Cisco IPv6 TSHOOT Labs For CCNA, CCNP, and CCIE Students

Troubleshoot IPv6 connectivity between serial and tunnel interfaces by diagnosing interface states, tunnel source/destination mismatches, and IPv6 reachability through route advertisement and frame map configuration.

Troubleshoot ipv6 connectivity between routers, identify tunnel protocol mismatch and acl blocking ipv6, adjust tunnel and channel settings, verify adjacency, and ensure route advertisement and frame mapping restore reachability.

Repair the six-router topology so each loopback can reach every other loopback using a TCL script in privileged mode, without altering the OSPF network types.

Resolve connectivity between router one and router two loopbacks by correcting IS-IS metric weights to default, restore adjacency, and verify by pinging 2.2.2.2 from router one’s loopback.

Diagnose and fix the loopback connectivity between router two and router three by aligning IP IRB interfaces, Ethernet interface protocols, and hello mode (unicast vs multicast).

Resolve connectivity between router three and four by aligning ospf hello timers on interfaces ethernet 0/1 and 0/0, enabling ospf, and verifying loopback reachability via ping after adjacency comes up.

Trace and fix a loopback connectivity issue between router four and router six by correcting OSPF network statements, enabling OSPF on interfaces, enabling frame-relay broadcast, and validating adjacency and routes.

Resolve OSPF adjacency and loopback reachability across a frame-relay network by correcting stop area and DR configurations, implementing frame-relay maps and redistribution metrics, validated with a Tcl script.

Practice routing lab 2 topology and tickets in the Cisco Troubleshooting Labs course, with the same base configuration as lab 1 but not using the neighbor command.

Resolve loopback connectivity by correcting the network command IP to 12.1, enabling ip protocols on the IRB interfaces, and establishing iBGP adjacency to reach the 2.2.2.2 loopback.

Diagnose why router two cannot form adjacency with router three by tracing hello packets and routing tables. An inbound access-list on Ethernet 0/1 blocks hellos, so removing it restores adjacency.

Troubleshoot the connectivity between router three and router four loopbacks. Resolve the OSPF area mismatch by changing router four to area zero, re-establish adjacency, and confirm reachability.

Diagnose an OSPF adjacency issue between router four and router six by fixing non-broadcast interface settings and key mismatches, restoring adjacency and testing loopback connectivity.

Resolve an OSPF connectivity issue between router four and router seven by correcting the authentication key, duplicate router IDs, and discontiguous backbone area, then verify connectivity with a TCL script.