Palo Alto SD-WAN Engineer study guide
Palo Alto SD-WAN Engineer · Work through your exam, one topic at a time.
The Palo Alto SD-WAN Engineer credential is a specialist certification offered by Palo Alto Networks. It is designed for network and security engineers who deploy, configure, and operate Palo Alto Networks SD-WAN solutions, typically within Prisma SASE architectures. The exam validates practical knowledge across four domains: SD-WAN deployment and configuration; routing and policy; security and Prisma SASE integration; and monitoring, troubleshooting, and operations. Each domain carries equal weight, so candidates should expect balanced coverage rather than a narrow focus on one area. The Palo Alto SD-WAN Engineer study guide has 4 sections and about 1,462 words.
01SD-WAN Deployment and Configuration
This domain tests how you bring a Prisma SD-WAN branch online: claiming ION hardware, defining sites, configuring WAN/LAN interfaces and circuits, establishing the secure fabric, and applying site-level policy. The exam favors operational order and scope: what is configured globally, at a site, or on a single device.
349 words, about 2 min02SD-WAN Routing and Policy
This domain examines how Prisma SD-WAN learns routes, builds the overlay, and chooses a path per application. Expect questions on static versus dynamic routing, BGP/OSPF peering, network policy topology, application policy match order, path-quality profiles, business priority, QoS, and local internet breakout.
369 words, about 2 min03SD-WAN Security and Prisma SASE Integration
This domain tests branch segmentation and cloud-delivered security: ION zone-based policy, NAT, and the integration of Prisma SD-WAN with Prisma SASE/Prisma Access for SWG, FWaaS, CASB, DLP, and ZTNA. Know which control belongs on the ION and which belongs in Prisma Access.
374 words, about 2 min04SD-WAN Monitoring, Troubleshooting, and Operations
This domain tests day-two operations: reading Prisma SD-WAN Command Center dashboards, using flow and path-quality data, interpreting alarms, capturing packets, and running change/upgrade workflows. The goal is to isolate whether a fault is underlay, overlay, policy, or application.
370 words, about 2 min