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Cisco SD-WAN Viptela - POLICY | CLOUD | TSHOOT
Rating: 4.0 out of 5(386 ratings)
3,883 students

Cisco SD-WAN Viptela - POLICY | CLOUD | TSHOOT

With Ratnesh K CCIE x3
Created byRatnesh K - CCIE x3 - Your Mentor to Success
Last updated 4/2024
English

What you'll learn

  • Will Come to know how software define Wide Area Network, Redundancy , Routing & Policies Works

Course content

5 sections • 55 lectures • 9h 56m total length

  • Welcome to SD-WAN part 020:34
  • Convert CLI to Device Feature Template Part0116:12


    Section 1:Cisco SDWAN Viptela CLI to Feature Template Configuration with VRRP & TLOC-EXT

    Lecture 1:Convert CLI to Device Feature Template Part01

    Lecture 2:Convert CLI to Device Feature Template Part02

    Lecture 3:Convert CLI to Device Feature Template Part03

    Lecture 4:Attach Device Feature template to Device 04

    Lecture 5:Viptela VRRP Theory

    Lecture 6:Viptela VRRP Configuration

    Lecture 7:Viptela VRRP Verification

    Lecture 8: Viptela TLOC Extension Theory

    Lecture 9: Viptela TLOC Extension Lab


    Section 2:5 Videos taken from Taken from Part1 "ABC of Cisco SDWAN Viptela Part 1"

    Lecture 10: vSmart Policy Overview part 01

    Lecture 11: vSmart Policy Overview part 02 vSmart Policy Architecture Components

    Lecture 12: Building blocks to vSmart policy 03

    Lecture 13: vSmart Policy Execution & Example 04

    Lecture 14: vSmart Policy Processing and Application with Lab 05


    Section 3:Viptela Data Policy .. Continued from "abc of Cisco SDWAN Viptela" course

    Lecture 15:Data Policy 01 Service Chaining

    Lecture 16:Data Policy 02 Nat Exit

    Lecture 17:Data Policy 03 Vpn Membership Policy

    Lecture 18:Viptela App Aware Routing Basic Introduction

    Lecture 19:viptela App Aware Routing BFD to track SLA Class

    Lecture 20:Viptela app aware routing policy configuration 01

    Lecture 21:Viptela app aware routing policy configuration 02

    Lecture 22:Viptela app aware routing policy implementation 01

    Lecture 23:Viptela app aware routing policy implementation 02

    Lecture 24:Viptela app aware routing policy Verification & basic Troubleshoot

    Section 4:High Availability & Scalability

    Lecture 25:Cisco Viptela Robust Network Design

    Lecture 26:Cisco Viptela vManage NMS Redundancy

    Lecture 27:Cisco Viptela vSmart & vEdge Controller Redundancy

    Lecture 28:Cisco Viptela Recovering from a Failure in the Control & Data Plane

    Lecture 29:Cisco Viptela Using Affinity to Scale Network


    Section 5:Cloud-express , TCP Optimization & vAnalytics

    Lecture 30:Cloud-express Part 01

    Lecture 31:Cloud-express Part 02

    Lecture 32:Cloud Integration TCP Optimization

    Lecture 33:Viptela vAnalytics Introduction

    Lecture 34:Viptela vAnalytics Features part 01

    Lecture 35:Viptela vAnalytics Features part 02

    Lecture 36:Zscaler & Security Features Part 01

    Lecture 37:Zscaler & Security Features Part 02


    Section 6:SDWAN Troubleshooting

    Lecture 38:Control Plan Debug vdaemon

    Lecture 39:Data Plan Debug transport events

    Lecture 40:Data Plan Debug OMP

    Lecture 41:Tranport VPN & OMP Failure

    Lecture 42:VPN Limit number of VPNs with Restrict

    Lecture 43:IPSEC VPN Connection

    Lecture 44: Extranet Tshoot

    Lecture 45: BringUp Control Plan , Set vmanage connection preference & Attach CLI Template

    Lecture 46: Install & Route Filter

    Lecture 47: BGP Configuration and Route Preference 01

    Lecture 48: BGP Configuration and Route Preference 02

    Lecture 49: Tloc Preference & Route Filter

    Lecture 50: vManage Dashboard Troubleshooting options

    Lecture 51: vManage Tools & CLI Tools Options

    Lecture 52: ZTP tshoot Part 01

    Lecture 53: ZTP tshoot Part 02

    Lecture 54: VRRP Issues

  • Convert CLI to Device Feature Template Part0213:40
  • Convert CLI to Device Feature Template Part036:50
  • Attach Device Feature template to Device 0413:35
  • Viptela VRRP Theory7:05
  • Viptela VRRP Configuration10:12
  • Viptela VRRP Verification8:37
  • Viptela TLOC Extension Theory11:26
  • Viptela TLOC Extension Lab3:55

Requirements

  • This is for network engineers , my course abc of Cisco SDWAN Viptela required prior to take this course.

Description

What is SD-WAN ?  Software-Defined WAN (SD-WAN) is an overlay architecture that overcomes the biggest drawbacks of traditional  WAN. SD-WAN builds a secure, unified connectivity over any transport (MPLS, Broadband, LTE, VSAT etc.) and provides simplified operations with centralized management, policy control and application visibility  across the enterprise.

Significance of Viptela 

The Most Deployed SD-WAN in Global 1000 Companies . With SD-WAN built on the Viptela Fabric, enterprises can provide secure connectivity everywhere, deploy new services and applications faster, and drastically simplify operational complexity in the WAN.

In this course you will find explanation of Viptela controllers and nice and easy way to learn core components of SDWAN.


SD-WAN is a software-defined approach to managing the WAN.

Key advantages include:

  • Reducing costs with transport independence across MPLS, 4G/5G LTE, and other connection types.

  • Improving application performance and increasing agility.

  • Optimizing user experience and efficiency for software-as-a-service (SaaS) and public-cloud applications.

  • Simplifying operations with automation and cloud-based management.


Why now for SD-WAN?

The traditional WAN

The traditional WAN (wide-area network) function was to connect users at the branch or campus to applications hosted on servers in the data center. Typically, dedicated MPLS circuits were used to help ensure security and reliable connectivity. This doesn't work in a cloud-centric world.

Today's IT challenges

Times have changed. As businesses adopt the use of SaaS and infrastructure-as-a-service (IaaS) applications in multiple clouds, IT is realizing that the user application experience is poor. That is because WANs designed for a different era are not ready for the unprecedented explosion of WAN traffic that cloud adoption brings. That traffic causes management complexity, application-performance unpredictability, and data vulnerability.

Further, opening the enterprise to the Internet and the cloud exposes major threat and compliance issues. It is extremely challenging to protect the critical assets of an enterprise when applications are accessed by a diverse workforce, including employees, partners, contractors, vendors, and guests. Enabling broadband on the WAN makes the security requirements more acute, creating challenges for IT in balancing user experience, security, and complexity.

The new WAN

New business models drive the need for a new network model.

SD-WAN addresses the current IT challenges. This new approach to network connectivity can lower operational costs and improve resource usage for multisite deployments. Network administrators can use bandwidth more efficiently and can help ensure high levels of performance for critical applications without sacrificing security or data privacy.


What are the benefits of SD-WAN?

The traditional WAN architecture was limited to enterprise, branch, and data center. Once an organization adopts cloud-based applications in the form of SaaS and IaaS, its WAN architecture experiences an explosion of traffic accessing applications distributed across the globe.

These changes have multiple implications for IT. Employee productivity may be compromised by SaaS-application performance problems. WAN expenses can rise with inefficient use of dedicated and backup circuits. IT fights a daily, complex battle of connecting multiple types of users with multiple types of devices to multiple cloud environments.

With SD-WAN, IT can deliver routing, threat protection, efficient offloading of expensive circuits, and simplification of WAN network management. Business benefits can include the following:

Better application experience

  • High availability, with predictable service, for all critical enterprise applications

  • Multiple hybrid active-active links for all network scenarios

  • Dynamically routed application traffic with application-aware routing, for efficient delivery and improved user experience

  • Improved OpEx, replacing expensive Multiprotocol Label Switching (MPLS) services with more economical and flexible broadband (including secure VPN connections)

More security

  • Application-aware policies with end-to-end segmentation and real-time access control

  • Integrated threat protection enforced at the right place

  • Secure traffic across broadband Internet and into the cloud

  • Distribute security to the branch and remote endpoints with NGFW, DNS security, and NGAV

Optimized cloud connectivity

  • Seamless extension of the WAN to multiple public clouds

  • Real-time optimized performance for Microsoft Office 365, Salesforce, and other major SaaS applications

  • Optimized workflows for cloud platforms such as Amazon Web Services (AWS) and Microsoft Azure

Simplified management

  • A single, centralized, cloud-delivered management dashboard for configuration and management of WAN, cloud, and security

  • Template-based, zero-touch provisioning for all locations: branch, campus, and cloud

  • Detailed reporting of application and WAN performance for business analytics and bandwidth forcasting

Who this course is for:

  • Engineers want to learn Cisco SDWAN Viptela Redundancy Routing and various Policies.

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