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DocuAudit

Freight invoice intelligence platform for audit teams

Validated Prototype
B2BEnterpriseFintech

The Problem

Working in freight audit and payment, I observed a recurring operational challenge: Business Process Outsourcing (BPO) teams were manually processing thousands of freight invoices daily. The process was slow, error-prone, and expensive.

The consequences were tangible:

  • Errors led to reprocessing costs that strained operational budgets
  • Client relationships suffered when mistakes delayed payments or created disputes
  • Scalability was blocked as manual processing couldn't keep pace with volume growth
  • SLA pressure mounted as audit teams struggled to meet turnaround commitments

More critically, manual processing couldn't keep pace with the volume and complexity of modern freight operations. The organization needed a solution that could scale without proportionally scaling headcount.

Users

A

Alex

BPO Invoice Processor

Pain Points

  • Repetitive manual data entry across hundreds of invoices daily
  • Time pressure creates accuracy trade-offs
  • Different carrier formats require constant context-switching

Goal

Process invoices faster with fewer mistakes

I know I'm going to miss something when I'm rushing through 200 invoices before lunch.

S

Sarah

Audit Manager

Pain Points

  • Quality control requires manual spot-checking
  • Compliance requirements demand audit trails
  • Team oversight is reactive, not proactive

Goal

Ensure accuracy and auditability of all processed invoices

When a carrier disputes our findings, I need to explain exactly how we reached that conclusion.

M

Michael

Finance/Compliance Lead

Pain Points

  • Regulatory requirements are becoming stricter
  • Data security concerns with external solutions
  • Audit findings need to be defensible

Goal

Maintain compliance while improving efficiency

We can't send client invoice data through some external AI API. That's a non-starter.

Approach

The obvious solution might have been to deploy AI-powered document extraction. After careful analysis, I chose a rule-based approach instead. This wasn't a rejection of AI, but a deliberate decision based on four key factors:

1. Auditability

Finance teams need to explain every decision. When a carrier disputes an audit finding, the answer can't be "the AI decided." Rule-based logic provides a clear audit trail. Every extraction decision can be traced back to specific rules, making it defensible in disputes and compliant with internal controls.

2. Reliability

AI models can be inconsistent. The same invoice might get different results on different days. For financial operations, consistency isn't a nice-to-have. It's a requirement. Rule-based systems produce identical results for identical inputs, every time.

3. Data Security and Compliance

Freight invoices contain sensitive commercial data. Carrier rates, shipper information, and payment details can't flow through external AI APIs. Keeping processing on-premises with deterministic rules eliminates a significant compliance risk and keeps sensitive data within controlled environments.

4. Speed and Cost

Rule-based extraction is computationally lightweight. It processes documents in milliseconds, not seconds. At scale, this translates to significant infrastructure savings and faster turnaround times for audit teams.

Security & Compliance

Enterprise freight audit operates under strict compliance requirements. The architecture decisions were guided by:

  • SOC 2 alignment: All data processing stays within controlled environments with proper access controls and audit logging
  • ISO 27001 considerations: Data classification and handling procedures built into the extraction workflow
  • No external data exposure: Rule-based approach eliminates the need to send sensitive invoice data to third-party AI APIs
  • Complete audit trails: Every extraction decision is logged with the specific rule that triggered it

This enterprise-grade thinking was essential for stakeholder buy-in. The solution needed to demonstrate not just efficiency gains, but also compliance posture.

Implementation

The solution focused on structured data extraction from freight invoices. Key implementation decisions included:

  • Building a configurable rule engine that could adapt to different carrier invoice formats
  • Designing the system to handle format variations without requiring code changes
  • Creating feedback loops for audit teams to flag extraction issues
  • Prioritizing processing speed to handle high-volume periods

The prototype was built to validate the approach before committing to full development.

The Prototype

Invoice management overview
Invoice management with status tracking, confidence scores, and batch processing capabilities
DocuAudit dashboard
Analytics dashboard showing extraction accuracy, processing volume, and carrier-level performance metrics
Extraction review with audit trail
Full traceability: extracted text highlighted alongside structured data fields, proving exactly why each value was captured
Custom export layouts
Configurable export layouts adapting to different ERP systems and carrier formats
Multi-format export
Flexible data export supporting CSV, Excel, JSON, XML, and tab-delimited formats
Multi-tenant user management
Multi-company architecture with role-based access control (Admin/User levels) and secure data isolation

Outcomes & Validation

The prototype received positive validation from leadership across regions:

  • General Manager (Europe) endorsed the approach and business case
  • General Manager (US/Global) confirmed alignment with operational priorities
  • Global Director validated the strategic fit

The organization ultimately decided to pursue an external vendor solution.

What I'd Do Differently

  • Stakeholder alignment across regions: I received initial approval from my European team, but later discovered the US team was already working with an external vendor on a similar solution. The project was ultimately not continued because of this overlap.
  • Before building, deeply investigate internal solutions across ALL regions. A simple cross-functional check would have surfaced this earlier and saved development effort.
  • Understanding organizational dynamics is as important as building the right solution. Technical validation isn't enough; you need political validation too.

Impact

While the prototype wasn't deployed to production, the validation process confirmed that the problem was real, the approach was sound, and the value proposition was clear.

1000+

Invoices/Day

Processing volume target

4

Carrier Formats

Supported in prototype

3

Leadership Sign-offs

Regional validation

<100ms

Processing Time

Per invoice extraction

This project reinforced an important lesson: sometimes the most valuable outcome of a prototype isn't the code, but the clarity it brings to decision-making. And sometimes, discovering that another team is already solving the problem is itself a valuable outcome.