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AI and software engineering for fintech

Fintech engineering is ordinary software with an unusual failure cost: a bug that would be a nuisance elsewhere is a reconciliation break, a regulatory report, or money in the wrong account. We build financial systems where correctness, traceability, and the ability to explain any number to an auditor are design inputs rather than later additions.

What makes it hard here

  • Every figure needs a provenance trail
  • Models cannot be the system of record
  • Access is scoped and logged, not assumed
Different constraint?Tell us about it
What is different here

Where fintech projects actually go wrong

The hard part of financial software is rarely the calculation. It is that every number has to be explainable months later, by someone who was not there, from records that cannot be quietly edited. That constraint shapes the schema, the deployment process, and how much of an AI model you can responsibly put in the path of a decision.

Which is the honest limit worth stating early: a language model is excellent at reading documents and terrible at being the system of record. We use them where the output is checked — extraction, summarisation, triage — and keep deterministic code where the money moves.

Every figure needs a provenance trail

Records are append-only and every derived number can be traced to its inputs. This is a schema decision made on day one; retrofitting it means rebuilding the data layer.

Models cannot be the system of record

A model output is evidence, not truth. Anything affecting a balance runs through deterministic code with the model result stored alongside as an input a human can review.

Access is scoped and logged, not assumed

Who read what, and when, is as much a requirement as who wrote what. Designed in from the start, because the alternative is an access log that cannot answer the question being asked.

What we build

Systems we build for fintech & financial services

Reconciliation and exception handling

Matching engines that clear the routine volume automatically and surface the genuine breaks with enough context for a human to resolve them quickly.

Document extraction at volume

Statements, invoices, and KYC documents parsed into structured data, with confidence scores and a review queue for anything the model is unsure about.

Risk and fraud signals

Scoring pipelines that combine rules with learned signals and, critically, explain which factors drove a given score.

Internal operations tooling

The dashboards and back-office tools that finance teams otherwise build in spreadsheets, rebuilt with permissions and an audit trail.

Questions

Fintech & financial services: common questions

Can you build financial software that meets audit requirements?

We build with audit in mind — append-only records, traceable derivations, and scoped access logging — which is what auditors examine. We are engineers rather than a compliance authority, so we work alongside your compliance advisors and build to the controls they specify rather than certifying the result ourselves.

Is it safe to use AI in a financial product?

It depends entirely on where you put it. Reading documents, triaging exceptions, and summarising cases are safe and genuinely useful. Deciding a balance, approving a payment, or being the sole basis for a customer-facing decision is not. We draw that line explicitly at design time.

How do you handle sensitive financial data during development?

Development and testing run against synthetic or anonymised data, with access to production data scoped to what a task needs and logged. Specific arrangements depend on your obligations, so we agree them before the first commit rather than after.

Building something in this sector?

Tell us the constraint you are working against. If we have not solved that particular problem before, we will tell you.

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