Industries

Finance Automation for Freight & Logistics Operators

In freight, the ledger balances while the margin leaks: costs are born in fuel cards, toll transponders, telematics and ferry invoices, and reconstructed in Excel weeks after the trucks ran. We build the platform that allocates them to trip legs automatically — a production system for a pan-European operator surfaced a €41,000 cost gap in its first months.

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Key Takeaway

In freight, the ledger balances while the margin leaks: costs are born in fuel cards, toll transponders, telematics and ferry invoices, and reconstructed in Excel weeks after the trucks ran. We build the platform that allocates them to trip legs automatically — a production system for a pan-European operator surfaced a €41,000 cost gap in its first months.

Why Freight Finance Is Different

A freight operator's costs are born on the road, in systems the finance team doesn't control: the fuel card swiped in another country, the toll transponder clocking a bridge at 3am, the ferry operator's PDF invoice, the telematics unit that knows which truck was actually on which leg. The ledger only sees the totals. So the question that decides the business — did that job make money? — gets answered weeks later, by an accountant rebuilding the trip in Excel from five exports, or not at all.

Generic AP or expense tools don't touch this, because the hard part isn't capturing the cost — it's allocating it to the right trip leg. That's an operational-data problem, not a document problem.

The Systems a Freight Operator Actually Runs

The typical stack we find: a transport management system holding jobs and legs; one or two fuel-card providers; national tolling accounts and transponder feeds; vehicle telematics; ferry and channel-crossing invoices arriving as PDFs; and an accounting system — often Sage — holding the nominal ledger. None of them talk to each other, and none of them was built to answer per-job profitability.

Our approach goes to the source data first: read each feed directly, allocate deterministically (the same answer twice, explainable to an auditor), use AI only for the unstructured edges like ferry PDFs, and map every cost to the ledger's nominal codes so finance and operations finally agree.

The Production Build Behind This Page

For an Irish pan-European road freight operator we built a platform that allocates 101,000+ toll transactions to the exact trip legs they belong to, reconciles ~9,500 fuel-card records a year against telemetry, reads ferry invoices with AI extraction, and computes true per-job profitability continuously — mapped to Sage nominal codes. In its first months it surfaced a €41,000 cost gap nobody knew existed.

Read the full case study for the story; this page is about what the same build does for your operation.

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What This Looks Like for Your Fleet

Live job profitability instead of month-later archaeology. Fuel anomalies flagged against telemetry instead of trusted on faith. Toll costs on the customer's job, not in an overhead bucket. Quoting informed by what routes actually cost. And your accounting system untouched — it stays the ledger of record while the platform does the allocation work around it, in your own cloud tenant.

The same pattern maps to Dynamics 365 F&O project accounting if you're on the Microsoft stack rather than Sage.

Where to Start

Start with the free AI readiness assessment, or put your own numbers into the automation ROI calculator. If you can tell us which systems hold your costs — TMS, fuel cards, tolls, telematics — we can tell you what an automated allocation layer would look like against them.

Frequently Asked Questions

We run a TMS you've probably never heard of. Does that matter?

Almost certainly not. The production build reads a transport management system, two fuel-card providers, tolling feeds, telematics and PDF ferry invoices. If a system has an export, an API or documents, it can feed the platform — the allocation logic is ours, not the TMS vendor's.

Our costs arrive weeks late — tolls especially. How does the allocation stay right?

The allocation is keyed to trip legs, not to when the cost arrives. A toll transaction that lands three weeks after the trip still matches to the leg that incurred it, and the job's profitability updates retrospectively. Late data is the normal case in freight, so the build treats it as such.

Do you replace our accounting system?

No. Sage — or whatever holds your ledger — stays the system of record. The platform computes allocations and carries every cost with its mapped nominal code so the job-costing view and the ledger always reconcile.

What did the build actually find?

A ~€41,000 cost gap in its first months — costs that were being incurred but never attributed to jobs, so nobody saw them. That's typical of what happens when allocation moves from manual reconstruction to systematic processing: the point isn't just speed, it's what the system finds.

Reza Shahrokhi, ACA - Chartered Accountant and FinTask Founder

Written by Reza Shahrokhi ACA

Chartered Accountant (Chartered Accountants Ireland) • Founder of FinTask • 8+ years in finance & automation

Reza is a Chartered Accountant and the founder of FinTask. He specialises in helping growing businesses automate accounts payable, invoice processing, and financial reconciliation using AI-powered tools integrated with Xero and QuickBooks.

More about the author

Know What Every Trip Actually Cost

Tell us which systems hold your costs — TMS, fuel cards, tolls, telematics — and we'll map the platform that allocates them to trip legs automatically.