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Capabilities · Data Engineering · ML Ops · LLMs · Agents · Computer Vision

Data & Intelligence

Enterprise data and AI, shipped as intelligence — engineered to run in production.

Manifesto / Data & Intelligence

Engineering practice · est. 2018

Most ML lives and dies in a notebook. We aren’t in that business.

We engineer the systems around the model: the pipelines that feed it, the evaluation harnesses that catch it failing, and the deployment surface that lets it ship without taking the rest of the platform down. The model is the easy part.

We treat evaluation as the live system, not a chart from before launch. We treat drift as inevitable, not surprising. And we treat the production loop as the actual product — the offline metric is one signal in a much larger conversation.

  • Snowflake
  • Databricks
  • BigQuery
  • PyTorch
  • ONNX
  • MLflow
  • vLLM
  • HuggingFace
  • LangGraph
  • DSPy
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The pillars

What we engineer — and how we hold the line.

Each pillar is staffed by the same senior engineers, from first architecture review to production.

01 / 06

Data pipelines

Streaming and batch, schema-enforced at the seams, with backpressure, replay and end-to-end lineage — so “where did this number come from?” has a one-click answer.

  • Kafka
  • dbt
  • Spark
  • Flink

02 / 06

MLOps + LLMOps

Training pipelines as first-class systems, model and prompt registries as the source of truth, canary deploys and shadow traffic, instant rollback when the eval line crosses.

  • MLflow
  • Ray
  • Triton
  • Prompt registry

03 / 06

Computer vision + VLM

Defect detection on real factory floors, OCR on real claims documents, identity verification on real ID cards — plus vision-language models for multimodal work.

  • PyTorch
  • TensorRT
  • CLIP
  • LLaVA

04 / 06

Agentic systems + chatbots

RAG that works at scale, tool use you can audit and token budgets that are enforced — with eval harnesses that score the reasoning chain, not just the final answer.

  • LangGraph
  • RAG
  • MCP

05 / 06

Evaluation as first-class

Offline metrics by cohort and edge case, online metrics from shadow traffic, calibration checks and drift detectors that fire before the business notices.

  • Eval harness
  • Drift
  • Calibration

06 / 06

AI governance

Twelve AI controls — from model cards to red-team review — mapped to NIST AI RMF, the EU AI Act, ISO/IEC 42001 and the OWASP LLM Top 10.

  • NIST AI RMF
  • EU AI Act
  • ISO 42001

The pipeline

Five stages, from first byte to production.

We integrate foundation models into production systems — and engineer every stage around them so the model is never the weakest link.

  1. 01

    Ingest

    Kafka, Kinesis and Pub/Sub streams, batch with manifests and checksums, schema enforcement and lineage from the first byte.

  2. 02

    Transform

    Idempotent, schema-checked transforms built for replay, with dead-letter queues and tooling — not just logs.

  3. 03

    Train

    Reproducible training pipelines with experiment tracking and model registries as the source of truth.

  4. 04

    Evaluate

    Held-out evals on the customer’s own data, faithfulness checks for RAG and tool-use correctness for agents.

  5. 05

    Serve

    Shadow, canary and A/B rollouts — automatic promotion when the gate passes, automatic rollback when a guardrail fires.

Posture

Receipts,
not slides.

Figures from the practice dossier. Client identities are held back by default and available under NDA.

99.7%
Inference uptime · 2025
200ms
p99 latency · production
47
Models in production
12
Active data pipelines

“Computer-vision claims pipeline for an insurer. Document classification accuracy from a 76% baseline to 98.4% with calibrated abstain; manual review queue cut by 71%.”

Engagement · redacted sample · client identity available under NDA

Frameworks, standards & certifications

  • MLflow Registry
  • DVC Lineage
  • Triton Serving
  • OpenTelemetry
  • NIST AI RMF
  • ISO/IEC 42001
  • OWASP LLM Top 10

Discover more

Four practices, one studio. Keep exploring.

The same engineers sit behind every capability — no siloed teams handing work over walls.

01

Engineering

End-to-end software for systems that must not fail.

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02

Domain Solutions

Engineered for the institutions that depend on it.

Open the dossier