What this category of data looks like
Data for aerospace equipment due diligence is sourced from public national defense and aerospace industry standards, official model development reports, ground test bulletins, supplier qualification filing documents, and finalization and acceptance archives. Data update frequency fluctuates with model project initiation, finalization, and mass production milestones. There is no fixed update cycle. New data releases typically include version number updates. Individual documents often contain structured parameter tables, unstructured test records, and associated supply chain ledgers. Core fields include thrust (unit: kilonewtons), flight envelope range (unit: kilometers), service life (unit: years), component batch numbers, test condition parameters, and some classified documents include a classification marking field.
What constraints do these characteristics impose on the citation sources and traceability workflow
The semi-public nature of aerospace equipment data requires that the traceability process clearly mark the source's classification and version to avoid compliance risks. High-density professional terminology and long document structures require retaining sufficient context during citation to ensure parameter accuracy and avoid out-of-context quotes. Multi-dimensional associated data such as test records and supply chain ledgers requires linking multiple documents for the same model. Recalling only a single entry cannot cover the multi-dimensional information required for due diligence. Non-fixed update cycles require a flexible trigger-based synchronization mechanism, rather than relying on fixed-period pulling. Fields include dedicated units. Traceability must retain full unit information to avoid parameter interpretation errors.
How to configure the settings
| Configuration Item | Recommended Setting | Rationale |
|---|---|---|
UPLOAD_FILE_MAX_SIZE | 200 MB | Core documents such as aerospace equipment development reports and test bulletins typically have large file sizes. This setting covers upload requirements for most single documents |
PARSE_FILE_TIMEOUT_SECONDS | 600 seconds | Long document parsing requires processing large volumes of professional terminology and associated data. 600 seconds prevents parsing failures due to timeout |
Segment Length | 1500–2000 characters | Preserves contextual integrity of aerospace professional terminology, and avoids losing parameter association logic after splitting |
Recall Count | Top 8 | Covers multi-dimensional data required for aerospace due diligence, including model parameters, test records, and supply chain information |
Similarity Threshold | 0.75 | Filters irrelevant documents from the same product series, and ensures recall results are strongly associated with the target due diligence object |
Citation Source Display Fields | file name, document version, classification marking, {{id}} | Meets core compliance traceability requirements for aerospace documents. {{id}} is used to link the unique identifier of each recalled entry, enabling subsequent cross-verification |
The parameter values provided on this page are common starting points for configuration. Actual values are affected by material format, data volume and business rules. Specific issues require targeted analysis. It is recommended to test against your own samples before finalizing settings.
Three common mistakes
- A
parse_failedstatus appears for some files after uploading multiple small files. This occurs because no reasonable threshold is configured forUPLOAD_FILE_BATCH_SIZE. Concurrent requests during batch uploads become overloaded, causing partial file parsing interruptions. - Duplicate model parameter entries appear in citation results. This occurs because the
DOCUMENT_DUPLICATE_REMOVEswitch is not enabled. Multiple redundant documents for the same model are recalled repeatedly, increasing redundancy in due diligence reports. - The temperature parameter setting box does not appear after switching to variable reference mode. This occurs because the
ADVANCED_VAR_REF_TEMPconfiguration switch is not enabled. Advanced parameter settings are hidden by default, making direct adjustment of generation temperature unavailable.
How to verify successful configuration
- Upload a single aerospace equipment document under 200 MB, and confirm the interface returns a
parse_successstatus with no timeout or parsing failure prompts. - Submit a due diligence query for a specific aerospace model, and review the source annotations of citation results. Confirm that the results include file name, document version, classification marking, and the unique {{id}} identifier.
- Enter the conversation component configuration page, switch to variable reference mode, and confirm that an editable input box for the temperature parameter appears.
- Upload two duplicate documents for the same model. Wait for synchronization to complete, then check that the number of documents for that model in the knowledge base is one. Confirm that automatic deduplication is active.
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.