SD-Access Advanced: Multisite Fabric Lab

Take your SD-Access skills beyond a single fabric site. Build a three-site SD-Access deployment combining classic LISP/BGP, LISP Pub/Sub, and Fabric-in-a-Box with multisite transit, a dedicated IoT virtual network, and dynamic ISE endpoint onboarding.

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Course Highlights

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Three-Site Architecture

Deploy and interconnect three distinct fabric sites: classic LISP/BGP, modern LISP Pub/Sub, and a compact Fabric-in-a-Box (FIAB) topology.

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Multi-VN & IoT Design

Implement dedicated Campus_VN and IoT_VN virtual networks to configure strict macro and micro-segmentation across the entire fabric.

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Advanced Onboarding

Master user-based 802.1X, certificate-based 802.1X, and MAB authentication workflows through Cisco ISE for diverse endpoint types.

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Multisite Transit & Fusion

Configure multisite IP-based transit, BGP peering, Fabric Zone transits, and route leaking between VRFs and the Global Routing Table (GRT).

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TrustSec & GBAC Policies

Set up TrustSec integration, dynamic Security Group Tag (SGT) assignments, and validate Group-Based Access Control policies across sites.

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Operational Validation

Validate end-to-end LISP registrations, endpoint learning, Anycast Gateways, Layer 3 handoffs, and data plane enforcement.

Advanced Multisite Experience

Designed for CCIE Enterprise Infrastructure candidates and engineers who already have single-site SD-Access experience and are ready for multisite, multi-VN designs.

Gain intensive, hands-on practice covering the advanced fabric, transit, and policy scenarios found directly on the Cisco CCIE Enterprise Infrastructure lab blueprint.

  • Multi-Topology Control Planes: Direct exposure to classic LISP/BGP, LISP Pub/Sub, and FIAB topologies.
  • Complete Endpoint Workflows: Compare user-802.1X, cert-802.1X, and MAB onboarding against real Cisco ISE policies.
  • Cross-Site Policy Enforcement: Enforce and verify SGT segmentation and external connectivity through Fusion routers.

Exam & Certification Alignment

This course prepares you for the multisite SD-Access fabric, transit, and advanced policy topics on the Cisco CCIE Enterprise Infrastructure (v1.1) lab blueprint, and aligns with the fabric technologies portion of the ENCOR (350-401) and ENSDWI (300-420) exam topics.

CCIE Enterprise v1.1

Master complex multisite transits, control plane variants, and advanced GBAC policy enforcement for the lab exam.

ENCOR (350-401)

Solidify core enterprise fabric knowledge, overlay control planes, and centralized management automation.

ENSDWI (300-420)

Aligns with software-defined fabric networking concepts, inter-site transit, and enterprise segmentation.

Technologies Covered

  • ✓ Classic LISP/BGP & LISP Pub/Sub Control Planes
  • ✓ Fabric-in-a-Box (FIAB) Site Deployment
  • ✓ Multisite IP-Based Transit & Fabric Zone Transits
  • ✓ Campus_VN & IoT_VN Virtual Networks
  • ✓ IS-IS & OSPF Fabric Underlay Routing
  • ✓ Fusion Router BGP & VRF Route Leaking
  • ✓ User-Based & Certificate-Based 802.1X
  • ✓ MAC Authentication Bypass (MAB) for IoT
  • ✓ Cisco ISE TrustSec Integration & SGT Mapping
  • ✓ Group-Based Access Control (GBAC) Policies

Modules & Topics

  • Integrate Cisco Catalyst Center with Cisco ISE
  • Integrate Cisco ISE with Active Directory
  • Configure Site Hierarchy
  • Configure Global Network Settings
  • Configure Discovery Credentials
  • Configure Global IP Pools
  • Prepare Cisco ISE policies for device admin authentication
  • Configure BGP connectivity between DC-CoreSW1 and Fusion routers
  • Configure Internet edge connectivity
  • Validate datacenter reachability from Fusion routers
  • Create the Campus_VN VRF
  • Create the IoT_VN VRF
  • Configure underlay interfaces
  • Configure overlay transit interfaces
  • Configure underlay BGP
  • Configure overlay BGP
  • Configure route leaking between the GRT and VRFs
  • Validate Fusion router routing
  • Configure hostname, domain, local user account, SSH, SNMP, NETCONF
  • Configure underlay routed interfaces
  • Configure BGP peering with Fusion routers
  • Validate underlay reachability
  • Site A: Configure IS-IS underlay routing
  • Site B: Configure OSPF underlay routing
  • Validate fabric underlay connectivity
  • Discover Fabric Border and Fabric Edge nodes
  • Assign devices to the site hierarchy
  • Provision network devices
  • Validate device inventory status
  • Create the fabric sites
  • Configure Anywhere Border nodes
  • Assign Border, Control Plane, and Edge node roles
  • Configure Site A LISP/BGP fabric control plane
  • Configure Site B LISP Pub/Sub fabric control plane
  • Site C: Fabric-in-a-Box (FIAB) deployment
  • Configure multisite IP-based transit
  • Create the Campus_VN virtual network
  • Create the IoT_VN virtual network
  • Create and reserve fabric IP pools
  • Configure Anycast Gateways
  • Configure Layer 3 handoff
  • Configure fabric zone transits
  • Validate multisite fabric provisioning
  • Configure TrustSec integration
  • Configure Security Groups (SGTs)
  • Configure virtual network and scalable group mapping
  • Configure endpoint identity groups
  • Configure authentication policies
  • Configure authorization policies
  • Configure user-based 802.1X endpoint authentication for Site A
  • Configure certificate-based 802.1X endpoint authentication for Site B
  • Configure MAB authentication for IoT endpoints
  • Validate dynamic SGT assignment
  • Validate fabric policy enforcement
  • Validate multisite endpoint connectivity
  • Configure Group-Based Access Control (GBAC) policies
  • Validate intra-SGT and inter-SGT communication across fabric sites
  • Validate external connectivity through Fusion routers
  • Verify SGT-based policy enforcement across the multisite fabric
  • Validate LISP registration and endpoint learning across fabric sites
  • Validate segmentation policy enforcement across virtual networks and scalable groups
  • Validate fabric control plane and data plane operations

Start Your Lab Experience

Lab Hours Booking

Reserve access to a dedicated, pre-wired lab environment and use your purchased lab hours whenever it suits you.

Flexible Lab Access
  • Direct access via browser and internet connection
  • Dedicated Catalyst Center and ISE controllers
  • Full control over single fabric site & underlay
  • Zero hardware required on your side
  • Schedule your lab session for any available date and time

Frequently Asked Questions

It's strongly recommended. This course assumes you're already comfortable with single-site fabric concepts (underlay, overlay, border/edge roles, basic TrustSec) and focuses on multisite design and advanced onboarding scenarios.
Site A uses a classic LISP/BGP control plane, Site B uses LISP Pub/Sub, and Site C is a compact Fabric-in-a-Box deployment — giving you hands-on exposure to the different control-plane and topology options you'll encounter in real deployments and on the exam.
Yes. A dedicated IoT_VN virtual network and MAB-based endpoint authentication for IoT devices are built and validated alongside the Campus_VN traffic.
User-based 802.1X, certificate-based 802.1X, and MAB — each configured against a different site or endpoint type so you can compare the workflows directly.
Lab hours are booked from your account balance. See the Book Hours / Buy Hours options above for current packages and pricing.
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