Fortinet NSE 6 - FortiSOAR 7.6 Analyst (NSE6_FSR_AN-7.6) Exam Questions
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The Fortinet NSE 6 - FortiSOAR 7.6 Analyst NSE6_FSR_AN-7.6 exam is designed for professionals who want to improve their skills in NSE 6. This NSE 6 certification checks your understanding of the main concepts. It also tests your ability to use in real work situations.
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Fortinet NSE6_FSR_AN-7.6 Exam Domains & Weightage
Fortinet NSE6_FSR_AN-7.6 Exam Details (Official)
| Vendor | Fortinet |
| Exam Code | NSE6_FSR_AN-7.6 |
| Exam Name | Fortinet NSE 6 - FortiSOAR 7.6 Analyst |
| Certification | NSE 6 |
| Expected Questions in Actual Exam | 45 |
| Exam Duration | 70 Minutes |
Fortinet NSE 6 - FortiSOAR 7.6 Analyst Exam Objectives
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1
1.0 FortiSOAR architecture and data models (20-30%)
- 1.1Identify FortiSOAR deployment models
- 1.2Introduction to automation and orchestration
- 1.3FortiSOAR system architecture
- 1.4Interface navigation
- 1.5Content Hub
- 1.6SOAR and SIEM comparison
- 1.7Automation and orchestration comparison
- 1.8Different deployment models
- 1.9Analyze how modules, records, fields, and relationships define the FortiSOAR data model
- 1.10SME, agents, tenant nodes
- 1.11Agent connectivity
- 1.12Solution pack content
- 1.13Use cases: picklist, module, and visual correlation
- 1.14Implement access control
- 1.15Access control
- 1.16Users, roles, and teams
- 1.17Team hierarchy
- 1.18Record ownership and assignment comparison
- 1.19FortiSOAR menu navigation
- 1.20Use case: access control implementation
- 1.21Configure templates, dashboards, and widgets
- 1.22Use cases: FortiSOAR navigation, template configuration, dashboard configuration, and widgets
- 1.23Use cases: View templates, and dashboard
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2
2.0 Playbook Development (25-35%)
- 2.1Implement playbook logic
- 2.2Playbook basics
- 2.3Playbook steps
- 2.4Playbook logic design
- 2.5Data Ingestion
- 2.6Preprocessing rules
- 2.7Where conditions are used
- 2.8If/elif/else logic, step conditions,and operators
- 2.9Use cases: loops, for-each loops, loop variables, and step utility actions
- 2.10Manipulate data using Jinja filters
- 2.11Jinja introduction
- 2.12JSON introduction
- 2.13Dynamic variables
- 2.14Dynamic values and functions
- 2.15Basic Jinja filters
- 2.16Use cases: Jinja filters
- 2.17Analyze basic JSON Query and YAQL statements
- 2.18JSON queries
- 2.19YAQL queries
- 2.20JSON query and YAQL comparison
- 2.21Use cases
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3
3.0 Incident Handling (5-15%)
- 3.1Manage FortiSOAR incident phases
- 3.2FortiSOAR incidents
- 3.3MITRE ATT&CK Framework
- 3.4Create queues and shifts for workload management
- 3.5Incident handling workflow
- 3.6Queue and shift assignment
- 3.7Use war rooms for incident handling
- 3.8War rooms management
- 3.9Use cases
- 3.10Correlate records across modules
- 3.11Link-related records
- 3.12Visual correlation
- 3.13Tactics and techniques
- 3.14MITRE records
- 3.15Incident phases mapping
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4
4.0 APIs and Connectors (15-25%)
- 4.1Configure FortiSOAR connectors
- 4.2REST API requests and responses
- 4.3FortiSOAR API
- 4.4FortiManager API
- 4.5Custom connectors
- 4.6Interact with FortiSOAR using the API or custom triggers
- 4.7HTTP methods to CRUD
- 4.8FortiSOAR REST API use
- 4.9Compare REST API and JSON-RPC API
- 4.10JSON-RPC basics
- 4.11REST and JSON-RPC comparison
- 4.12Connector build steps
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5
5.0 Troubleshooting (15-25%)
- 5.1Identify common playbook and connector issues
- 5.2Playbook logging level
- 5.3Executed playbook logs
- 5.4Step input/output
- 5.5Evaluated arguments
- 5.6Use the Jinja editor to troubleshoot Jinja expressions
- 5.7Jinja expressions
- 5.8Use cases
- 5.9Debug and troubleshoot playbooks using executed playbook logs
- 5.10Key log files
- 5.11Service status
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