What this category of data looks like
Data for this category comes from private vulnerability reports, code repositories, CVE numbering bodies, and official release channels. Each individual vulnerability event acts as a separate update unit. Core documents include security advisories, vulnerability detail reports, fix patch packages, and CVE application materials. Each document is linked to specific fields such as a CVE number, vulnerability severity, impact scope, and fix time. There is no fixed batch update cycle. New data is only generated when new vulnerabilities are disclosed or fix actions are initiated.
Constraints for conversation logs and auditing workflows
Since data is aggregated per individual vulnerability event, conversation logs must bind chatId to associate with the full workflow of the corresponding vulnerability. This prevents cross-event data confusion. Sensitive fields in private vulnerability reports must be desensitized in audit logs. This prevents disclosure of unreleased vulnerability details. The data volume per event fluctuates with vulnerability complexity. The auditing workflow must support filtering conversation records for specific vulnerabilities using the detail field. The CVE number, as the unique official identifier, must be forcibly associated in log retention. This ensures audits can trace back to officially filed vulnerability entries. Delivery records for fix patches must also be synced to audit logs. This matches patch release times with communication nodes.
Configuration Settings
This page is compatible with FastGPT v4.17.0.
| Configuration Item | Recommended Setting | Rationale |
|---|---|---|
| Session binding identifier | Bind vulnerability ID using chatId | Ensure one-to-one binding between conversation logs and audit records for a single vulnerability event, preventing cross-event data mixing |
| Response item association | Enable responseChatItemId binding | Accurately associate questions and replies for each round of vulnerability communication, enabling full decision chain tracing |
| Log detail collection | Enable full field collection for detail | Cover key fields such as vulnerability severity and CVE number, meeting traceability requirements for compliance audits |
| Log retention period | Follow vulnerability lifecycle + 180 days | Match the public disclosure cycle of CVE filings, meeting industry compliance audit retention requirements |
| Sensitive information desensitization | Use empirically calibrated rules | Filter sensitive content such as unreleased impact scopes in private vulnerability reports, aligning with security compliance requirements |
Three Common Misconfigurations
- Omitting vulnerability ID association when configuring
chatIdbinding rules. This causes audit logs to fail to match communication records for the corresponding CVE number, resulting in empty log fields. - Not enabling
detailfield collection. This leaves server logs only showing basic request information, making it impossible to troubleshoot specific causes of no response or knowledge base link download failures. Complete logs are required to locate proxy configuration or model call anomalies. - Not setting sensitive information desensitization rules. This leaves unreleased content from private vulnerability reports stored in audit logs, creating sensitive information disclosure risks.
How to Confirm Proper Configuration
- Manually create a test vulnerability session, bind the specified
chatId, and check if audit logs automatically associate the corresponding vulnerability ID and session records. - Trigger a question and reply for a vulnerability communication, and check if
responseChatItemIdcorrectly binds each round of interaction content. - Review log retention configuration, confirm that the retention period for single-event logs matches the preset requirement, and that sensitive fields have been desensitized.
- Simulate a conversation record deletion operation, and verify that audit logs fully retain the deleted session information to meet compliance audit requirements.
The values provided here are common starting points. They should be evaluated against the reader's own samples.
Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-10-19.