Capability · Epcotec

Data and MLOps: pipelines, warehouses and model serving

Ingestion, warehousing, pipelines, model serving and drift monitoring — built to stay reliable after launch. Delivered by named senior engineers, fixed scope, staging from week one.

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What we deliver

Scope, in plain terms.

Exactly-once ingestion pipelines with idempotent offsets and reconciliation counts built in

Every source is characterised for replay and idempotency before a line moves, so restarts are safe, duplicates are impossible, and row counts reconcile at each hop.

Warehousing and dimensional models built around the questions actually asked

Stars modelled from real reporting needs rather than copied schemas, with tested transformations, documented lineage and slow-changing dimensions handled deliberately instead of by accident.

Model serving with drift monitoring from the first release onwards

Serving ships with feature and prediction drift tracked against baselines, so decay is caught by dashboards and alerts long before anyone notices in a business report.

Data quality gates enforced inside every pipeline, not bolted on after

Schema, volume and freshness checks run as pipeline stages, so bad data stops at the boundary and the offending batch is quarantined with a reconciled replay.

PostGIS and geospatial data platforms built for location-heavy reporting workloads

Spatial models, indexes and query plans tuned so map layers and catchment reports answer in seconds, with the same reconciliation discipline as any other pipeline.

Document and ETL pipelines with confidence scores and provenance attached

Extraction, classification and routing at scale, with each field carrying its source page and confidence, so review effort concentrates where the model was least certain.

Rough time estimate

Window: 3-9 weeks

Team: 1 data eng + 1 ML eng

Complexity: M-L


Indicative only. A fixed price follows a free 30-minute scope review.

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Delivery process

Fixed scope. Weekly demos. Staging from week one.

Source characterisation is completed before any pipeline code is written

We profile each source for schema stability, replay behaviour and idempotency, and agree the reconciliation counts that will prove correctness before code is written.

Pipeline build with reconciliation gates enforced at every hop along the way

Ingestion, transformation and load stages ship with idempotent offsets and row-level checks, and a wave is not signed off until counts reconcile end to end.

Warehouse and model serving brought into production behind quality gates

Dimensional models and serving endpoints go live behind the same gates, with query performance checked against the reporting workloads they were built for.

Drift monitoring and FinOps tuning run against measured production behaviour

Feature and prediction drift, freshness and cost are monitored together, so decay and spend are caught while they are still cheap to fix.

Handover with reconciliation evidence, runbooks and thirty days of accompaniment

Lineage, dashboards and reconciliation scripts transfer with a shadowing window, then thirty days of accompaniment while your team takes the controls.

Benchmark deliveries

Proven in this discipline.

Exactly-once market data pipelines operated continuously to exchange-grade monitoring standards

Idempotent offsets and reconciliation counts kept every feed correct through months of continuous operation, with exchange-grade monitoring proving counts hop by hop.

Document intelligence processed at 2.4 million pages with confidence attached

Confidence scores and provenance per field cut review cycles from months to days, because reviewers saw exactly which extractions needed a human check.

PostGIS reporting layers that answer most geospatial questions in seconds

Spatial models and tuned indexes turned catchment and coverage reports that once ran overnight into queries answered in seconds against reconciled data.

More evidence in the delivery history and the complete 734-engagement register.

FAQ

Asked before signing.

What makes your ingestion pipelines exactly-once rather than merely reliable?

Idempotent offsets and deterministic replay mean a restart or retry cannot duplicate a record, and reconciliation counts prove row parity at every hop.

How do you detect model drift once serving is in production?

Feature and prediction distributions are tracked against baselines, with alerts on divergence, so retraining is triggered by evidence rather than by a complaint.

Do you support PostGIS and other geospatial data platform workloads?

Yes. We design spatial schemas, tune indexes and query plans, and apply the same reconciliation and quality gates used across the rest of the platform.

What does your document intelligence work include when running at scale?

Extraction and classification pipelines that attach a confidence score and provenance to every field, so human review concentrates only where the model was least certain.

Talk to the engineers.

No account managers. Your message lands with the people who would deliver it, and you get a straight answer within one business day.

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