Tender Document and Quotation Preparation for Complete Vehicle Final Assembly: Workflow Orchestration

The data for this category primarily comes from ERP/MES systems, VIN and vehicle configuration systems, supplier batch management systems, tightening

What the data for this category looks like

The data for this category primarily comes from ERP/MES systems, VIN and vehicle configuration systems, supplier batch management systems, tightening tool terminals, EOL inspection lines, and quality traceability systems. Data is generated in real time per vehicle and archived in shifts. Daily documents include production orders, VIN lists, assembly work instructions, tightening torque data, offline inspection reports, rework records, and consistency and release documents. Core fields include the 17-digit standard VIN code, tightening torque (unit: newton meters), supplier batch numbers, and inspection item qualification status. The data volume per vehicle fluctuates with configuration complexity.

What constraints do these characteristics impose on workflow orchestration

The data characteristics of this category impose multiple constraints on workflow orchestration. First, dynamic data generated in real time per vehicle requires workflows to support variables dynamic injection, and fixed parameter templates cannot be used. Second, multi-source heterogeneous data from different terminal systems must be pulled and verified in business order to avoid resource conflicts caused by parallel calls. Third, fluctuations in data volume caused by differences in vehicle configuration complexity require that workflow node processing durations can be calibrated based on actual measurements, to avoid abnormal interruptions caused by fixed timeout thresholds. Finally, branch logic must be triggered by VIN to match part lists and quotation items corresponding to hundreds of vehicle configurations.

How to configure the workflow

The following configurations are based on FastGPT v4.17.0.

Configuration ItemRecommended ApproachRationale
Workflow trigger methodTrigger by VIN codeAligns with the category's VIN-centric business logic, ensuring each call corresponds to exclusive data for a single vehicle
variables configurationDynamically inject VIN, torque thresholds, supplier batchesSupports real-time calls of exclusive data per vehicle, adapting to the business rhythm of updates per vehicle
Node timeout settingsCalibrated based on actual measurements, range 120–300 secondsAdapts to fluctuations in per-vehicle data volume, avoiding abnormal interruptions caused by fixed timeouts
Branch logic triggerMatch nodes by configuration typeCovers branch processing for hundreds of vehicle configurations, meeting the part list matching requirements for tender quotations
External interface call limitsCall up to 5 associated data entries per requestControls interface request load, adapting to concurrent call constraints of multi-source systems
nodeId configurationBind unique identifiers for each data pull nodeEnsures correct workflow node call order, avoiding conflicts when pulling multi-source data

Three common configuration errors

  • Symptom: Timeouts or no return results occur when the workflow calls external interfaces. Cause: Multi-source data is not pulled in business order, and parallel calls exhaust system resources, triggering node timeouts.
  • Symptom: The workflow runs normally but the generated quotation items do not match the actual configuration. Cause: variables are not correctly configured to inject exclusive parameters for a single vehicle, making it impossible to match the configuration data of the corresponding vehicle.
  • Symptom: The workflow branch logic fails to trigger the corresponding configuration node. Cause: The trigger identifier uses fixed parameters instead of VIN code, making it impossible to adapt to dynamic configuration requirements for mixed-line production.

How to verify a correct configuration

  • Manually enter the VIN code of a single vehicle, trigger the workflow, and check if the part list and quotation items for the corresponding configuration are pulled.
  • Simulate calls to the workflow for multiple vehicles with different configurations, verify that the branch logic triggers correctly.
  • View the workflow running logs, confirm that variables parameters are correctly injected, with no null values or incorrect fields.
  • Adjust the data volume of a single vehicle, verify that the node timeout settings are adapted, with no abnormal interruptions.

The values provided here are common starting points and should be evaluated against the reader's own samples.