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  • Advanced threat detection
    The network detection solution uses advanced analytics, machine learning, behavioral analysis, and deception technology to detect unusual and malicious activities within network traffic. This helps identify threats that have bypassed traditional security solutions like firewalls and antivirus.
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  • Visibility across the network
    The network detection solution offers comprehensive visibility into internal and external network traffic, including encrypted traffic. This helps identify hidden threats and maintain security across diverse environments.
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  • Streamlined response through integration
    The network detection solution integrates with the Fortinet Security Fabric and third-party tools, such as, security information and event management (SIEM), endpoint detection and response (EDR), and security orchestration, automation, and response (SOAR) solutions, to streamline response efforts.
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network detection benefit advanced threat detecting
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Use cases

Address network detection challenges

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AGENTLESS DETECTION

Agentless IT/OT/IoT threat detection

Deception technology provides visibility into potential activity in IT/OT/IoT infrastructure with an extensive list of IT and OT/IoT decoy devices and AI-based analysis of north-south and east-west traffic. At the same time, NDR performs deep-packet inspection and behavioral analysis to find evidence of attacker activity.

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ATTACK DECEPTION

Disrupt attacker activity and minimize risk

Agentless network metadata analysis ensures full visiblity across the attack surface to detect lateral movement, command and control, and data exfiltration activities. Deployed decoys are automatically updated and maintained to mimic real devices on your network, simplifying administration.

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THREAT RESPONSE

Enable faster response with accelerated investigations

Real-time AI/ML analysis, collaborative investigatory tools, and 365-day metadata retention reduce the time to find attacker behavior on the network. With robust integrations, security teams can easily pivot from threat hunting to response.

Fortinet Solution

The complete network detection solution

The Fortinet unified network detection solution improves threat detection through better visibility across the network, reducing false positives, and providing valuable contextual awareness of attacks in progress.


 

 

 

 

Network detection FAQ

What are key features to look for in a network detection solution?

  • Visibility: Complete visibility into all network data sources and flows including monitoring all connection points on-premises and in the cloud
  • Analyst experience: Alerts displayed in an intuitive user interface to simplify the process of investigating and tracking all security events
  • Encrypted traffic inspection: Analysis of encrypted traffic without need for interception
  • Historical data retention: Lightweight storage of historical network data for later inspection for up to one year to aid the SOC team in identifying the source of a cyberattack or policy violation

How does FortiNDR differ from traditional network security tools like IDS or IPS?

IPS is a network security tool (which can be a hardware device or software) that continuously monitors a network for malicious activity and takes action to prevent it, including reporting, blocking, or dropping it, when it does occur. Unlike IPS, NDR systems do not rely on signature-based intrusion detection and prevention. Instead, they use advanced analytical protocols (AI and machine learning algorithms) to inspect network communications in real time to look for suspicious or anomalous behavior and report that activity to SOC team members.

What types of network threats can FortiNDR detect that firewalls or SIEMs might miss?

NDR is used by SOC teams to monitor network traffic for trace evidence of attacker activity. By analyzing network traffic metadata, NDR can detect signs of advanced attacker tactics like lateral movement, command and control, privilege escalation, and data exfiltration.

How does FortiNDR use AI, machine learning, or neural networks to identify network anomalies?

The solutions learn what normal network behavior looks like for your organization and then applies ML and advanced analytics to detect signs of sophisticated attacks. Because NDR technology constantly evolves based on your enterprise’s network activity, threats are detected faster and more accurately.

What is the difference between NDR and EDR?

Network Detection and Response (NDR) continuously monitors network traffic to help detect and respond to threats. Endpoint Detection and Response (EDR) helps detect and respond to attacker activity on user devices such as desktops, laptops, tablets, and phones.

Is NDR a replacement for SIEM?

No, NDR is a complementary solution to SIEM as SIEM focuses on log analysis. NDR, however, correlates detected threats with network activity, addressing potential logging gaps. NDR provides essential network data to add context to threats identified by SIEM.

Can NDR integrate with existing security tools such as SIEM, EDR, or SOAR platforms?

Absolutely, NDR provides broad security visibility by monitoring for every device on the network passively, without impacting performance or availability. NDR integrates with and complements EDR, SIEM, and SOAR to provide the enterprise with a comprehensive security approach.

What are the deployment options for Fortinet NDR, on-premises, cloud, or hybrid?

Fortinet NDR has two flexible deployment options. FortiNDR On-prem can be deployed as an air-gapped solution where all appliances and analysis occur on-prem. FortiNDR Cloud is a SaaS-based service where a mix of on-prem or virtual sensors are deployed across the network but the data is analyzed in the cloud, where it is then accessed by the customer.

How does NDR improve incident response and reduce dwell time?

NDR provides contextual data and tools that security teams and security analysts can use to accelerate ongoing threat investigations and proactive investigations or unknown or undetected threats (known as threat hunting). These tools also integrate with the existing security stack so detections can be correlated across EDR, SIEM, and SOAR tools for a more comprehensive response.

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