The standard builds a four-layer detection technology architecture: data collection layer (traffic/terminal/asset/vulnerability), security event detection layer, knowledge base management layer and effective attack analysis layer. The network target range environment needs to achieve the real-time processing capability of ≥100,000 security events per second.
| Functional Modules | Basic Requirements | Advanced Requirements | Detection Accuracy |
|---|---|---|---|
| Data Collection | Support SNMP/Syslog | Custom Filtering Rules | ≥99.5% |
| Security Event Detection | 4 Types of Basic Attack Identification | APT/DDoS Detection | ≥98% |
| Knowledge Base Matching | CVE Vulnerability Library Integration | Spatial-temporal Feature Modeling | ≤50ms response |
Asset data must include 18 metadata items such as hardware model and OS version, and vulnerability data must be compatible with the OWASP Top 10 classification standard. Traffic collection must record topology information such as VLAN and MAC, as shown in the standardized event format defined in Table 1.
For APT attacks, the following needs to be implemented:
- Time series analysis: use a sliding time window algorithm (window size ≥ 5 minutes)
- Spatial correlation: attack path deduction based on asset vulnerability graph
Compared with YD/T 1800-2008, this standard has made the following breakthroughs:
1. Define the effective attack behavior detection system for the first time
2. Introduce a dynamic update mechanism for the knowledge base
3. Add new attack detection indicators such as DDoS/APT

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Update:
Fri, 05 Jun 2026 06:02:12 +0000