Overview:
FortiAI-powered and automation-driven Network Operations
FortiAIOps simplifies LAN and WAN network management and leverages artificial intelligence with machine learning for enhanced network operations.
FortiAIOps delivers a simple and easy means to manage a Fortinet networking stack (FortiAP, FortiSwitch, FortiGate, and FortiExtender). Network monitoring functionality gives visibility and in-depth understanding at your fingertips. From Layer 1 diagnostic information to Layer 7 application visibility, FortiAIOps covers Wi-Fi, Ethernet, SD-WAN, and 5G/LTE Gateway. Built-in troubleshooting tools enable active testing of network components to find faults and verify functionality.
The built-in Artificial Intelligence engine uses machine learning to catch issues, solve problems, and prevent network degradation. Artificial Intelligence can systematically consume the extensive amount of data being produced throughout the Security Fabric, correlate it, and analyze the results with Machine Learning so that you don't have to.
FortiAIOps is available as a virtual machine. In all deployment scenarios it works natively with Fortinet NOC and SOC tools to unify and simplify the way you manage the Fortinet Security Fabric.
Highlights
Extensive Visibility
Monitoring and reporting of WLAN, LAN, SD-WAN, and 5G/LTE Gateway
AI-Powered Insights
Correlate events and data from across the deployment to quickly identify issues
Robust Troubleshooting Tools
Built-in tools to validate your deployment at any network level
Data Sovereignty
Sensitive data and AI processing stays within your private data center
Reduced Trouble Tickets
Identify and correct issues before they start impacting users
Lower TCO
Reduce the Mean Time to Resolution
AI Insights with Machine Learning
The AI Engine combs through all your data and pulls out key items that need attention, giving you drill down focus on problems and easy solutions to complex issues. Machine Learning can determine what’s normal for your network and your traffic, then keep that performance across time.
FortiAI
FortiAI is Fortinet’s embedded artificial intelligence framework, integrated across the Security Fabric to defend against emerging threats, automate operations, and secure AI adoption. It spans three categories—FortiAI-Protect, FortiAI-Assist, and FortiAI-SecureAI.
Within this framework, FortiAI-Assist brings generative AI and advanced reasoning to simplify network operations. FortiAIOps leverages these Assist capabilities through a conversational, GenAI-powered interface for troubleshooting. Admins can ask natural-language questions—such as identifying roaming issues, diagnosing throughput problems, or checking SSID and network health—and instantly receive context-rich answers with likely causes and recommended remedies. By embedding FortiAI-Assist, FortiAIOps accelerates troubleshooting, reduces noise, and improves overall operational efficiency.
FortiAIOps leverages the same logs that FortiAnalyzer is already collecting, meaning there is no additional overhead on your network to add Artificial Intelligence to the Security Fabric. This activity is another benefit of a combined platform approach to Security-Driven Networking.
Monitoring
Monitor Desired Service Levels
Use trending information and configured SLAs determine the good or bad health of your network.
AI-Driven ARRP
AI-Driven ARRP automates and optimizes the management and distribution of wireless channels across all Access Points (APs) monitored by FortiAIOps. The AI engine makes precise channel decisions by leveraging historical telemetry and deep insights gathered by FortiAIOps.
Forecasting
AI/ML driven forecasting predicts SD-WAN performance—latency, jitter, and packet loss—based on learned baselines, identifying deviations before users are impacted. Built-in insights highlight trending issues and upcoming performance risks. For WLAN, RF level forecasting anticipates radio issues and optimizes channels through AI ARRP, enabling proactive and seamless network optimization.
Dynamic Baselining
FortiAIOps analyzes recent telemetry to establish adaptive SLA thresholds for SD-WAN and LAN metrics, dynamically updating baselines for latency, jitter, packet loss, and wired and wireless performance to identify meaningful deviations from normal behavior.
Health Score
A Health Score is derived for each individual device based on all SLAs that have been triggered to ensure an accurate representation of overall system health. The Health Score is then classified as Good, Fair, or Bad to allow for an instant visual representation of the state of a particular device.
Application Monitoring
Get insights into what people are doing on your network with the FortiAIOps DPI Application Monitoring feature. All detected or blocked applications will be listed with trend views available.
SD-WAN
Key functions include AI-driven predictive modeling and deviation analysis to model and baseline normal network behavior across defined SLAs. Through dynamic baseline modeling, FortiAIOps enables accurate performance forecasting and proactive anomaly detection, helping identify meaningful deviations early and maintain consistent, high-quality network performance.
Troubleshooting
Wireless Assurance
Validate the network from the RF side by using an AP as a client to attach to the network and verify all networking services are behaving as expected.
FortiAIOps streamlines troubleshooting with intelligent issue triage, recommended remediation, and automated packet capture analysis. Built-in testing and service assurance tools validate SLA performance across wired and wireless networks, with deep visibility down to the port and RF level.
Triage of Issues
With the tools available within, you can quickly get remediation suggestions for detected network issues. But if you want to dive in further, FortiAIOps will take you directly to the information you’re interested in and let you dive as deep as you want into logged information about the device.
Recommended Remediation
FortiAIOps offer recommendations to resolve issues across the LAN and SD-WAN network. This service includes configuration changes and actions such as Cable Test which can verify the performance of your wiring infrastructure.
Automated Packet Capture Analysis
FortiAIOps can obtain packet capture data from remote devices and perform AI assisted analysis, providing insight into the health of the network and aiding in network optimization.
Spectrum Analyzer
Detect, classify, and manage wireless interference. Spectrum Manager gathers interference data from a network of dedicated sensors. It can also gather data from the APs which can dedicate one of its radios to act as a sensor.
Specifications:
|
FortiAIOps 100G |
FortiAIOps 500G |
| FortiGates |
0 / 30 |
0 / 1,000 |
| FortiSwitch |
0 / 90 |
0 / 3,000 |
| FortiExtender |
0 / 30 |
0 / 1,000 |
| FortiAP |
0 / 180 |
0 / 6,000 |
| Stations |
0 / 3,000 |
0 / 25,000 |
| FortiAIOps Monitoring Subscription |
FCX-10-AOIHR-673-01-DD |
| FortiAIOps Monitoring and AI Insights Subscription Bundle |
FCX-10-AOIHR-1087-01-DD |
| FortiAIOps SD-WAN Subscription |
FCX-10-AOIHR-675-01-DD |
| Form Factor (supports EIA/non-EIA standards) |
1 RU Rackmount |
2 RU Rackmount |
| Total Interfaces |
4x 2.5GE RJ45 |
4x 1GE RJ45 + 2x 10GE SFP+ |
| Console |
RJ45 console |
DB9 serial console |
| USB Ports |
2x USB 3.0 ports |
2x USB 3.0 ports |
| Storage Capacity (Max) |
1x 3.84TB M.2 SDD |
4x 2.5 in. hot-swappable 2TB SDD | 8x 3.5 in. hot-swappable 4TB SAS HDD |
| Storage Capacity (Shipped) |
1x 3.84TB M.2 SDD |
2x 2.5 in. hot-swappable 2TB SDD | 4x 3.5 in. hot-swappable 4TB SAS HDD |
| Usable Storage |
3.84TB |
Hot/SSD = ~3.84 / 7.68 TB
Warm/HDD = ~16 / 32 TB |
| Removable Hard Drives |
— |
|
| RAID Levels Supported |
— |
RAID 0/1/5/10 |
| RAID Type |
— |
Hardware / Hot Swappable |
| Default RAID Level |
— |
Hot/SSD : RAID 1 | Warm/HDD : RAID 5 |
| Redundant Hot Swap Power Supplies |
— |
|
| Trusted Platform Module (TPM) |
|
|
| Height x Width x Length (inches) |
1.73 x 17.24 x 16.54 |
3.46 x 17.32 x 29.33 |
| Height x Width x Length (mm) |
44 x 438 x 420 |
88 x 440 x 745 |
| Weight |
12.1 lbs (5.47 kg) |
50.2 lbs (22.8 kg) |
| AC Power Supply |
100-240Vac, 50-60Hz, 6A max |
100-240Vac, 50-60Hz, 7A max |
| Power Consumption (Average / Max) |
98.5 W / 123 W |
580 W / 705 W |
| Heat Dissipation |
419.8 BTU/h (Max.) |
2404 BTU/h (Max.) |
| Operating Temperature |
32°F to 104°F
(0°C to 40°C) |
32°F to 104°F
(0°C to 40°C) |
| Storage Temperature |
-40°F to 158°F
(-40°C to 70°C) |
-4°F to 167°F
(-20°C to 75°C) |
| Humidity |
5% to 95% relative humidity, non-operating, non-condensing |
5% to 95% relative humidity, non-operating, non-condensing |
| Forced Airflow |
Front to Back |
Front to Back |
| Operating Altitude |
Up to 10,000 ft (3048 m) |
Up to 10,000 ft (3048 m) |
| Safety Certifications |
FCC, ICES, CE, UKCA, RCM, VCCI, BSMI, UL, C-mark, CB |
FCC, ISED, CE, RCM, VCCI, BSMI, UL/cUL, CB |
* Please refer to Ordering Guide for full details on performance.
** FortiAIOps appliances do not have any license included. FortiAIOps subscriptions need to be purchased separately.
Documentation:
Download the Fortinet FortiAIOps Datasheet (PDF).
