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• Explain what Software-Defined Networking (SDN) is in broad terms
• Describe campus, datacenter, and cloud SDN solutions
• Describe HPE VAN SDN Controller requirements, architecture, and features
• Integrate Mininet with the HPE VAN SDN Controller
• Explain features and functionality of HPE SDN applications:
– Network protector SDN application
– Network visualizer SDN application
– Network optimizer for Microsoft Lync®
• Explain the OpenFlow protocol
• Use cURL to interact with the Controller REST API
• Configure Controller high-availability

Exam Objectives | Course Outline | Syllabus
Module 0: Course introduction • Course overview
• Course design
• Course objectives
• What do you want to learn in this course=>
• Course agenda
• How about the Labs=>
• HPE ExpertOne
• Augmented reality… Whats in it for you=>
Module 1: Software-Defined Networking
Introduction
• Objectives
• Legacy networks
• Server virtualization and innovation
• A new (virtualized) style of network control
• Multiple SDN views
• OpenFlow versions
• Traditional switching
• Flow-based switching
• SDN architecture
• OpenFlow switch
• Proactive versus reactive flows
• HPE networking is empowering the Enterprise
• Enterprises are moving to a New Style of IT
• Journey to Software-Defined Networking
• HPE commitment to Open SDN
• Making it easy for customers
• Lab activity 1.1: Reset switches and configure initial settings
• Lab activity 1.1: Debrief
• Lab activity 1.2: Basic switch configuration
• Lab activity 1.2: Debrief
• Lab activity 1.3: UserVM configuration
• Lab activity 1.3: Debrief
• Summary
• Learning check
• Learning check answers
Module 2: SDN case studies • Objectives
• HPE SDN app store
• HPE SDN ecosystem
• App store circles
• OpenDayLight (ODL)
• HPE applications
• HPE network protector SDN application
• Dashboard
• HPE network optimizer SDN application
• HPE network optimizer SDN application
• HPE network optimizer-Dashboard
• Current troubleshooting tools challenges
• HPE network visualizer benefits
• Bluecat DNS director
• Kemp LoadMaster
• HPE SDN case studies
• Lab activity 2.1: RFI
• Lab activity 2.2: Case studies
• What is NFV=>
• SDN in the data center and cloud
• HPE-VMware networking solution
• VMware NSX
• Integration and communication
• HPE Virtual Cloud Networking (VCN)
• HPE VCN components
• HPE Helion OpenStack and CloudSystem
• HPE Distributed Cloud Networking (DCN)
• HPE Distributed Cloud Networking (DCN) (continued)
• DCN: Solving the following table stakes
• Summary
Module 3: HPE VAN SDN Controller overview • Objectives
• Overview of the HPE VAN SDN Controller
• HPE VAN SDN Controller documentation
• Lab activity 3.1: Support Matrix
• Lab activity 3.1: Debrief
• Lab 3.1: Review activity
• Controller modes
• Controller authentication
• New install with a local Keystone server
• 1—Installing the Keystone server
• 1—Installing the Keystone server (continued)
• 2—Unpacking the controller software
• 2—Verifying hardware requirements
• 2—Override hardware check
• 3—Install controller and verify
• 3—Install controller and verify (continued)
• 4—Configure a user-local Keystone server
• 5—Verifying the NTP configuration
• Lab activity 3.2, 3.3, and 3.4
• Lab activity 3.2, 3.3, 3.4: Debrief
• Labs 3.2, 3.3, and 3.4: Review activity
• Mininet overview
• Linear topology
• Mininet ping
• Linear topology result
• Easy to read MAC addresses
• Mininet options
• Lab activity 3.5: Mininet lab
• Lab activity 3.5: Debrief
• Labs 3.5: Review activity
• Installing a new application via the app store
• Installing a new application (continued)
• Installing a new application (continued)
• Installing a new application (continued)
• Installing a new application—Local install
• Lab activity 3.6: SDN application installation
• Lab activity 3.6: Debrief
• Labs 3.6: Review activity
• Lab activity 3.7: Debrief
• ProVision—OpenFlow configuration
• Comware—OpenFlow configuration
• Lab activity 3.8: Adding flows
• Lab activity 3.8: Debrief
• Labs 3.8: Review activity
• Lab activity 3.8: Debrief
• Summary
• Learning check
Module 4: HPE Network Protector SDN application
• Objectives
• Overview
• HPE TippingPoint reputation DV service
• Service insertion tunnels
• Installation
• Lab activity 4.1: Network Protector installation
• Lab activity 4.1: Debrief
• Lab 4.1: Review activity
• Lab 4.1: Review activity (continued)
• Lab 4.1: Review activity (continued)
• HPE VAN SDN Controller licenses
• HPE Network Protector SDN licenses
• HPE Network Protector URLs
• Network Protector Setup Wizard
• Network Protector Setup Wizard (continued)
• Network Protector Setup Wizard (continued)
• Lab Activity 4.2: Controller and application licensing
• Lab Activity 4.2 Debrief
• Activity 4.2.1: How many licenses are required=>
• Activity 4.2.2: How many licenses are required=> (continued)
• Activity 4.2.3: How many licenses are required=> (continued)
• Activity 4.2.4: Lab review
• Switch configuration
• Switch configuration (continued)
• Network protector console
• Device status panel
• Integration
• VLAN status
• Lab activity 4.3: Network protector integration
• Lab activity 4.3: Debrief
• Lab 4.3: Lab review activity
• Redirection server
• Redirection server (continued)
• Redirection server (continued)
• Lab activity 4.4: Redirection server
• Lab activity 4.4: Debrief
• Lab 4.4: Review activity
• Groups
• Custom Blacklists
• Lab activity 4.5: Network protector groups and custom Blacklist
• Lab activity 4.5: Debrief
• Lab 4.5: Review activity
• Greylists
• Lab activity 4.6: Basic network protector custom Greylist
• Lab activity 4.6: Debrief
• Lab 4.6: Review activity
• Custom Whitelists
• Lab Activity 4.7: Network protector custom Whitelist
• Lab activity 4.7: Debrief
• Lab 4.7: Review activity
• Quality of Service
• Quality of Service (continued)
• Lab activity 4.8: Quality of Service
• Lab activity 4.8: Debrief
• ACL manager
• ACL manager (continued)
• Lab activity 4.9: ACL manager
• Lab activity 4.9: Debrief
• Lab activity 4.10: Private VLAN example
• Lab activity 4.10: Debrief
• Labs 4.9 and 4.10: Review activity
• Summary
• Learning check
• Learning check answers
Module 5: HPE Network Visualizer SDN application • Objectives
• HPE Network Visualizer SDN app–visibility
• HPE Network Visualizer key features
• Installation
• Lab activity 5.1: Network Visualizer installation
• Lab activity 5.1: Debrief
• Lab 5.1: Review activity
• SNMP
• Switch configuration
• Switch configuration (continued)
• Capture destinations
• Custom mode capture
• Custom mode capture (continued)
• Custom mode capture (continued)
• Custom mode capture (continued)
• Session monitor
• Real-time traffic
• Network Visualizer dashboard
• Lab activity 5.2: Network Visualizer physical switch integratio
n • Lab activity 5.2: Debrief
• Open vSwitch
• Lab activity 5.3: Start two capture sessions simultaneously
• Lab activity 5.3: Debrief
• Active directory integration
• Users
• Capture session—User mode
• Capture session—User mode (continued)
• Anonymity mode
• Summary
• Learning check
• Learning check answers
Module 6: OpenFlow Deep Dive • Objectives
• Open networking foundation
• Main components of an OpenFlow switch
• OpenFlow channel
• OpenFlow ports
• OpenFlow messages
• Symmetric OpenFlow messages
• Lab activity 6.1: OpenFlow Deep Dive part 1
• Lab activity 6.1: Debrief
• Lab 6.1: Review activity
• OpenFlow channel
• OpenFlow messages—Controller to switch
• OpenFlow messages—Controller to switch (continued)
• Messages—Asynchronous
• Multiple table pipeline processing
• Pipeline processing for flow tables
• Multiple tables
• Instructions
• Lab activity 6.2: OpenFlow Deep Dive part 2
• Lab activity 6.2: Debrief
• Lab 6.2: Review activity
• Lab 6.2: Review activity (continued)
• Auxiliary connections
• Spanning Tree and OpenFlow
• Spanning Tree and OpenFlow (continued)
• Lab activity 6.3: OpenFlow Deep Dive part 3
• Lab activity 6.3: Debrief
• ProVision configuration
• ProVision output
• Controller view: LAG links
• Optional lab activity 6.4: Link aggregation
• Lab activity 6.4: Debrief
• OpenFlow channel
• OpenFlow link discovery
• OpenFlow link discovery (continued)
• OpenFlow link discovery (continued)
• OpenFlow link discovery (continued)
• Lab activity 6.5: Link and node discovery using OpenFlow
• Lab activity 6.5: Debrief
• Group action and group table
• Creating multiple abstract distribution Trees
• Forwarding on redundant paths (load-balancing)
• Forwarding on redundant paths (active/standby)
• Abstracting a port
• Summary
• Objectives
• HPE VAN SDN Controller APIs
• Why you need to use the REST API
• RESTful application program interface (API)
• SDN Controller REST API security
• RSdoc discovery
• RSdoc discovery—Datapaths
• RSdoc discovery—Authentication
• Retrieve token via RSdoc
• Retrieve token via RSDoc (continued)
• Paste token and click explore
• REST API call successful
• REST API response
• REST API authentication
• Example: Retrieving token via cURL
• Use cURL to query Controller REST API
• Activity: cURL commands
• Lab activity 7: REST API
• Lab activity 7: Debrief
• Lab 7: Review activity
• Summary
• Learning check
• Learning check answers
Module 8: High-availability • Objectives
• Standalone Controller
• Lab activity 8.1: Test result of a single controller failure
• Lab activity 8.1: Debrief
• Lab 8.1: Review activity
• Controller High-availability
• Team leader
• Controller fault tolerance
• Controller fault tolerance (continued)
• Controller status
• Team creation process
• REST API authentication
• Team configuration
• View team
• Controller team information
• Lab activity 8.2: Create a team of HPE VAN SDN Controllers
• Lab activity 8.2: Debrief
• Lab 8.2: Review activity
• Regions
• REST API authentication
• Region configuration
• View regions
• Comware configuration
• ProVision configuration
• View owners
• Lab Activity 8.3: Integrate HPE switches with a team of HPE Controllers
• Lab Activity 8.3: Debrief
• Lab 8.3 Review activity
• Lab 8.3 Review activity (continued)
• Summary
• Learning check
• Learning check answers