NSE 7 SD-WAN Voucher

Fortinet FCSS in Network Security - Secure SD-WAN (NSE 7)

Overview

The Fortinet NSE 7 SD-WAN examination evaluates a candidate's applied knowledge and advanced skills in designing, configuring, operating, and troubleshooting complex Fortinet Secure SD-WAN enterprise architectures. As enterprises accelerate cloud adoption and transition from legacy MPLS infrastructures to flexible, high-performance wide area networks, the need for integrated security and intelligent routing is paramount. This credential represents an advanced tier within the Fortinet Certified Solution Specialist (FCSS) track, demonstrating to industry peers and prospective employers that you possess mastery in utilizing FortiGate, FortiManager, and FortiAnalyzer to build resilient, self-healing, and secure software-defined networks.

Benefits

• Industry Validation: Earn a prestigious credential confirming elite expertise in deploying enterprise-grade Secure SD-WAN solutions.
• Career Advancement: Position yourself for senior networking and cybersecurity roles such as Senior Network Security Engineer, Solutions Architect, or SD-WAN Specialist.
• Comprehensive Capability: Demonstrate command over critical enterprise capabilities, including application-aware routing, automated failover, dynamic IPsec VPN overlays, and centralized orchestration.
• Partner Program Compliance: Help your organization meet technical certification requirements within the Fortinet Engage Partner Program.
• Operational Efficiency: Reduce network downtime and optimize branch-to-cloud performance across multi-cloud and distributed corporate topologies.

Who should take this exam

• Network Security Engineers responsible for enterprise perimeter security, WAN edge modernization, and branch connectivity.
• Network Architects and Systems Designers engineering multi-site WAN infrastructures, hybrid cloud interconnects, and zero-trust edge environments.
• Technical Support Specialists and TAC Engineers tasked with resolving complex dynamic routing, IPsec VPN, and application performance issues.
• Security Consultants and Integrators deploying advanced Fortinet solutions for managed service providers (MSPs) and enterprise clients.
• IT Professionals progressing along the Fortinet certification framework toward the FCSS or FCX (Fortinet Certified Expert) credentials.

Prerequisites

While there are no mandatory prerequisites required prior to scheduling the exam, candidates should possess substantial hands-on experience with Fortinet products. It is strongly advised that candidates have completed the FortiGate Security, FortiGate Infrastructure, and FortiGate SD-WAN courses. Prior attainment of the Fortinet Certified Professional (FCP) in Network Security or equivalent real-world experience (typically 2 to 3 years) with advanced routing protocols (BGP, OSPF), IPsec overlay technologies, ADVPN, and network analytics tools will significantly enhance your likelihood of passing.

Learning outcomes

• Architect Scalable Overlays: Configure robust Auto-Discovery VPN (ADVPN) topologies and multi-hub dynamic IPsec tunnels.
• Implement Intelligent Traffic Steering: Define sophisticated SD-WAN rules, performance SLAs, and quality of service (QoS) metrics to optimize business-critical application traffic.
• Integrate Dynamic Routing Protocols: Master multi-path BGP routing configurations, route tagging, communities, and health-check-assisted route injection.
• Deploy Centralized Orchestration: Provision and manage large-scale SD-WAN deployments seamlessly using FortiManager templates and CLI scripts.
• Diagnose Network Anomalies: Leverage advanced CLI debugging tools, packet sniffers, and telemetry data from FortiAnalyzer to rapidly isolate performance bottlenecks and connectivity faults.
• Secure Branch Workloads: Seamlessly unify Next-Generation Firewall (NGFW) security profiles with dynamic path selection.

Career opportunities

• Lead SD-WAN Architect: Design global WAN modernization roadmaps and branch transformation initiatives for enterprise organizations.
• Senior Network Security Engineer: Oversee the implementation, maintenance, and defense of distributed enterprise networks.
• Enterprise Network Consultant: Advise clients on migration strategies from traditional MPLS to cost-effective, high-performing Secure SD-WAN topologies.
• Principal Systems Engineer: Serve as a technical subject matter expert for telecommunications providers and Fortinet channel partners.

Exam syllabus

SD-WAN Configuration and Architecture (30%)

• Configure and manage SD-WAN zones, member interfaces, and performance SLAs across diverse physical and logical links.
• Implement Performance SLA (Health Checks) utilizing active and passive probes across ping, HTTP, and DNS protocols.
• Configure advanced SD-WAN rules for manual, best-quality, lowest-cost (SLA), and maximize-bandwidth (SLA) strategies.
• Manage traffic shaping, application control integration, and Quality of Service (QoS) enforcement on SD-WAN interfaces.

Overlay and Routing (30%)

• Design and configure dynamic multi-path IPsec tunnels and overlay networks.
• Deploy and troubleshoot Auto-Discovery VPN (ADVPN) with dual-hub and multi-region mesh configurations.
• Configure advanced Border Gateway Protocol (BGP) peering, route reflectors, AS path prepending, and dynamic routing updates tied to SD-WAN states.
• Implement route redistribution and handle asymmetric routing challenges in complex enterprise WAN designs.

Centralized Management and Analytics (20%)

• Deploy and manage FortiManager SD-WAN overlay templates, meta-fields, and dynamic provisioning scripts.
• Monitor network telemetry, link degradation, and live traffic utilization via FortiManager and FortiAnalyzer.
• Configure automated notifications, event handling, and real-time dashboard monitoring for link transitions and SLA violations.

Troubleshooting and Diagnostics (20%)

• Utilize CLI debug commands including `diagnose sys sdwan`, `diagnose vpn ike log-filter`, and `diagnose ip router bgp` to isolate link and routing failures.
• Analyze packet captures and sniffer output to identify packet loss, latency, and jitter on overlay tunnels.
• Troubleshoot ADVPN shortcut tunnel creation, dynamic spoke-to-spoke route injection, and failover behavior under degraded network conditions.