CCIE Enterprise Infrastructure

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CCIE Enterprise Infrastructure

 CCIE Enterprise Infrastructure Training Blueprint

 Section 1: Core Technology Training (Deep Dive)

This phase focuses on building expert-level knowledge across the five foundational blueprints required by Cisco. 

1. Network Infrastructure

  • Switched Campus: Advanced VLANs, STP/RSTP/MSTP, EtherChannels, and high availability features.
  • Routing Concepts: Route maps, policy-based routing (PBR), VRF-lite, and advanced route redistribution.
  • OSPF (v2 & v3): Multi-area architecture, neighbor states, LSA types, stub areas, and virtual links.
  • EIGRP: Named mode, stub routing, route filtering, and path optimization.
  • BGP: IBGP/EBGP, path selection attributes, route reflectors, communities, and confederations.
  • Multicast: PIM sparse/dense mode, IGMP, static RP, and Anycast RP.

2. Software-Defined Infrastructure (SDN)

  • Cisco SD-Access: Fabric architecture, DNA Center provisioning, LISP control plane, VXLAN data plane, and TrustSec integration.
  • Cisco SD-WAN: Controller onboarding (vManage, vSmart, vBond), centralized/localized control policies, data policies, and Application-Aware Routing (AAR). 

3. Transport Technologies and Solutions

  • MPLS: Label switching fundamentals, L3VPN architecture, and VRF route target/route distinguisher mappings.
  • DMVPN: Phase 1, 2, and 3 architectures, NHRP configuration, and IPsec crypto profile integration.

4. Infrastructure Security and Services

  • Device Security: Control Plane Policing (CoPP), AAA configuration, and 802.1X network authentication.
  • Network Services: Advanced DHCP, NAT/PAT, HSRP/VRRP, NTP, and NetFlow/IP SLA telemetry.
  • Quality of Service (QoS): Classification, marking, shaping, policing, and queuing mechanisms on Cisco IOS-XE.

5. Automation and Programmability

  • Data Formats & APIs: Mastering JSON, XML, and interacting with RESTCONF/NETCONF interfaces.
  • Scripting & Tools: Python scripting for configuration, Jinja2 templating, and basic Ansible playbook execution for batch tasks.

Section 2: Lab Exam Format Preparation using a Simulated MOC Lab

Module 1: Design

  • Scenario Analysis: Reviewing high-level designs, email threads, and business constraints without equipment access.
  • Architecture Justification: Answering complex drop-down and multiple-choice design questions.
  • Progress Tracking: Mastering the progressive storyline where answers cannot be changed once submitted. 

Module 2: DOO Deploy, Operate and Optimize

  • Hands-on Configuration: Deploying technology solutions from scratch based on a complex topology.
  • Troubleshooting Workflows: Rapid diagnostic strategies to fix broken configurations efficiently.
  • Network Optimization: Adjusting live settings for peak security, speed, and path efficiency.

Rack Access:  We can  provide you the rack access for the technology and Exam Preparation sessions on additional Cost. You can practice the complex scenarios close to the exam questions with the support of our expert lab instructors.