Fortinet Enhances Security Capabilities with FortiAI and GenAI
Fortinet, a leading cybersecurity provider, has announced the integration of FortiAI across its Security Fabric platform, including new agentic AI capabilities. This move aims to empower customers to reduce the workload on their security and network analysts while improving the efficiency, speed, and accuracy of their security and networking operations.
New Capabilities
The enhanced Security Fabric platform now includes several new capabilities designed to improve security and networking operations. These include:
- Prioritization of security notifications based on risk, context, and historical patterns, suppression of duplicate alerts, and flagging of high-confidence threats.
- Adaptive threat hunting, which scans logs, network traffic, and user behavior to search for threats without waiting for human input.
- Root-cause tracing, which uses AI-driven reasoning to identify an attack’s origin, method, and impact.
- Improved proactive defense by correlating attack patterns and attributing adversary tactics.
- Automation of network configuration and security policy updates, validation and correction of existing configurations.
FortiAI-Protect: Advanced Threat Detection for Enterprise AI Applications
In addition to the enhanced Security Fabric platform, Fortinet has also embedded a new capability within the platform designed to provide visibility, control, and advanced threat detection capabilities for enterprise AI applications. FortiAI-Protect can detect AI application usage for over 6,500 AI URLs, including genAI applications.
FortiAI-Protect is designed to help security teams determine the intended use cases of AI applications, the training models they utilize, and where the data is being routed. This capability aims to provide security professionals with a better understanding of AI application usage within their organization and enable them to take proactive measures to secure these applications.
Benefits
The integration of FortiAI across the Fortinet Security Fabric platform offers several benefits to customers, including:
- Improved efficiency and speed of security operations
- Enhanced accuracy of threat detection and response
- Reduced workload on security and network analysts
- Improved visibility and control over AI application usage
- Proactive defense against emerging threats
Conclusion
The integration of FortiAI across the Fortinet Security Fabric platform represents a significant enhancement to the company’s security capabilities. The new agentic AI capabilities and FortiAI-Protect feature offer customers improved efficiency, speed, and accuracy of security operations, as well as enhanced visibility and control over AI application usage. As the use of AI applications continues to grow within enterprises, Fortinet’s Security Fabric platform is well-positioned to provide the advanced threat detection and response capabilities needed to secure these applications.
FAQs
Q: What is FortiAI?
A: FortiAI is a new agentic AI capability integrated across the Fortinet Security Fabric platform.
Q: What are the benefits of FortiAI?
A: FortiAI offers improved efficiency and speed of security operations, enhanced accuracy of threat detection and response, reduced workload on security and network analysts, and improved visibility and control over AI application usage.
Q: What is FortiAI-Protect?
A: FortiAI-Protect is a new capability within the Fortinet Security Fabric platform designed to provide visibility, control, and advanced threat detection capabilities for enterprise AI applications.
Q: How does FortiAI-Protect work?
A: FortiAI-Protect detects AI application usage for over 6,500 AI URLs, including genAI applications, and provides security teams with visibility into intended use cases, training models, and data routing.
Q: Why is FortiAI-Protect important?
A: FortiAI-Protect is important because it provides security professionals with a better understanding of AI application usage within their organization and enables them to take proactive measures to secure these applications.
