HTTP Interfaces and External Systems for Specialized Chain Intelligent Due Diligence Reports

Intelligent due diligence data for specialized chains comes from multiple sources: self-reported operational ledgers from enterprises, documents

What the data for this category looks like

Intelligent due diligence data for specialized chains comes from multiple sources: self-reported operational ledgers from enterprises, documents exported from supply chain management systems, publicly registered industrial and commercial filing information, and third-party compliance records. Update rhythms vary across sources:

  • Store operational data updates daily
  • Supply chain data syncs in real time with orders
  • Industrial and commercial filing information updates quarterly
  • Compliance records adjust dynamically with regulatory notifications

The documentation is split into five modules: basic qualifications, store network, operational data, supply chain system, and membership system. It includes structured fields and supporting attachments. Fields cover store count, average daily customer traffic per store, supply chain compliance status, member repurchase frequency, and more. Corresponding units are stores, person trips per day, compliance items per cycle, and times per month.

What constraints these characteristics impose on HTTP interfaces and external systems

Multiple heterogeneous data sources require support for multiple authentication methods. Different data sources have distinct interface authentication rules, so corresponding parameters must be configured separately. Different update rhythms require setting differentiated synchronization cycles for each data source. This prevents excessive requests or data lag. The mixed structure of structured fields and attachments requires HTTP interfaces to support combined form submission and file upload request formats. The need to pull data for multiple stores in batches requires interfaces to support batch query parameters by store ID. It also requires limiting the volume of data per request to avoid interface overload.

How to set configurations

Use the following reference values and rationales:

Configuration ItemRecommended Value RangeRationale
API_AUTH_TYPEConfigured separately per data source as api_key or oauth2Different data sources have different authentication requirements. Self-operated ledger interfaces use api_key, industrial and commercial filing interfaces use oauth2
SYNC_DATA_INTERVAL12–24 hours (store operational data), 5–15 minutes (real-time supply chain data)Matches the update rhythm of each data source, avoids excessive requests or data lag
UPLOAD_FILE_MAX_SIZE500 MBAdapts to common sizes of supporting attachments such as store operation monitoring videos and supply chain contracts
BATCH_QUERY_LIMITFirst 20 entriesLimits the number of batched store data queries to avoid interface overload
REQUEST_TIMEOUT300 secondsCovers total time required for multi-source data aggregation and multi-store data pulling
RETRY_TIMES2–3 timesAddresses interface call failures caused by temporary network fluctuations

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 case-by-case analysis. It is recommended to test on your own samples before finalizing settings.

Three common configuration mistakes

  • External data interface calls return 504 Gateway Timeout, with response duration exceeding expectations. The cause is failure to adjust the REQUEST_TIMEOUT parameter for multi-store data aggregation queries in specialized chains. The default timeout duration is insufficient to cover pulling and processing time for full store data.
  • Knowledge base synchronization interface calls return 401 Unauthorized, with identity verification failing. The cause is failure to configure independent authentication parameters for the knowledge base synchronization interface. Reusing the API key from front-end interaction scenarios leads to mismatched permission scopes.
  • Google Search API configuration binding fails, returning 403 Forbidden error. The cause is failure to bind the correct billing account associated key in the GOOGLE_SEARCH_API_KEY configuration item, resulting in unactivated call permissions.

How to confirm proper configuration

  • Send an HTTP query request for single store data. Verify that returned fields include expected content such as store ID, customer traffic data and supply chain indicators, with no missing fields.
  • Trigger a knowledge base synchronization task. Check that the sync_status field returned by the interface is success, and the number of documents in the knowledge base collection matches the source data.
  • Configure a test Webhook address, send a test request. Confirm that the target platform receives the notification message in the correct format.
  • Simulate a batch query request. Monitor whether the interface response duration falls within the preset REQUEST_TIMEOUT range.

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.