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AWS

Automate RFI Workbook Extraction with Amazon Quick Automate

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Amazon Quick Automate now lets you define a no‑code workflow that reads multi‑tab RFI workbooks from S3, extracts the questions, and writes a normalized CSV back to the bucket. This removes manual parsing, reduces errors, and provides a repeatable, region‑aware pipeline that engineers can promote from development to production.

Amazon Quick Automate now provides a no‑code way to ingest multi‑tab RFI workbooks from Amazon S3, extract hierarchical question data, and write a clean CSV back to the same bucket. Engineers who currently rely on manual spreadsheet parsing can replace a repetitive, error‑prone process with a repeatable workflow that scales across AWS Regions.

Solution Overview

The workflow consists of a linear sequence of actions:

  1. Connect Quick Automate to the S3 bucket that stores incoming RFI workbooks.
  2. Create an automation project and describe the desired processing steps in plain language.
  3. Let the built‑in generative AI generate a workflow that reads each worksheet, maps question metadata, and produces a CSV file.
  4. Iteratively refine the generated steps through conversational prompts.
  5. Validate the output in a development AWS account.
  6. Export the validated definition and import it into a production account or another Region.

This pattern eliminates custom code for the common case of extracting tabular questionnaire data.

Implementation Details

Quick Automate uses an S3 action connector that must be added to an automation group. The connector supplies the bucket name, optional prefix, and object key pattern. Within the project, the practitioner supplies a natural‑language prompt such as “read the RFI workbook, preserve category and response type, and output a CSV”. The AI assistant translates that description into a series of connector calls and transformation steps.

Refinement is performed by asking targeted follow‑up questions (e.g., “include only questions marked mandatory”). Each iteration updates the workflow definition without editing code. Once the workflow produces the expected CSV in a pre‑production bucket, the definition can be exported as a JSON artifact and imported into the production environment, enabling consistent deployments across Regions.

Operational and Security Considerations

Running the automation requires an IAM role that grants Quick Automate permission to read objects from the source bucket and write the CSV to the destination bucket. The role should follow the principle of least privilege, limiting actions to the specific bucket and prefixes used by the workflow.

Because the workflow can be promoted across Regions, practitioners should verify that the target Region supports Quick Automate and that the S3 bucket resides in the same Region to avoid cross‑Region latency or data‑transfer charges.

Cost is incurred for two services: Quick Automate usage (based on the number of actions executed) and S3 storage/requests. Reviewing the pricing pages for both services is recommended before scaling the solution.

Monitoring can be achieved by enabling CloudWatch metrics on the Quick Automate execution and S3 object events. Alerts on failed executions or unexpected output sizes help maintain reliability.

Related CloudNinjas coverage: AWS.

What This Means For Practitioners

  • Adopt the no‑code workflow to replace manual spreadsheet parsing and reduce turnaround time for RFI responses.
  • Define a minimal IAM role that only allows the required S3 read/write actions for the automation.
  • Validate the generated workflow in a sandbox account before promoting it to production.
  • Track execution metrics and set up alerts to catch processing failures early.
  • Periodically review pricing and Region availability to keep operational costs predictable.
Originally published atAWS Machine Learning Blog