Hands-On Experience: Practical experience with Fortinet products in complex environments is highly recommended.
Study Resources: Fortinet NSE training materials, official documentation, and the FCX Immersion workshop can provide a deeper understanding of the exam topics.
Practice Exams: Engaging in NSE8_812 practice exams and simulations will help candidates familiarize themselves with the types of questions they may encounter.
Understand Fortinet NSE8_812 Exam Overview
The NSE8_812 NSE 8 – Network Security Expert 8 Written exam validates your comprehensive knowledge of network security design, configuration, and troubleshooting for complex networks.
Availability: The exam is available worldwide through Pearson VUE Test Centers and online via OnVUE.
Number of Questions: 60
Time Allowed: 120 minutes (2 hours)
Question Types: The exam contains questions about design scenarios with exhibits, configuration extracts, and troubleshooting scenarios that assess the candidate’s knowledge and experience in security networking and Fortinet solutions.
Scoring Method: Answers must be 100% correct to receive credit. There is no partial credit or deduction for incorrect answers.
Exam Results: Candidates receive a pass or fail result and an indication of their performance for each exam section.
Retake Policy: Candidates must wait at least 15 days between exam retakes. You cannot retake an exam version you have already passed.
Master Fortinet NSE8_812 Exam Topics
The NSE8_812 NSE 8 – Network Security Expert 8 Written Exam focuses on evaluating your expertise in network security design, configuration, and troubleshooting using Fortinet solutions. The NSE8_812 exam covers a range of topics that assess your ability to design and manage complex network environments securely.
1. Network Security Design
2. Firewall Configuration and Management
3. VPN Configuration and Troubleshooting
4. Advanced Threat Protection
5. Fortinet Security Fabric Integration
6. Wireless and Switching Solutions
7. Logging and Monitoring
8. High-Performance Tuning and Optimization
9. Network Troubleshooting and Diagnostics