Launch Offer — 70% OFF
Versa Networks
SD-WAN Engineer
30+
Hours of Live Sessions
What You'll Learn
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Design and deploy Versa SD-WAN overlay and underlay architecture
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Configure Versa Director, Analytics, FlexVNF, and Concerto
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Implement multi-path routing with ECMP, BGP, and OSPF
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Build VRF-based segmentation and Hub-and-Spoke topologies
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Configure application-aware traffic steering and SaaS breakout
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Integrate NGFW, IPS, URL filtering, and SSL inspection in VOS
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Understand SASE/SSE: ZTNA, SWG, CASB, DLP, and FWaaS
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Perform ZTP branch deployments and HA configuration
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Monitor, troubleshoot, and optimise SD-WAN performance
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Use Versa Analytics for telemetry and SLA visibility
Course Syllabus
6 weekends • ~30 hours of live sessions • Additional lab hours • Beginner to Advanced
▶ What is SD-WAN — evolution from MPLS to software-defined WAN
▶ WAN challenges: cost, agility, cloud access, and SLA
▶ Centralised vs distributed control plane architecture
▶ SD-WAN components: CPE, Orchestrator, and Controller
▶ Overlay vs Underlay transport — broadband, MPLS, LTE
▶ Versa Networks overview and product portfolio
▶ Use cases: branch office, campus, cloud, and SASE
🛠 Lab: SD-WAN topology design exercise
▶ Versa Director — centralised management and orchestration
▶ Versa Analytics — telemetry, dashboards, and reporting
▶ Versa FlexVNF — CPE and virtual network function chaining
▶ Versa Operating System (VOS) — service chaining architecture
▶ Concerto — next-gen cloud management platform
▶ RBAC — role-based access control and multi-tenancy
▶ Templates and device group management
▶ IPSec tunnel establishment and key management
🛠 Lab: Versa Director setup and device onboarding
▶ Underlay connectivity — broadband, MPLS, and LTE
▶ Overlay tunnel design — IPSec and GRE encapsulation
▶ ECMP (Equal Cost Multi-Path) routing and load balancing
▶ BGP and OSPF integration with SD-WAN overlay
▶ VRF (Virtual Routing and Forwarding) segmentation
▶ Hub-and-Spoke topology design and configuration
▶ CGNAT (Carrier Grade NAT) for branch internet access
▶ Route redistribution between WAN and LAN segments
🛠 Lab: Multi-path routing with ECMP and BGP
▶ DPI (Deep Packet Inspection) for application identification
▶ SLA profiles — latency, jitter, and packet loss thresholds
▶ QoS marking and traffic shaping policies
▶ FEC (Forward Error Correction) for degraded link quality
▶ Application-aware routing — path selection by app and SLA
▶ SaaS traffic steering — Office 365, Salesforce, and AWS
▶ Policy-based routing rules and sequence logic
🛠 Lab: Configure SaaS breakout for Office 365
▶ NGFW in VOS — stateful firewall with application control
▶ URL filtering and web security policies
▶ IPS/IDS — intrusion prevention and detection
▶ SSL/TLS inspection for encrypted traffic visibility
▶ SASE/SSE architecture overview and design principles
▶ ZTNA (Zero Trust Network Access) with Versa
▶ SWG (Secure Web Gateway) cloud access control
▶ CASB and DLP — cloud app control and data protection
▶ FWaaS and RBI (Remote Browser Isolation)
🛠 Lab: Configure NGFW policy with IPS in VOS
▶ Versa Director dashboard — health monitoring and alerts
▶ Versa Analytics — telemetry deep dive and SLA reporting
▶ ZTP (Zero Touch Provisioning) — automated branch rollout
▶ HA (High Availability) design for branch and hub CPEs
▶ Common SD-WAN failure scenarios and root cause analysis
▶ Troubleshooting methodology — CLI and GUI tools
🛠 Lab: ZTP branch deployment simulation end-to-end
Prerequisites
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Solid understanding of networking — routing, switching, IP addressing, and subnetting
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Familiarity with WAN technologies: MPLS, broadband, VPN, and tunnelling concepts
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Basic exposure to firewalls and security policies is helpful but not required
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No prior Versa Networks or SD-WAN vendor experience required
Frequently Asked Questions
Students access a shared Versa lab environment including Versa Director, FlexVNF instances, and simulated branch CPEs. Lab access is available throughout the course duration and for 2 weeks after course completion.
Yes. Every live session is recorded and available in your student dashboard within 24 hours. Access is lifetime — you can revisit any module anytime.
All sessions are recorded. You can catch up at your own pace through the student portal. You can also submit questions via the support system for anything you need clarified.
We accept UPI, credit/debit cards, netbanking, and EMI options via Razorpay. All payments are secured and processed online through the student enrollment portal.
Full refund is available within 7 days of enrollment, provided no sessions have been accessed. Please refer to our Refund Policy for full details.
