1
Block size is 16, 10.10.10.16 is not inside 10.10.10.0/28.

The exhibit doesn't seem to open. Says "Exhibit not found"

Thanks,
James

Hello,
I was planning on taking the test in couple of weeks, and I wanted to find out if any new changes are coming up to be added.

Thanks

Passed ENARSI earlier this week with thanks to the resources on here. Some details of what was in there:

Labs:
PBR3 with some variations. 
A very basic DMVPN (configure nhrp auth and set it up for phase 2)
A variation on timestamps/SNMP
A lab I'd not seen on here albeit IPSEC was enough to get enough of the background on it. It was DMVPN with IKEV2 IPSEC, then phase3 on top of that, then OSPF on top of that.

Have attempted the exam once prior to this and the labs felt a whole world more difficult than in that previous attempt.

Multiple choice questions were largely ok. I got one drag and drop which was AR201 MPLS concepts. I'd say maybe 60-70% of the questions were those I definitely recognised from here (and bang on to the point I knew the answer as soon as the question loaded). The others were slight variants on or I knew roughly what the answer was. Maybe 3-4 I guessed at. 

Study: I went hard on this and was doing batches of 30x questions 7/8 times a day, interspersed with whole days where I'd rattle through all of the labs to the point I knew them off by heart. It was draining and soul destroying but I'm bloody minded.

As I said, I failed first time, bought this sub on 15 Nov and passed on 8 Dec. Would happily recommend the site.

These terms do not reflect what question AND73 is saying is "correct"

Please have a look and update accordingly.

agentless- device hardware that runs without embedded management features
agent- easy-to-manage deployment option that may lack scalability
provision -to automatically install or deploy a configuration or update
pull- daemon that determines when the central authority has updates available
push- model in which the central server sends updates to nodes on an as-needed basis

Thanks,
James

I am finding that several drag-and-drop have wrong answers such as this one

Please correct the answers as they currently say "Listen - has heard from the neighbor" and "Learn - is waiting to hear from the neighbor."

Here is the correct order:


Active → is forwarding packets[/font]
Standby → is ready to forward packets if the active fails[/font]
Listen → is waiting to hear from the neighbor device[/font]
Speak → is transmitting and receiving hello packets[/font]
Learn → has heard from the neighbor device and is receiving hello packets

http://ccnpexcellence.blogspot.com/2011/...works.html

HSRP states

1. Initial
This is the starting state and indicates that HSRP is not running.
This state is entered via a configuration change or when an
interface first comes up.
2. Learn
The router has not determined the virtual IP address, and not yet
seen an authenticated Hello message from the active router. In
this state the router is still waiting to hear from the active
router.
3. Listen
The router knows the virtual IP address, but is neither the active
router nor the standby router. It listens for Hello messages from
those routers.
4. Speak
The router sends periodic Hello messages and is actively
participating in the election of the active and/or standby router.
A router cannot enter Speak state unless it has the virtual IP
address.
5. Standby
The router is a candidate to become the next active router and
sends periodic Hello messages. Excluding transient conditions,
there MUST be at most one router in the group in Standby state.
6. Active
The router is currently forwarding packets that are sent to the
group's virtual MAC address. The router sends periodic Hello
messages. Excluding transient conditions, there MUST be at most
one router in Active state in the group.

• CQ (Custom Queuing):
  ✅ services a specified number of bytes in one queue before continuing to the next queue.
  ❌ The list incorrectly says CQ provides guaranteed bandwidth to a specific class of traffic (that’s CBWFQ).
  
• CBWFQ (Class-Based Weighted Fair Queuing):
  ✅ provides guaranteed bandwidth to a specific class of traffic.
  ❌ The list incorrectly says CBWFQ services a specified number of bytes per queue (that’s CQ).
  

• PQ: places packets into one of four priority-based queues.
  
• CQ: services a specified number of bytes in one queue before continuing to the next queue.
  
• WFQ: provides minimum guaranteed bandwidth to one or more flows.
  
• CBWFQ: provides guaranteed bandwidth to a specific class of traffic.
  
• FIFO: uses store-and-forwarding queueing.
  

I'm concerned about the accuracy, since so many of the examples provided needed correction.

Is there any way to bulk-audit using A.I.?

Thanks,
James

Rapid PVST+ forwarding state actions

1. Frames received from the attached segment are processed
   (The port actively forwards frames from its connected segment.)
   
2. Switched frames received from other ports are advanced
   (Frames from other ports are switched out through this port.)
   
3. The port in the forwarding state responds to network management messages
   (It participates in network management protocols like SNMP.)
   
4. BPDUs received from the system module are processed and transmitted
   (The port sends and receives BPDUs to maintain spanning tree.)
   

• Frames received from the attached segment are discarded → Blocking state.
  
• BPDUs received are forwarded to the system module → Listening/Learning states.