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100+ Hours CCIE Enterprise Infrastructure Training/Bootcamp

100+ hours CCIE Enterprise Infrastructure Training/Bootcamp. Can it happen? Yes, in fact my CCIE Enterprise Instructor Led course is over 100 hours, design , theory and lab content.

 

In the CCIE Enterprise training I go through not only traditional technologies such as OSPF, EIGRP , BGP , MPLS, Multicast, QoS, IPv6 etc. but also there are so many SD-WAN , SD-Access and Network Programmability and Automation content.

Probably you have seen some topologies on social media (I use LinkedIn mostly), those topologies consists of many tasks and we cover all of them in the training.

 

I have two versions of CCIE Enterprise Training.

 

     1.Self Paced CCIE Enterprise Infrastructure Training:

 

In this training, all the content of CCIE Instructor Led training is covered but as a recorded video format. Participant of Self Paced CCIE Enterprise Training gets not only videos but also Config files/Labs , workbooks, design comparison charts (don’t forget there is 3 hours design module in CCIE Enterprise exam), session materials and so on. Self Paced training students are placed in a study group together with the Instructor Led CCIE Enterprise training/bootcamp students.

 

    2. Instructor Led CCIE Enterprise Infrastructure Training:

 

In this training, I am talking live with the students. Webex or In-person based live training. Instructor Led CCIE Enterprise students get Self Paced version of the course for free. Also, all the advantages of the Self Paced training comes for free with it.

 

My CCIE Enterprise Bootcamp students get always additional discount when they want to join ay of my trainings. Even if training is already discounted. I call this ‘ Investment Protection

 

You can have questions, you should ask always questions, send them please to [email protected]

Do your research very well, ask people on the Internet before you join any training, not only CCIE or CCDE but any training. Already 100s of people are in my CCIE Enterprise Study Group and you can just ask anyone on Internet about it!

 

Below are some of the topics in this training:

1.1 Layer 2 Protocols
1.2 VLAN Technologies
1.3 EtherChannel
1.4 Spanning-Tree Protocol
1.5 Switch Administration
2.0 Layer 3 Protocols
2.1 IPv6
2.1a IPv6 Basics
2.1b IPv6 Addressing
2.1c IPv6 Address Assingment
2.1d IPv6 Tunneling
2.1e IPv6 Packet Types
2.2 EIGRP / EIGRPv6
2.2a Adjacency
2.2b Best Path Selection
2.2c EIGRP Load Balancing
2.2d EIGRP Optimization & Features
2.3 OSPF / OSPFv3
2.3a Adjacency
2.3b Network Types & Area Types
2.3c Path Preference
2.3d OSPF Opmization & Features
2.3e OSPF Operations
2.4 BGP
2.4a iBGP & eBGP Relationship
2.4b BGP Path Selection
2.4c BGP Path Attributes
2.4d BGP Communities
2.4e BGP Optmizations
2.4f BGP Features
2.5 Layer 3 Features
2.5a VRF
2.5b VRF-LITE
2.5c Policy Based Routing
2.5d Biderectional Forwarding Detection
3.0 Multicast
3.1 Layer 2 Multicast
3.1a IGMPv2 and IGMPv3
3.1b IGMP Snooping, PIM Snooping
3.1c IGMP  Querier
3.1d MLD
3.2 Layer 3 Multicast
3.2a Sparse Mode
3.2b RP Configurations
3.2c Bidirectional PIM
3.2d SSM
3.2e PIMv6 Anycast RP
3.2f MSDP
Module 2 – Transport Technologies and Solutions
1.0 MPLS
1.1 MPLS Basics
1.2 MPLS Operations
1.3 MPLS L3 VPN
1.3a PE-CE Routing
1.3b MP-BGP
1.3c VPNv4 / VPNv6
1.3d VRF Route Leaking
2.0 VPN
2.1 GRE VPN
2.2 Introduction to IPSEC Protocol
2.3 GRE Over IPSEC VPN
2.4 MGRE Over IPSEC VPN
2.5 DMVPN
2.5a NHRP
2.5b DMVPN Phase 1
2.5c DMVPN Phase 2 (EIGRP & OSPF)
2.5d DMVPN Phase 3 (EIGRP & OSPF)
2.5e DMVPN Phase 3 with Dual Hub
2.5f Troubleshooting DMVPN
2.6 IKEv2 VPN
2.6a Introduction to IKEv2
2.6b IKEv2 Configuration with Pre-Shared Key
2.7 Flex VPN
2.7a introduction to Flex VPN
2.7b Flex VPN Configuration
2.7c MPLS Over Flex VPN
Module 3 – Infrastructure Security and Services
1.0 Device Security on Cisco IOS
1.1 AAA
1.2 Control Plane Policing
1.3 Switch Security
1.4 Router Security
1.5 IPv6 Security
1.6 IEEE 802.1x Port Based Authentication
2.0 Quality of Service
2.1 Layer 3 QoS using MQC
2.1a CoS and DSCP Mapping
2.1b Classification
2.1c Marking
2.1d NBAR
2.1e Policing & Shaping
2.1f Congestion Management and Avoidance
3.0 Network Services
3.1 First Hop Redundancy Protocol
3.1a HSRP
3.1b GLBP
3.1c VRRP
3.1d IPv6 Redundancy
3.2 NTP
3.3 DHCP on Cisco IOS
3.3a DHCP Options
3.3b SLAAC/DHCPv6
3.3c Stateful, Stateless DHCPv6
3.4 IPv4 Network Address Translation
3.4a Static NAT/PAT
3.4b Dynamic NAT
3.4c Policy Based NAT
3.4d VRF-Aware NAT
4.0 Network Services / Operations
4.1 IP SLA
4.2 Netflow
4.3 Traffic Capture
4.4 IOS-XE Troubleshooting
Module 4 – Infrastructure Automation and Programmability
1.0 Network Data Encoding Formats, Automation and Scripting
1.1 JSON
1.2 XML
1.3 EEM Applets
1.4 Guest Shell
2.0 Network Programmability
2.1 Interation with vManage API
2.2 Interation with Cisco DNA Center API
2.1 Interation with Cisco IOS XE API
2.1 Deploy and Verify model-driven telemetry
Module 5 – Software Defined Infrastructure
1.0 Cisco SD-Access
1.1 Design a Cisco SD-Access
1.1a Introduction to Campus Network Fabric
1.1b Underlay and Overlay Network
1.1c Fabric Domains
1.2 Cisco SD-Access Deployment
1.2a Cisco DNA Center device discovery
1.2b Cisco DNA Center device management
1.2c Host Onboarding (Wired endpoint only)
1.2d Fabric Border Handoff
1.3 Segmentation
1.3a Macro-level Segmentation using VNs
1.3b Introduction to Cisco ISE for SD-Access
1.3c Cisco DNA Center and ISE Integration
1.3d Micro-level Segmentation using Cisco ISE
1.4 Assurance
1.4a Network and Client Health 360
1.4b Monitoring and Troubleshooting
2.0 Cisco SD-WAN
2.1 Design a Cisco SD-WAN
2.1a Introduction to Cisco SD-WAN Solutions
2.2b Control Plane
2.2c Management Plane
2.2d Orchestration Plane
2.2e Data Plane
2.2 WAN Edge Deployment
2.2a Onbording New Edge Router
2.2b Orchestration with zero-touch provisioning
2.2c Plug-and-Play
2.2d OMP
2.2e TLOC
2.3 Configuration Templates
2.4 Localized Policies
2.5 Centralized Policies
Labs

 

 

Lab-1: Switch Administration
Lab-2: Spanning-Tree Protocol
Lab-3: EtherChannel
Lab-4: IPv6 Addressing
Lab-5: IPv6 Tunneling
Lab-6: Named EIGRP Configuration
Lab-7: EIGRP Load Balancing
Lab-8: EIGRP Optmization and Summarization
Lab-9: EIGRPv6 Configuration
Lab-10: OSPF Configuration Lab
Lab-11: OSPF Area Types Lab
Lab-12: OSPF Optmization, Features and Summarization
Lab-13: OSPFv3 Configuration
Lab-14: iBGP and eBGP Peering
Lab-15: Weight and Local Prefrence Attribute
Lab16: AS-Path and Origin Code Attribute
Lab-17: MED Attribute
Lab-18: BGP Route Filtering, Conditional Advertisement
Lab-19: Standard and Extended Community
Lab-20: Local-AS, Allowas-in, remove-private-as
Lab-21: BGP Prefix Aggregation
Lab-22: VRF, VRF-Lite Configuration
Lab-23: BFD and Policy Based Routing
Lab-24: IGMP Snooping & PIM Snooping Configuration
Lab-25: MLD Configuration
Lab-26: RP Confiugration (Static, Auto-RP & BSR)
Lab-27: MSDP Configuration
Lab-27: SSM Configuration
Lab-28 PIMv6 Anycast RP
Lab-30: MPLS L3 VPN Configuration
Lab-31: MPLS L3 VPN with BGP RR and Allowas-in/Asoveride
Lab-32: MPLS L3 VPN using VPNv6 Address Family
Lab-33: MPLS L3 VPN with Extranet (VRF Route Leaking)
Lab-34: GRE VPN
Lab-35: GRE Over IPSEC
Lab-36 MGRE Over IPSEC
Lab-37 DMVPN Phase I
Lab-38: DMVPN Phase II and Phase III (EIGRP)
Lab-39: DMVPN Phase II and Phase III (OSPF)
Lab-40: DMVPN Phase III with Dual Hub
Lab-41: IKEv2 VPN with Pre-Shared Key
Lab-42: Flex VPN Configuration
Lab-43: MPLS Over Flex VPN
Lab-45: Switch Security/Router Security/Control Plane Policing
Lab-46: IPv6 ACL
Lab-47: 802.1X Authentication using local database
Lab-48: QoS Configuration on Cisco Router – Marking/Classifying
Lab-49 NBAR
Lab-50 Policing & Shaping
Lab-51: HSRP
Lab-52 VRRP
Lab-53: GLBP
Lab-54: IPv6 Redundancy
Lab-55: Stateful/Stateless DHCPv6
Lab-56: Static NAT/PAT, Dynamic NAT
Lab-57: Dynamic NAT, Policy Based NAT
Lab-58: VRF Aware NAT
Lab-59: IP SLA, Netflow, Traffic Capture
Lab-61: SDA LAN Automation with PnP
Lab-62: SDA Configuration Template
Lab-63: SDA Identity Policy with ISE
Lab-64: SDA Application Policy (Easy QoS)
Lab-65: SDA Device Admin
Lab-66: SDA Monitoring and Troubleshooting
Lab-67 SD-WAN Secure Control Plane Bring Up
Lab-68 SD-WAN Data Plane Bring Up
Lab-69: SD-WAN Overlay Management Protocol (OMP)
Lab-70: SD-WAN vManage Template
Lab-71: SD-WAN vSmart Policies
Lab-72: SD-WAN vAnalaytic
Lab-73: Troubleshooting SD-WAN

 

 

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