
Financial Services
Systems built for environments where auditability, resilience and regulatory reporting are the design constraints.
Service
We build AI and automation into existing operations: document processing, customer support, forecasting and the internal workflows that quietly consume the most hours.
01Overview
Most AI initiatives stall at the pilot. The demonstration works, and then it meets real data, real edge cases and a team that has no way to correct it when it is wrong.
We work backwards from a process with a measurable cost. Before any model is chosen, we establish what accuracy is good enough, what happens when the system is uncertain, and who reviews the output. Those answers determine the architecture — and sometimes they determine that rules beat a model entirely.
Everything we build assumes a human in the loop where the cost of being wrong is real, with evaluation and monitoring so quality is a metric you can watch rather than a claim we made at handover.
02Capabilities
Invoices, contracts, claims and forms turned into structured data with confidence scoring and review queues.
Internal assistants grounded in your own documentation, with citations and access control that respects existing permissions.
Workflow automation across existing systems, replacing the manual copy-and-paste between them.
Demand, capacity and quality models trained on your data, deployed with monitoring for drift.
03Business benefits
We baseline the process before automating it, so the saving is a number rather than an impression.
The thousandth document is handled exactly like the first, including at the end of a long shift.
Uncertain cases route to a person instead of being guessed at silently — which is what makes the automated cases trustworthy.
Model access sits behind an abstraction, so a provider change is a configuration decision rather than a rebuild.
04Technology
Python
Data pipelines, ML services and automation where library depth wins.
PostgreSQL
The default relational store. Correct, extensible, and boring in the best way.
OpenAI
Language capability where quality per token justifies the dependency.
Anthropic
Long-context reasoning and tool use in agentic workflows.
LangChain
Orchestration scaffolding for retrieval and multi-step agents.
pgvector
Vector search without operating a second database.
PyTorch
Custom model training where an off-the-shelf API will not do.
MLflow
Experiment tracking and model registry, so results are reproducible.
05Process
Candidate workflows scored on volume, cost, error tolerance and data availability. Not everything should be automated.
Current accuracy, throughput and cost measured, and the threshold for going live agreed in writing.
Built against a held-out set from your real data, with an evaluation harness that survives past the pilot.
Wired into existing systems with review queues, audit logging and fallback behaviour for outages.
Drift detection, human corrections fed back, and periodic re-evaluation against the original baseline.
06Industries
All industries
Systems built for environments where auditability, resilience and regulatory reporting are the design constraints.

Clinical and administrative systems built to the standards the sector requires — interoperable, auditable and designed for clinical workflow.

Visibility and control across the movement of goods — from warehouse operations to last-mile delivery.

Connecting the plant floor to the systems that plan it — production data, quality and maintenance in one operational picture.
Want this scoped against your systems rather than described?
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Next step
Start with a fixed-price technical assessment. You get an architecture decision record, a delivery plan and a real estimate — and you are free to take them elsewhere.