What the data for this category looks like
Aerospace equipment operational revenue and market trend data is sourced from mission settlement systems of ground measurement and control stations, traffic statistics interfaces of on-orbit payloads, and mission scheduling ledgers in the national defense and military industry sector. Two update schedules apply: real-time revenue data for individual missions is generated within 1 hour after the mission ends, and daily aggregated market trend and revenue reports are archived before 2 AM the following day. The data uses structured JSON format, including fields such as equipment unique identifier, mission cycle, single mission revenue value, cumulative revenue proportion, and supporting payload operating duration. Field units are as follows: equipment number is a string, mission cycle is hours, revenue value is ten thousand yuan, and operating duration is minutes.
Constraints imposed by these characteristics during deployment and upgrade
The operational data of aerospace equipment is sourced from exclusive encrypted measurement and control interfaces. During deployment, exclusive authentication keys and interface whitelists must be configured; otherwise, valid data cannot be obtained. The mixed update schedule (real-time task data synchronized at 10-second intervals, daily reports triggered in the early morning) requires deployment of multiple scheduled tasks adapted to different synchronization cycles. Structured JSON format documents require adjustment of vector parsing field mapping rules to ensure accurate extraction of core fields such as equipment unique identifier and revenue value. Interface compatibility testing must be completed in advance before upgrading, to avoid interrupting the real-time data synchronization link and affecting the timeliness of daily report broadcasting. In addition, the large single-batch data volume characteristic requires configuration of reasonable batch synchronization parameters to avoid vector database write timeouts.
How to Set Configurations
| Configuration Item | Recommended Setting | Rationale |
|---|---|---|
API_AUTH_KEY | Match the exclusive key assigned by the measurement and control station | Aerospace data has confidentiality requirements, and must match external interface authentication parameters |
SYNC_INTERVAL_SECONDS | 10 seconds | Adapt to the update schedule of real-time task data, ensuring data delay meets business requirements |
DAILY_SYNC_CRON | 0 2 * | Daily reports are archived before 2 AM the following day, so synchronization must be triggered after archiving |
VECTOR_FIELD_MAPPING | Equipment number -> metadata.id, Revenue value -> content, Operating duration -> metadata.duration | Match the field structure of structured JSON documents, ensuring accurate extraction of core business fields |
PARSE_JSON_STRICT | Enabled | Aerospace data uses a strictly structured format; enabling strict parsing filters invalid dirty data |
MAX_BATCH_SIZE | 500 entries | Balance synchronization efficiency and vector database write load, avoiding single request timeouts |
The parameter values provided on this page are all common recommended starting points for configuration. Actual values are affected by material form, data volume and business rules. Specific issues require specific analysis, and testing on applicable samples is recommended before finalizing settings.
Three Common Misconfigurations
- Symptom: A 401 Unauthorized error is returned when calling the external data interface, and aerospace equipment data cannot be obtained. Cause: The
API_AUTH_KEYparameter matching the measurement and control station is not configured, or character errors exist in the key configuration. - Symptom: AI conversation variables cannot obtain aerospace revenue data output by code running, and output fields are empty. Cause: The
VECTOR_FIELD_MAPPINGparameter is not correctly configured, causing vector-retrieved fields to not map to the value path of conversation variables. - Symptom: The
fastgpt-sandboximage cannot be pulled during Docker deployment, and a pull failure prompt indicates the image does not exist. Cause: The correct official image repository address is not configured, or the image is not synchronized to the private deployment environment in advance.
How to Verify Correct Configuration
- Execute a manual data synchronization task, review synchronization logs in the console, confirm valid aerospace equipment data is obtained, and verify authentication and synchronization parameter configurations are correct.
- Access the corresponding collection of the vector database, check for vector data classified by equipment number, and confirm field mapping configuration takes effect.
- Trigger a pre-defined daily synchronization task, review scheduled task execution logs, confirm the task completes normally at the preset time point, and verify
DAILY_SYNC_CRONconfiguration is correct. - Initiate a simulated AI conversation request, confirm conversation variables correctly return revenue-related data of aerospace equipment, and verify field mapping and variable configuration of the workflow are correct.
Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-09-14.