1 Service Provider Network Architectures Theory
2 Cisco Network Software Architecture Theory
3 Implementing OSPF 12 labs Lab 3.1 OSPF router IDs and the first adjacency Lab 3.2 Multi-area OSPF on IOS XE and IOS XR Lab 3.3 OSPF cost, reference bandwidth and route preference Lab 3.4 Reading the OSPF database: LSA types 1 to 5 Lab 3.5 DR and BDR election and priorities Lab 3.6 OSPF network types, timers and authentication Lab 3.7 OSPF adjacency troubleshooting: five tickets Lab 3.8 Inter-area route summarisation on the ABR Lab 3.9 External routes: redistribution, E1 and E2, summarising at the ASBR Lab 3.10 Stub, totally stubby and NSSA areas Lab 3.11 OSPFv3 for IPv6 on IOS XE and IOS XR Lab 3.12 Comprehensive lab: build the OSPF network from scratch 4 Implementing IS-IS 10 labs Lab 4.1 IS-IS: NETs, system IDs and the first Level 1 adjacency Lab 4.2 IS-IS levels and areas: Level 1, Level 1/2 and Level 2 Lab 4.3 IS-IS on a broadcast LAN: the DIS and pseudonode Lab 4.4 IS-IS link-state database, the attached bit and the overload bit Lab 4.5 IS-IS metrics: narrow, wide and interface cost Lab 4.6 IS-IS summarisation and route leaking Lab 4.7 IS-IS authentication: hello and LSP Lab 4.8 IS-IS for IPv6: single topology and multi-topology Lab 4.9 IS-IS troubleshooting: five tickets Lab 4.10 Comprehensive lab: build the IS-IS network from scratch 5 Implementing BGP 13 labs Lab 5.1 BGP: the first eBGP session and a customer prefix Lab 5.2 BGP: a dual-homed customer and the upstream provider Lab 5.3 iBGP: loopback sessions and a route reflector Lab 5.4 BGP next hop and the IGP Lab 5.5 BGP for IPv6: multiprotocol sessions over IPv6 addresses Lab 5.6 BGP path selection: the order of the decision Lab 5.7 BGP weight and local preference Lab 5.8 AS path prepending: influencing inbound traffic Lab 5.9 BGP MED: a polite request to a neighbour AS Lab 5.10 BGP communities: tagging routes and acting on the tag Lab 5.11 Route redistribution between OSPF and BGP Lab 5.12 BGP troubleshooting: five tickets Lab 5.13 Comprehensive lab: build the BGP network from scratch 6 Implementing Route Maps and RPL 7 labs Lab 6.1 Prefix lists: permit, deny, ge and le Lab 6.2 AS path access lists and regular expressions Lab 6.3 Route maps: match, set and the sequence Lab 6.4 Routing Policy Language on IOS XR: sets, if and pass Lab 6.5 RPL parameters: one policy, many uses Lab 6.6 Route policy troubleshooting: five tickets Lab 6.7 Comprehensive lab: filter BGP prefixes on IOS XE and IOS XR 7 Transitioning to IPv6 8 labs Lab 7.1 Dual stack: IPv4 and IPv6 on the same link Lab 7.2 Manual tunnels: 6in4 and GRE across an IPv4-only core Lab 7.3 Running OSPFv3 over a GRE tunnel Lab 7.4 6RD: IPv6 service over an IPv4-only access network Lab 7.5 Stateful NAT64: IPv6-only clients reach an IPv4-only server Lab 7.6 NAT64 static mappings and access control Lab 7.7 IPv6 transition troubleshooting: five tickets Lab 7.8 Comprehensive lab: dual stack, 6RD and NAT64 8 High Availability: NSF, BFD and Link Aggregation 7 labs Lab 8.1 BFD for OSPF: detect a silent failure in under a second Lab 8.2 Link aggregation: Bundle-Ether with LACP Lab 8.3 BFD for static routes and BGP Lab 8.4 OSPF graceful restart (NSF) with a process restart Lab 8.5 BGP graceful restart and NSR Lab 8.6 High availability troubleshooting: five tickets Lab 8.7 Comprehensive lab: a design that survives failures 9 Implementing MPLS in the Service Provider Core 10 labs Lab 9.1 Bringing up LDP on IOS XR and IOS XE Lab 9.2 LDP sessions: discovery, active side and timers Lab 9.3 Labels, the LIB and the LFIB: implicit and explicit null Lab 9.4 TTL propagation and what traceroute shows Lab 9.5 Conditional label advertisement Lab 9.6 LDP session protection and LDP-IGP synchronisation Lab 9.7 LDP authentication and graceful restart Lab 9.8 MPLS OAM and the MTU of labelled packets Lab 9.9 MPLS troubleshooting: five tickets Lab 9.10 Comprehensive lab: an MPLS core from the IGP 10 Implementing Cisco MPLS Traffic Engineering Theory
11 Implementing Segment Routing Theory
12 Implementing Service Provider VPN Services Theory
13 Implementing Layer 2 VPN Services Theory
14 Implementing MPLS Layer 3 VPN Services Theory
15 Implementing Multicast Theory
16 Describing QoS Architecture Theory
17 Implementing QoS Theory
18 Implementing Control Plane Security Theory
19 Implementing Management Plane Security Theory
20 Implementing Data Plane Security Theory
21 Introducing Network Programmability Theory
22 Implementing Automation and Assurance Theory
23 Introducing Cisco NSO Theory
24 Implementing Virtualization in the Service Provider Environment Theory
25 Implementing Carrier Ethernet Services and Operations Theory
26 Implementing SRv6 and Flexible Algorithm Theory
+ 17 more modules, through Implementing SRv6 and Flexible Algorithm