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This hub helps you choose between the Versa SD-WAN Fundamentals Course and the Versa SD-WAN Zero to Hero Course based on your starting point, lab goals and deployment responsibilities. You will see where Versa changes WAN operations, how Director, Controller and Analytics fit together, and which course is better for architecture, staging, routing, policy and multi-tenant operation.
All 2 Versa SD-WAN courses, about 18 hours of video training, are included in one OrhanErgun.net membership. You can review the membership options at /pricing without buying separate courses one by one.
Versa SD-WAN replaces a WAN design where routing, security and application treatment are configured mostly per device with a centrally managed overlay built from templates, policies and site onboarding. The branch device still forwards packets, runs routing protocols and builds tunnels, but the operational unit becomes the site, tenant, application and SLA policy rather than a standalone router CLI configuration.
Versa is positioned as Secure SD-WAN because routing, segmentation, Direct Internet Access and Next-Generation Firewall functions can run on the same Versa edge platform. That matters when branches need SaaS access, Internet breakout and security controls without backhauling every flow to a data center.
Versa uses an underlay for basic IP reachability and an overlay for application-aware WAN forwarding. The underlay can include MPLS and Internet circuits, while the overlay uses control-plane information, routing instances and policy to decide which path should carry each class of traffic.
The courses show the practical sequence: prepare the management and control network, bring up vDirector, vAnalytics and vController, stage branch devices, connect transport-side PE-CE routing with OSPF or BGP, run LAN-side routing, then examine how LAN prefixes are redistributed into the overlay. This is the point where many deployments get stuck: the SD-WAN fabric may be up, but route leaking, redistribution, VRRP, DIA and policy behavior determine whether applications actually work.
A Versa deployment separates orchestration, control, analytics and branch forwarding. vDirector provides centralized configuration and lifecycle management, vController participates in overlay control-plane functions, vAnalytics collects visibility and reporting data, and the branch edge applies routing, security and forwarding policy close to the users.
Compared with traditional WAN, Versa adds template-driven site onboarding, application steering, SLA monitoring, tenant separation and integrated security policy. The benefit is not just fewer CLI sessions; it is a different operating model where you define reusable designs and then stage branches against those designs.
| Area | Traditional WAN approach | Versa Secure SD-WAN approach |
|---|---|---|
| Branch deployment | Device-by-device configuration, often with manual routing and tunnel work | Site templates, branch staging and centralized onboarding through vDirector |
| Transport usage | MPLS often carries critical traffic; Internet is frequently secondary or separate | MPLS and Internet can both be active transport paths with SLA-aware steering |
| Routing integration | OSPF, BGP and static routing are configured directly on each WAN edge | LAN and transport routing still matter, but they interact with the overlay and route redistribution |
| Application treatment | Traffic engineering is usually based on prefixes, QoS classes or static path preference | Application steering, forwarding profiles, path policies and SLA monitoring influence forwarding |
| Internet breakout | Often centralized through a data center firewall or separate branch firewall | DIA and selective DIA can be configured at the SD-WAN edge with security policy |
| Security model | Routing and firewalling are often separate platforms or separate operational teams | Secure SD-WAN combines WAN functions with Next-Generation Firewall capabilities on the edge |
| Operations | Troubleshooting starts from interface state, routing tables and device configs | Troubleshooting includes underlay reachability, overlay control plane, templates, policies, routing tables and analytics |
vDirector is the primary system you use for configuration, templates, device staging and GUI-based operations. vController is part of the headend and overlay control function, while vAnalytics adds monitoring and visibility for the SD-WAN environment.
The Zero to Hero course spends more time on headend configuration, adding the Analytics cluster, adding a Controller and building templates. The Fundamentals course also builds control nodes from scratch and examines the control plane, including MP-BGP behavior and the routing instances used to build overlay segments and the control network.
Versa Secure SD-WAN is not only path selection. In these courses you configure DIA, selective DIA, SLA-based application steering, application steering templates, forwarding profiles, forwarding error correction, QoS and Next-Generation Firewall policy.
That combination is useful, but it also means design mistakes are more visible. A poor route redistribution design can break reachability, an overly broad DIA policy can bypass expected inspection, and a template mistake can be replicated across many branches.
If you want a shorter architecture-to-lab path, start with Versa SD-WAN Fundamentals Course. It focuses on theory, design, control-node preparation, branch onboarding, routing integration, control-plane examination, DIA, SLA steering and firewall configuration in a virtual lab.
If you want the deeper operator path, start with Versa SD-WAN Zero to Hero Course. It adds a longer SD-WAN overview, migration from traditional WAN, headend configuration, templates, double-edged branches, multitenancy, topologies, selective DIA, policies, QoS and shaping.
The supplied Versa courses support Versa SD-WAN skill development and certification-oriented study, but the catalogue does not name a specific Versa exam code. Treat the path as practical preparation first: learn the architecture, build the headend and branches, integrate OSPF and BGP, then validate policy, DIA, QoS and security behavior in the lab.
Choose the path by depth. Both courses use Versa SD-WAN, but they differ in pace, lab breadth and operational emphasis.
Versa foundation and deployment
Start here if you want the fastest route from Versa SD-WAN theory to a working virtual deployment. You cover vDirector, vAnalytics, vController, branch staging, OSPF and BGP integration, LAN-to-overlay redistribution, DIA, SLA-based application steering and Next-Generation Firewall configuration.
Start with this courseVersa zero-to-hero operator path
Choose this path if you want more time on migration, headend setup, templates, double-edged branches, multitenancy, topologies, selective DIA, forwarding profiles, SLA monitoring, path policies, QoS and shaping. It is the broader course for engineers who expect to operate or support Versa after deployment.
Start with this courseUse the course list below to compare the two Versa SD-WAN courses by duration, instructor, lesson structure and lab focus.
Best for engineers who know routing and want a focused Versa architecture-to-lab path covering headend setup, branch staging, OSPF, BGP, overlay redistribution, DIA, SLA steering and firewalling.
Best for engineers who want the broader Versa operator path, including SD-WAN migration, templates, double-edged branches, multitenancy, selective DIA, path policies, QoS and shaping.
You do not need to choose a single isolated course. Use one membership to move from Versa fundamentals into deeper deployment, policy and operations practice.
The overlap is intentional: both courses teach Versa SD-WAN deployment. The right starting point depends on whether you need a focused architecture-to-lab build or a longer operator-level walkthrough.
If you are new to Versa but already understand routing
→ Versa SD-WAN Fundamentals Course
Start with Fundamentals because it explains Versa theory and design before building the control nodes, staging branches and integrating OSPF and BGP. It gives you the core architecture without forcing you through every advanced policy area first.
If you need the most detailed Versa SD-WAN lab path
→ Versa SD-WAN Zero to Hero Course
Choose Zero to Hero because it has the broader curriculum: SD-WAN overview, traditional WAN migration, headend configuration, templates, double-edged branches, multitenancy, topologies, DIA, policies and QoS.
If your immediate task is a proof of concept
→ Versa SD-WAN Fundamentals Course
Fundamentals is the better first pass for a lab or POC because it walks through control-device preparation, GUI and CLI access, branch onboarding, transport routing and application steering in a compact sequence.
If you are responsible for ongoing operations
→ Versa SD-WAN Zero to Hero Course
Zero to Hero is stronger for operations because it includes routing table examination, template-level attribute changes, multitenancy, path policies, forwarding error correction, SLA monitoring, QoS and shaping.
If your migration risk is routing integration
→ Versa SD-WAN Fundamentals Course
Fundamentals focuses heavily on the points that break migrations: PE-CE dynamic routing on the transport side, LAN-side OSPF, overlay interaction and two-way redistribution between LAN OSPF and the overlay.
If your design includes multiple tenants or customer separation
→ Versa SD-WAN Zero to Hero Course
Zero to Hero is the right choice because it includes multitenancy and optional disjoint underlay connections on the Controller for different tenants. That material is important for service-provider or managed-service designs.
These are the instructors named in the supplied Versa SD-WAN course catalogue.
Navid Yahyapour teaches the Versa SD-WAN Fundamentals Course, with emphasis on Versa architecture, control-node deployment, branch staging, routing integration, control-plane examination, DIA, SLA steering and firewall configuration.
View courseMohammad Imani teaches the Versa SD-WAN Zero to Hero Course, with emphasis on SD-WAN migration, headend configuration, templates, multitenancy, topologies, routing services, DIA, policies, QoS and shaping.
View courseVerified learner reviews for the supplied Versa SD-WAN courses are inserted here by the platform.
“So far so good!! Very informative. This is my first experience with Versa, but already have some with Cisco Viptela, so the analogies with Cisco, makes ease to grab the concepts.”
“Very good intro so far. I haven't installed yet but it is easy to understand and straightforward.”
“So far Awesome experience with videos. It would have been wonderful if it could add Lab worksheet and solution for practice.”
“Fantastic and a good overview on Versa SDWAN”
“Wonderful and excellent demonstration given for the Versa. I love it. Many Thank you Sir. We love you.”
“Fantastic course covering the technology with labs. Straight to the point no bluff!”
If you already understand OSPF, BGP and basic WAN design, start with Versa SD-WAN Fundamentals Course. It gives you the core Versa architecture, control components, branch staging and routing integration in a shorter path.
If you want a longer walkthrough with more policy, multitenancy and QoS coverage, start with Versa SD-WAN Zero to Hero Course.
The Fundamentals course is the focused architecture and deployment course. It covers theory and design, control-node preparation, GUI and CLI walkthrough, branch onboarding, OSPF and BGP integration, control-plane examination, DIA, SLA-based steering and Next-Generation Firewall configuration.
The Zero to Hero course is broader and longer. It adds migration from traditional WAN, headend configuration, templates, double-edged branches, multitenancy, topologies, selective DIA, policies, forwarding error correction, QoS and shaping.
Yes. Both courses cover Versa SD-WAN deployment, headend concepts, branch onboarding and routing services, because those are unavoidable parts of learning Versa.
The trade-off is depth versus speed. Fundamentals is better when you want a compact architecture-to-lab sequence; Zero to Hero is better when you want a wider operations path with multitenancy, policy and QoS topics.
Yes. The catalogue lists labs for control-node preparation, vDirector and vAnalytics work, adding a Controller, staging branch devices, configuring OSPF and BGP, VRRP, DHCP, DIA, application steering, firewall policy, QoS and shaping.
The Fundamentals course also states that the lab topology is designed to simulate real-world challenges and that the instructor explains the technology while configuring the lab.
The catalogue does not list formal requirements, but you will learn faster if you already know IP routing, OSPF, BGP, VRRP, MPLS transport concepts and basic firewall policy behavior. Versa SD-WAN still depends on underlay reachability and clean LAN or transport routing.
If those areas are weak, expect to pause during the routing lessons and review the OSPF, BGP and redistribution behavior before continuing.
The supplied course data describes Versa SD-WAN and certification-oriented training, but it does not name a specific Versa exam code. For that reason, this hub does not map the courses to a particular exam blueprint.
Use the courses as practical preparation for Versa SD-WAN skills: architecture, headend deployment, branch staging, routing integration, DIA, SLA steering, policy, QoS and security configuration.
Versa SD-WAN Zero to Hero Course is the better choice for multitenancy. Its curriculum includes configuring multitenancy and optional lessons on disjoint underlay connections on the Controller for different tenants.
That makes it the stronger option for managed-service, service-provider or multi-customer environments.
Both courses include routing, but Versa SD-WAN Fundamentals Course is especially direct for migration risk around routing. It covers transport-side PE-CE dynamic routing with OSPF and BGP, LAN-side OSPF and redistribution between LAN OSPF and the overlay network.
Zero to Hero also covers OSPF, BGP, routing table examination and template-level routing attribute changes, so it is useful if you want routing plus broader operations coverage.
The two supplied courses total about 18 hours of video. Plan extra time to rebuild the labs, verify routing tables, test DIA behavior and repeat policy changes until you can predict the result before clicking through the GUI.
If you only watch the videos, you will recognize the workflow; if you rebuild the labs, you will be able to troubleshoot the deployment.
One membership includes all 2 Versa SD-WAN courses in this hub: the Fundamentals course and the Zero to Hero course. You can start with one course and then move to the other without buying separate topic access.
You can review the membership details at /pricing. The page does not require you to choose a single Versa course up front.
If you want a practical Versa path, start with Fundamentals for architecture and core deployment, then use Zero to Hero for deeper operations, multitenancy, policy and QoS. Both courses are included in the same membership.
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