US-based senior data architects — 25+ years in enterprise data

    Modernize your data platform without stopping the business

    Move off brittle nightly ETL and a warehouse nobody trusts — onto a governed, tested lakehouse that serves BI, SQL and ML from one copy of the data. Incrementally, with the old system running until the new one has earned the traffic.

    No commitment · 30 minutes · Zero pressure

    The symptoms are always the same

    Two dashboards, two different revenue numbers

    Every meeting starts by litigating whose number is right. Nobody trusts the platform, so teams quietly build their own extracts — and the divergence compounds.

    The nightly job failed again and nobody knew until 9am

    Failures surface as angry Slack messages instead of alerts. The team spends its mornings on forensics rather than on the work that was actually planned.

    A schema change upstream silently breaks six reports

    With no tests and no lineage, the blast radius of any change is unknowable — so changes stop happening, and the platform ossifies.

    Adding a new source takes a quarter

    Bespoke, hand-rolled pipelines mean every new source is a project. The backlog grows faster than the team can burn it down.

    The warehouse bill keeps climbing and nobody can say why

    Without cost attribution, spend is a single opaque line item. Optimization is guesswork, and the finance conversation gets harder every quarter.

    The data science team re-extracts everything anyway

    If the platform can't serve ML, it gets bypassed. You end up paying to maintain two divergent copies of the truth.

    What a modern platform actually gives you

    One governed copy of the data

    An open table format (Delta, Iceberg or Hudi) gives you ACID transactions, time travel and schema evolution on object storage — so BI, ad-hoc SQL and ML all read the same tables instead of three drifting extracts.

    Transformations as tested code

    Models in dbt or SQLMesh, versioned in Git, reviewed in pull requests, validated by tests on every run. Column-level lineage means you can see a change's blast radius before you merge it, not after.

    Quality enforced at the boundary

    Contracts and automated checks reject bad data at ingestion instead of letting it reach a dashboard. Freshness, volume and distribution anomalies page someone before an executive notices.

    Cost you can attribute and control

    Warehouse spend broken out by team, model and query, with incremental builds that stop reprocessing history nightly. Most platforms have significant waste sitting in full refreshes that never needed to run.

    How a typical engagement runs

    1. Week 1–2

      Assess what you actually have

      We inventory sources, pipelines, models and consumers, and trace the lineage that nobody has written down. The output is an honest map of the platform, including the parts everyone is afraid to touch.

      • Current-state architecture and lineage map
      • Ranked inventory of fragile and redundant pipelines
      • Cost breakdown by workload
      • A target architecture with the reasoning made explicit
    2. Week 3–6

      Build the first vertical slice

      One real domain, end to end — ingestion through Bronze, Silver and Gold to a consumer that people already use. Narrow, but complete: the point is to prove the pattern on something that matters, not to build a sandbox.

      • Working ingestion for one domain, incremental where it should be
      • Tested transformation models in Git with CI
      • Quality checks and freshness alerting in place
      • A migrated consumer running against the new tables
    3. Week 7–12

      Migrate domain by domain

      The pattern from the first slice repeats across the estate, run in parallel with the legacy platform and reconciled until the numbers match. Nothing gets switched off on faith.

      • Remaining domains migrated in priority order
      • Automated reconciliation against the legacy platform
      • Legacy pipelines decommissioned once superseded
      • Runbooks, dashboards and on-call handover
    4. Ongoing

      Hand over ownership

      The goal is a platform your team runs without us. We pair through the migration, write the documentation as we go, and leave when your engineers are shipping changes faster than we are.

      • Team trained on the toolchain and the patterns
      • Contribution and code-review standards documented
      • A prioritized roadmap for what comes next

    Why modernization projects stall

    The usual failure is scope. A team commits to a full replatform, disappears for nine months, and re-emerges with something that handles the easy 80% of cases and none of the exceptions the business actually cares about. Meanwhile the legacy platform kept changing, so the two have drifted and the cutover keeps slipping.

    The alternative is to migrate in vertical slices. Pick one domain, take it all the way through to a consumer someone uses daily, and run it beside the old pipeline until the numbers reconcile. You get a working reference implementation in weeks, every subsequent domain is cheaper than the last, and there is never a single terrifying cutover weekend.

    It also front-loads the unpleasant discoveries. The undocumented business logic buried in a stored procedure, the source that silently changed its timezone convention in 2021 — these surface in week four on one domain, not in month eight across all of them.

    Lakehouse, warehouse, or both

    A cloud warehouse like Snowflake or BigQuery is excellent at what it does: fast, governed SQL over structured data with almost no operational burden. It gets expensive when you push large-scale ML, streaming or unstructured data through it, because you are paying warehouse prices for workloads that don't need warehouse guarantees.

    A lakehouse keeps data in open formats on cheap object storage and layers ACID transactions on top, so the same tables serve SQL engines and ML frameworks alike. The trade is operational: you own more of the stack, and skipping governance produces a data swamp rather than a lakehouse.

    Most organizations land somewhere in between, and the right split depends on your workload mix, team size and existing commitments rather than on which architecture is fashionable. We'll tell you plainly if your warehouse is fine and the real problem is that nothing is tested.

    What we don't do

    We don't recommend a rewrite when the platform is structurally sound and the actual problem is missing tests, absent lineage or an unowned pipeline. Those are cheaper problems, and it's not in your interest to solve them with a migration.

    We also don't leave you dependent on us. Every engagement is built around handover — your team pairs with ours throughout, the documentation is written as the work happens rather than assembled at the end, and success means your engineers ship faster after we've gone.

    What you'll get from the call

    • An honest read on whether your platform needs modernizing or just needs discipline
    • A target architecture matched to your workloads, team and budget
    • A phased migration sequence with the risky parts identified up front
    • A realistic estimate of timeline, cost and what could go wrong

    30-minute session

    Focused, no-obligation conversation about your situation.

    Senior engineers

    Talk directly with architects, not a sales rep.

    Schedule a Consultation

    Frequently asked questions

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