What to Evaluate
What good automation looks like in practice
Automated workflows should handle repetitive work. They should not create new problems.
Integration needs matter. Exception handling matters. Audit trails matter.
Good accounting automation software does several things:
- Captures invoices from email automatically
- Extracts data using OCR (Optical Character Recognition) or AI document readers
- Validates against purchase orders
- Routes approvals automatically based on rules
- Reconciles bank statements without manual work
- Runs month-end checklists on schedule
- Flags exceptions clearly for review
- Connects cleanly with QuickBooks, Xero, Sage, or your ERP
Industry research shows automation can reduce manual work by 50-80%. But real results vary. The challenge? Figuring out which solutions actually deliver. And which ones create more work. See evaluation criteria →
The principles that guide effective data science work apply directly to accounting automation. Both disciplines share the same foundations:
- Data science turns raw data into actionable insights. Accounting automation transforms manual processes into reliable, repeatable workflows.
- Machine learning models predict outcomes. Month-end close automation uses pattern recognition and decision rules to automate financial processes.
- Both require clean data inputs, clear validation rules, and exception handling that maintains accuracy while reducing manual effort.
- The difference is scope: data science focuses on strategic insights and forecasting. Accounting automation focuses on operational reliability and control. But the underlying discipline — understanding data quality, managing complexity, and building systems that scale — remains the same.
This is why accounting automation sits within a broader data strategy. At sufficient scale, invoice and transaction volumes create classic big data conditions that require deliberate management, not isolated process improvements.
Assessment Before Recommendation
Before recommending any automation solution, the assessment phase identifies where data science opportunities exist — and where risks lie.
This includes evaluating data quality, understanding integration complexity, assessing exception handling requirements, and identifying patterns that could benefit from advanced analytics or machine learning approaches.
Only after these factors — and the risks involved — are clearly understood should any automation solution be recommended. The goal is sustainable automation that delivers value, not technology for its own sake.