product
- Line up
- File Security: Malware File Storage Scanning
- Integrated management solution: Central Management
- Email Security: Cloud Edition
- Endpoint Security: Endpoint
- File threat countermeasures on cloud services "FireEye Detection On Demand"
- Cloud governance enhancement "Cloudvisory"
- Network Security: Network Security
- Forensics: Malware File Scanning/Network Forensics
- Email Security: Server Edition

FireEye
FireEye
Targeted cyber attack countermeasures "FireEye Network Security"
Network Security uses a unique virtual execution engine (MVX) that does not rely on signature matching and intelligence-driven detection technology to deal with unknown and advanced attacks. By implementing Network Security, you can achieve faster detection, more accurate alerts, and noise reduction than ever before. By detecting threats that cannot be dealt with by conventional security solutions, customers can focus on responding to alerts about critical threats while reducing the operational management burden associated with frequent false positives.
- Web traffic (HTTP) entrance countermeasures
- Exit measures for all communications (regardless of port number)
- Deployment options
Web traffic (HTTP) entrance countermeasures
FireEyeNetwork Security analyzes traffic using its unique flow analysis technology, so it can accurately detect advanced malware that is difficult to detect by inspecting individual files, such as malware that uses drive-by downloads.
By linking with alliance partner products, it also supports inspection of SSL (encrypted) communication.
Exit measures for all communications (regardless of port number)
The primary purpose of Network Security is to prevent information leaks by detecting and blocking infected terminals from communicating with C&C servers. Network Security can detect and block infection based on new C&C server information found in MVX in the appliance and signatures from FireEye's cloud DTI.
Deployment options
Inline (L2 transparent, Fail-Open compatible)
Monitoring (SPAN/TAP/Mirror)