Adroitent

ML & Data Science

The foundation that decides whether your AI roadmap is possible

Every stalled AI programme we are called into has the same root cause: data that cannot be found, trusted, governed or afforded at inference time. We fix the foundation so the use cases above it stop failing.

LAKEHOUSE FOUNDATION GOVERNED ONE GOVERNANCE PERIMETER · UNITY CATALOG SOURCEScdc · stream BRONZEraw + lineage SILVERquality gates GOLDcertified ACTIVATE BI ML RETRIEVAL AGENTS SAME GOVERNED ASSETS · NO SHADOW COPIES PLATFORM UNIT COST −20–40% FINOPS FINDABLE · USABLE · GOVERNABLE AFFORDABLE
Bronze · silver · gold · activateOne perimeter

AI does not fail on the model. It fails three layers down — on lineage nobody can trace, access controls that force a copy, quality that was never measured, and a compute bill that makes the use case uneconomic at production volume.

What a foundation has to do

What a foundation has to do

Make it findableWith a catalogue and lineage a data scientist can trust without asking a person.

Make it usableWith quality contracts, freshness guarantees and a semantic layer that means the same thing in every use case.

Make it governableWith unified access control, masking and audit that satisfy privacy and sector regulation without duplicating the estate.

Make it affordableWith workload isolation, storage tiering and FinOps discipline that keep unit economics viable as AI volume grows.

Make it AI-readyWith vector, feature and retrieval infrastructure that sits inside the governance perimeter rather than beside it.

What we build

What we build

Lakehouse architecture

Medallion-structured lakehouse on Databricks with Delta Lake, designed for both analytics and AI workloads rather than retrofitted for the second.

Unity Catalog governance

Unified catalogue, lineage, fine-grained access control and audit across data, features, models and AI assets — one perimeter, one policy set.

Ingestion & pipeline engineering

Batch and streaming ingestion, CDC from systems of record, orchestrated transformation with tested, versioned pipelines and enforced data quality contracts.

Semantic & feature layer

Certified business definitions and a managed feature store, so a metric or feature is computed once and reused across dashboards, models and agents.

Retrieval infrastructure

Vector indexes, chunking strategy, embedding lifecycle and retrieval evaluation — governed under the same catalogue as everything else.

FinOps & platform economics

Cluster policies, workload isolation, autoscaling discipline, storage tiering and chargeback reporting. Typical realised savings on optimised Databricks estates run 20–40%.

The four-step data journey

The four-step data journey

StepFocusWhat good looks like
01 · IngestGetting data in reliablyDeclarative, monitored pipelines; schema evolution handled; source-to-bronze lineage automatic
02 · CurateMaking it trustworthyQuality expectations enforced in-pipeline; silver and gold layers with owners and SLAs
03 · GovernMaking it safe to useUnity Catalog access model, masking and row-level policy, full audit trail, no shadow copies
04 · ActivateMaking it earnBI, ML, retrieval and agents all consuming the same governed assets with predictable cost
Migration without a standstill

Migration without a standstill

Most of this work happens on a live estate. We run foundation programmes as parallel-build migrations: new platform stood up alongside the incumbent, workloads moved in dependency order with automated reconciliation on every cutover, and decommissioning only after two clean reporting cycles. Business reporting does not pause while the foundation is rebuilt underneath it.

Why Adroitent

Why Adroitent

Databricks depth

A dedicated Databricks practice covering lakehouse architecture, Unity Catalog governance, migration and platform FinOps — with delivery pods, not just certifications.

Regulated data experience

Healthcare, life sciences and financial services estates where PHI, PII and audit obligations shape every design decision. InSilico, our pharma data intelligence solution, was built on this practice.

Cost discipline as a first-class goal

We report platform unit economics from the first sprint. A foundation that cannot be afforded at scale is not a foundation.

Delivery leverage

Onshore-offshore pods through AgileSourcing and our Hyderabad and Pune delivery centres, or a dedicated GCC under a Build-Operate-Transfer model where you want the capability in-house.

20–40%
typical Databricks cost reduction
4
step governed data journey
6,000+
person-years of engineering expertise
0
reporting outages during migration
Frequently asked

Frequently asked

We are on a different platform. Is this Databricks-only?

No. The architecture principles — governed catalogue, quality contracts, semantic layer, cost isolation — apply on any modern platform, and we deliver on the major clouds. Databricks is where our deepest practice and our sharpest cost results sit.

How long before AI use cases can start?

Use cases usually start before the foundation is finished. We sequence the foundation by use case dependency, so the data a prioritised use case needs is governed and ready in the first eight to twelve weeks rather than at the end of the programme.

Can you run the platform after you build it?

Yes — managed operations, or a dedicated team transitioned to you under a Build-Operate-Transfer arrangement typically over 36 months, with zero capital outlay during the operate phase.

ISO 42001:2023 Certified ISO 9001:2015 Certified ISO 27001:2013 Certified SEI CMMI Level 3 Appraised
Agility. Delivered.

Ready to move on Data & AI Foundation?

Talk to an Adroitent AI lead. We will come with a point of view on your estate, not a generic capability deck.

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