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Industries

Six sectors, six different reasons the obvious build fails

Financial services, healthcare, retail, manufacturing, education and logistics. The pipelines look alike in all six — what differs is the one thing that is not allowed to happen, and that is what decides the architecture.

Coverage

Sectors
6
Applications mapped
42
Constraints documented
30

A capability map, not a client list. We name no client, by policy.

Why sectors

We do not run six stacks. We design around six failure surfaces.

A retrieval pipeline in a hospital and a retrieval pipeline in a warehouse are the same seven components. The difference is what happens when one of them is wrong.

Most of the engineering transfers. Vector search, an evaluation harness, a feature store, a deploy pipeline, an on-call rotation — none of that is sector knowledge. A team that has built one of them can build the next one, and any firm claiming otherwise is selling a vertical badge.

The transferable part is not where programmes fail. They fail on the constraint discovered in month three — the model endpoint that turned out to be a cross-border data transfer, the plant network that will never accept an inbound session, the search latency budget already spent before anyone proposed a reranker. By then the architecture has been chosen.

So we organise by constraint rather than by vertical marketing. Each sector page names the forces reshaping it, the applications worth building now, and — at length — the constraints that decide the design. The constraints section is the one worth your time.

If a sector page reads like it could be any sector, we wrote it wrong.

Where we work

Six sectors we know the failure modes in.

Each one lists the applications we would build today, the constraints we design around, and the blueprints behind them.

The deciding factor

One constraint dominates each sector.

Not the only one, but the one that shapes everything downstream of it. Read the middle column as the reason the right-hand column is not a preference.

The binding constraint in each sector and what it forces in the architecture
SectorThe binding constraintWhat it forces in the architecture
Financial ServicesExplainabilityExplainability is not a feature you add laterAn interpretable model of record, reason codes produced by the same computation as the score, and a challenger running in shadow from day one.
Healthcare & Life SciencesMinimisationPHI minimisation has to survive free textSend the span a task needs rather than the whole record, pin inference to zero-retention in-region endpoints, and document the de-identification decision.
Retail & CommercePeak loadPeak is not a bigger TuesdayA system designed to shed — precomputed ranking for the head of the catalogue, a BM25-only degrade path, and a shedding order agreed before sale night.
Manufacturing & Supply ChainSegmentationThe OT/IT boundary is not negotiable, and should not beA read path that terminates in the plant DMZ and publishes outward from a broker the plant owns. Nothing we build writes to a controller.
Education & EdTechDisputed scoresA disputed score is the real specificationModel version, prompt, rubric revision and exemplars pinned into an immutable scoring artefact, with a documented route to a human re-mark.
Logistics & MobilityLocation errorThe location is wrong twice overMap-matching over the road graph with explicit gap handling, and no component anywhere that treats a raw GPS ping as truth.

Each sector page states four more constraints beyond the one listed here.

Next step

Tell us the constraint, not the use case.

A 45-minute working session. We'll tell you what we'd build, what we'd not build, and roughly what it costs. No deck.