
Discover how FortiGate sd-wan builds a single virtual interface from multiple links, enables link load balancing and link quality monitoring to optimize business-critical applications.
Explore how Fortinet sd-wan uses a divine interface with multiple member interfaces to dynamically select the best WAN, balance traffic, and ensure security and reliability for business-critical apps.
Explore routing fundamentals, session table dynamics, and voting module logic for forwarding decisions in FortiGate SDWAN, including longest neck mask and equal-cost multipath routing.
FortiGate sdwan routing changes explain how sessions adapt during updates, with the voting table learning new routes and interface persistence keeping existing sessions on the current path.
This lecture covers FortiGate sd-wan session tables, showing how each ip connection is tracked by protocol, addresses, and ports, and how policy changes reevaluate sessions via dirty and block flags.
Learn to configure FortiGate SD-WAN performance SLAs, health checks, and link monitoring with beacons, set latency, jitter, and packet loss targets, and manage failover across multiple SD-WAN members.
Configure FortiGate SD-WAN rules to route traffic by link quality and select the egress interface for high availability, using the application control database for steering and load balancing.
Route traffic with sd-wan policy routes, using the first matching rule to select the outbound interface. Balance load and identify applications using as dv, as dbi, and signature-based methods.
Learn to run sd-wan diagnostics to monitor band members, validate link quality, and troubleshoot with diagnostic and debug commands, using the sd band usage monitor and traffic views.
Configure and optimize traffic shaping on FortiGate sd-wan to prioritize bandwidth, enforce limits, and guarantee quality of service across interfaces and policies.
Integrate FortiGate sd-wan using 40 manager for centralized device management, policy packages, and revision control; configure VPN manager and zero-touch provisioning for scalable, automated deployment.
Explore advanced ipsec in FortiGate SD-WAN, including ap sec fundamentals, phase one and two negotiations, aggressive mode, xauth, and automated vpn provisioning for hub-spoke and remote networks.
Explore auto discovery VPN concepts, hub-and-spoke and mesh topologies, and on-demand tunnels in EDI VPN, including BGP routing and dynamic shortcuts for optimized branch connectivity.
In this course, you will learn and explore common SD-WAN deployment scenarios using and configuring Fortinet Secure SD-WAN solutions. In this course, we will present different situations, from a single Enterprise site to multiple datacenter environments, that will help you to improve and troubleshoot most of the concepts related to SDWAN's deployments.
Objectives :- After completing this course, you should be able to:
Describe capabilities of the Fortinet Secure SD-WAN solution
Configure basic SD-WAN features l Configure advanced SD-WAN features
Differentiate the basic static routing from the advanced dynamic routing capabilities of Fortinet Secure SDWAN Solution
Configure SD-WAN with advanced VPN features
Integrate FortiOS SD-WAN solutions with FortiManager for central management