Quick Links
Quick Links
Loved by engineers who learn by doing
A focused practice system for network engineers. Build the topology, read the evidence and fix the failure across 14 real IPv6 scenarios.
The lab files, workbooks, blank versions, and working configurations stay together.
01
Objectives, tasks, topology details, explanations, and verification output across all 14 labs.
02
Open the supplied scenario with the nodes and links already arranged for the task.
03
Return to a clean version after the guided run and rebuild the scenario from your own understanding.
04
Compare your work with a working configuration when an adjacency, route, or forwarding path is wrong.
Each lab focuses on a defined behavior. Work through the objective, inspect the output, and rebuild the scenario until you can explain the result.
01
ADDRESSING
Use SLAAC, stateful and stateless DHCPv6, DHCPv6 relay, Rapid Commit, and prefix delegation.
SLAAC • DHCPv6 • Prefix delegation
02
DMVPN
Carry IPv6 across an IPv4 underlay, build IPv6-underlay DMVPN, and verify NHRP and OSPFv3 behavior.
IPv6 over IPv4 • NHRP • OSPFv3
03
OSPFV3
Configure IPv4 and IPv6 routing with the traditional OSPFv3 method and the address-family method.
Router ID • Address family • Adjacency
04
OSPFV3
Summarize inter-area and redistributed routes at the correct ABR or ASBR and inspect discard-route behavior.
ABR • ASBR • Discard route
05
NETWORK TYPE
Work with DR and BDR elections on LAN and DMVPN segments and verify why election changes are not preemptive.
DR • BDR • Broadcast
06
NETWORK TYPE
Build static OSPFv3 neighbors with link-local addresses and control DR election across hub-and-spoke DMVPN.
Static neighbors • Link-local • DMVPN
07
NETWORK TYPE
Run OSPFv3 without a DR or BDR and inspect link-local next hops in the IPv6 routing table.
Point-to-point • Next hop • LSAs
08
NETWORK TYPE
Build hub-and-spoke adjacencies, add the required NHRP multicast behavior, and control path selection.
Point-to-multipoint • NHRP • Path
09
METRIC
Change reference bandwidth, calculate interface cost, and verify why different link speeds can receive the same default cost.
Reference bandwidth • Cost • Best path
10
CONTROL PLANE
Read the LSDB, follow Type 8 and Type 9 LSAs, and inspect multi-area and virtual-link behavior.
LSDB • Type 8 • Type 9
11
AREA DESIGN
Compare normal, stub, totally stubby, and NSSA behavior, including default routes and redistribution boundaries.
Stub • Totally stubby • NSSA
12
SECURITY
Apply authentication at interface and area scope, then protect OSPFv3 exchanges with IPsec AH and ESP.
Authentication • AH • ESP
13
EIGRPV6
Configure adjacencies, redistribution, timers, bandwidth limits, authentication, hop-count controls, and route filtering.
Redistribution • Timers • Filtering
14
BGP
Build IPv6 and IPv4 BGP peerings, activate IPv6 address families, and advertise IPv6 NLRI across both transport types.
MP-BGP • Address family • IPv6 NLRI
Start with address acquisition, move through OSPFv3 behavior and design, then finish with EIGRPv6 and BGP. Return to any lab when you need focused practice.
Each lab keeps the objective, topology, configuration work, verification steps, and working files together.
Review the topology, objective, and behavior you need to prove.
Open the prepared EVE-NG lab and confirm the starting state.
Complete the tasks and inspect the protocol and routing output.
Use Save Config files, reset the lab, and repeat from the Blank Topology.
Read → Configure → Verify → Compare → Rebuild
Product-specific feedback from an engineer working through the package.
“I am working on the new IPv6 Mastery Labs at the moment. The workbook is excellent.”
CCIE, Germany
Use this quick check before you buy the lab package.
THIS IS FOR YOU
THIS IS NOT FOR YOU
Work through the sequence now, then return to a specific lab when you need to review an adjacency, route, LSA, or forwarding behavior.
IPv6 Mastery Labs
USD One-time payment
30-Day "Practice Risk-Free" Money-Back Guarantee (If you don’t love it, I’ll refund every cent — no questions asked)
Check the format, platform, and expected experience before buying.
Fourteen guided IPv6 labs, matching workbooks, prepared EVE-NG lab files, Blank Topologies, Save Config files, verification steps, and lifetime access.
No. It is a hands-on lab package. You read the objective, configure the devices, inspect the output, and rebuild the scenario.
Network engineers and certification candidates who understand basic routing and the Cisco CLI and want focused IPv6 practice.
You need an EVE-NG environment capable of running the supplied lab devices. Ask support before buying if your setup is unusual.
Yes. Import the supplied lab files and use compatible device images in your current EVE-NG environment.
No. The $97 price is a one-time payment and includes lifetime access to the files in the package.
I want FREE access to Dynamips training materials, workbooks, labs, and tools so I can take my networking skills to the next level.
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