Are you a core-banking platform or a regulated software vendor?+
No — we're a software engineering and AI firm that builds the application and intelligence layer banks run on top of their core: digital-banking experiences, fraud and risk models, regulatory-reporting pipelines, and servicing systems. We integrate with the core you already run rather than replacing it, and we don't sell a chartered core-banking platform as a regulated product. Keeping that boundary clear is part of why our engagements are fast and lower-risk; for a core platform itself we'll point you to the right vendor and build the layer around it.
Do you have banking clients we can reference?+
We'll be straight: our named case studies are not in banking. The closest financial-domain work is
YardClub — a marketplace we built end to end, including its payments and transaction infrastructure ($120M+ processed, acquired by Caterpillar in 2017) — money-movement engineering adjacent to banking, though not a regulated bank. For a first banking engagement we scope a contained pilot to prove the value before you commit — and the accountability is the founder's, in writing.
How do you handle our data, security, and regulatory constraints?+
The software runs inside your own cloud tenant under your access controls, least-privilege and read-only by default; integrations to the core and systems of record are scoped, permissioned, and audit-logged; and every engagement starts with an NDA and a security review. We align to the controls you already operate under — SOC 2, PCI DSS, GLBA, and BSA/AML among them — and document every data path so your security, risk, and compliance teams can verify rather than trust. We build the software and controls; your institution remains the accountable regulated entity.
How do you keep fraud and decisioning models trustworthy and explainable?+
We validate every model against your historical data before it goes live — measuring detection and false-positive rates on your own record, not a vendor benchmark — and we design human-in-the-loop review into the decisions that carry regulatory or customer-impact weight. Independent results show the upside is real: Mastercard reports its generative-AI technology doubled its compromised-card detection rate (May 2024). An explainable, validated model is the only kind defensible in a regulated setting.
Can you modernize our legacy core without a risky rip-and-replace?+
Usually, yes — and incrementally. Rather than a big-bang core replacement, we expose the legacy core through APIs and a stable integration layer and modernize the brittle pieces a step at a time, so new digital products ship against modern interfaces while the system the bank runs on stays intact. Where a component is genuinely too brittle to build on, we'll be honest about it and scope the safest path rather than pretending the risk away.
How is this different from your fintech work?+
Our fintech page covers fintech and payments companies — startups and scale-ups building new financial products. This page is for banks and banking institutions: digital banking on top of a core, fraud and AML at a regulated institution's scale, examiner-ready regulatory reporting, and core-system modernization. The engineering rigor is shared; the regulatory weight, the legacy-core reality, and the examiner in the room are what set banking software development apart.
Who owns the software and the models when you're done?+
IP ownership is defined in each engagement's contract — for most banking builds that means the applications, trained models, data pipelines, and audit artifacts are assigned to you, with the specifics scoped in writing at kickoff rather than left implied. Your team is trained to operate, retrain, and examine what we build, so you can keep us on a reduced retainer or take the keys. The engagement is built around the handover, not around locking you in.
How fast can we see something working, and what does it cost?+
Most engagements reach production in 4–8 weeks under a fixed-scope, ROI-tied model with one accountable lead, and we typically prove the metric on a contained pilot before scaling. Build cost depends on scope —
our AI development cost guide gives real ranges — and we set the target metric at kickoff so the value is measured against a baseline rather than asserted at the end.