Skip to content
Service 01 · Data & AI Strategy

Decide where data creates advantage — then sequence the work to capture it.

Where data and AI create advantage for your business, what it is worth, and the sequenced roadmap and target architecture to capture it — with the governance, guardrails and operating model to sustain it.

Starts with
Stakeholder workshops
Shape
Advisory sprint, 4–8 weeks
You get
Roadmap · architecture · operating model
Then
Delivery wave or managed service
VALUE AT STAKE → SEQUENCED ROADMAP VENDOR-AGNOSTIC VALUE AT STAKE ↑EFFORT →Finance KPIsSales martCloud DWHR analyticsProcess miningROADMAPNOW · 0–3 MFinance KPIs · Sales martNEXT · 3–9 MCloud DW · GovernanceLATER · 9–18 MProcess mining · HRTARGET ARCHITECTURE · GOVERNANCE & OWNERSHIP · INVESTMENT CASERolesOwnershipQualityAccessOPERATING MODEL
01

Value-at-stake & AI-readiness assessment

02

Use-case portfolio, roadmap & target architecture

03

Governance, responsible-AI guardrails & operating model

Where we usually work

Vendor-agnostic — we hold no licences to sell, so the choice is made for your estate.

Cloud data platforms
SnowflakeDatabricksMicrosoft FabricGoogle BigQueryAWSOracleSAP Business Data Cloud
AI platforms & models
Azure AI Foundry / OpenAIGoogle Vertex AI & GeminiAWS BedrockAnthropic ClaudeDatabricks Mosaic AISnowflake CortexDataiku
Governance & catalog
CollibraInformaticaAlationAtlanMicrosoft PurviewUnity Catalog
Method
Value-at-stake modelAI-readiness assessmentTarget-architecture blueprintRoadmap & business case + the rest of your estate
Overview

Data & AI Strategy

Most enterprises are rich in data and short on decisions. Our strategy work sets the direction that makes data trustworthy, governed and decisive at the level where it changes the business — and turns it into a roadmap the organisation can actually execute.

We start from the decisions that matter, not from the technology. Stakeholder workshops across the functions establish what is at stake, where the current estate falls short, and which moves pay back first. The result is a target architecture, a sequenced plan and the roles, ownership and controls that keep it on track — whether the next step is a warehouse, a migration, a BI programme or a managed service.

What we do

Offerings

Value-at-stake assessment

Which decisions, processes and functions would move most with better data — quantified and prioritised.

Roadmap & sequencing

A phased plan that lands value early and builds the platform in the order the business needs it.

Target architecture

Vendor-agnostic platform, integration and consumption blueprint — cloud, warehouse, BI and ML — sized for the next five years.

Governance & operating model

Roles, ownership, data quality and access controls that make data a trusted asset rather than an IT checkbox.

BI & platform workshops

Structured workshops that align IT and business on tools, standards and the migration path — including architect enablement.

Investment case

A board-ready case tied to the P&L: costs, benefits, risks and the metrics that will prove it.

AI inside this service

Where AI enters the strategy

Most AI strategies fail for data reasons. So the AI question is asked alongside the data question, and answered in the same roadmap.

  1. 01

    AI-readiness assessment

    A frank score of the estate against what AI use cases actually need — data quality, lineage, access, latency, a semantic layer — so the roadmap fixes the blockers before the models arrive.

  2. 02

    Use-case portfolio, ranked

    Candidate use cases scored on value at stake, data readiness and risk, then sequenced: the quick, safe wins first to fund the harder ones.

  3. 03

    AI-ready target architecture

    Lakehouse, semantic layer, feature and vector stores, model serving and observability designed in from the start — not bolted onto a reporting warehouse later.

  4. 04

    Responsible-AI guardrails

    Governance for models as well as data: ownership, approval, monitoring, human-in-the-loop points and audit trails, sized to your regulators rather than to a framework poster.

How we work

Our approach

  1. 1

    Discover

    Workshops with key stakeholders to understand operations, goals, the current data estate and the decisions that are hardest to make today.

  2. 2

    Assess

    Map the estate, the gaps and the value at stake by function and process; benchmark maturity against where the business wants to be.

  3. 3

    Design

    Define the target architecture, the governance model and the sequenced roadmap — with the first pilot chosen for speed to value.

  4. 4

    Mobilise

    Stand up the first delivery wave with your team, set the metrics, and hand over a plan the organisation owns.

Outcomes

What changes

  • A shared, quantified view of where data pays back first.
  • A target architecture the whole organisation builds towards, not a collection of point tools.
  • Governance and ownership agreed before the build, so trust in the data is designed in.
  • A first pilot scoped to prove value within weeks.
FAQs

Questions we're asked about data & ai strategy

No. We are vendor-agnostic by principle and have no licences to sell. We work across Snowflake, AWS, Azure, Google BigQuery, SAP, Power BI, Looker and more, and recommend only what your business needs.

Typically four to eight weeks: a short discovery phase of workshops with key stakeholders, then the assessment, target architecture and sequenced roadmap. The first pilot is usually scoped inside that window.

Yes. Strategy is paired with the engineering depth to make it real — through our data engineering, integration, BI and process-intelligence teams, or as an ongoing managed service.

Inside the strategy. Roles, ownership and controls decide whether data becomes a trusted asset, so we design them alongside the architecture rather than bolting them on afterwards.

Proof & perspectives

Data & AI Strategy in practice

Engagements written up in the client's own numbers, and the perspectives our team has published on this service.

Related insights

All articles
AI PILOTS → THE P&L THE GAP IS THE OPERATING MODEL PILOTS THAT “WORK” HAND-CARRIED DATA · NO OWNER · NO CONTROLS Operating model FOUR GATES · BUILT ONCE, NOT PER PILOT Decision owner Governed data path Sequenced portfolio Assurance built in IN THE P&L Owned · governed · monitored THE SHORTEST CREDIBLE PATH RUNS THROUGH THE OPERATING MODEL, NOT ANOTHER PILOT

AI · Operating model

Why Most AI Pilots Never Reach the P&L

DATA ENGINEERING & DATA SCIENCE FIVE TRENDS · ADOPTION ↑ 01 NLP + data science VOICE · TEXT · MARKET INTEL 02 AI-powered IoT PREDICT FAILURES · UPTIME 03 ML automation CLEANING · PREDICTIVE ANALYTICS 04 Privacy & security ANOMALY DETECTION 05 Cloud data warehouses FLEXIBLE · CONNECTED · CHEAPER ADOPTION 2016 → 2020 → CLOUD-ERA DATA ENGINEERING ON-PREMISES WAREHOUSES CLOUD DW

Data Engineering & Data Science

Five Hottest Trends that are Reshaping Data Engineering & Data Science

DATA ENGINEERING vs DATA SCIENCE PLUMBERS + ARTISTS Data Engineering THE PLUMBERS · DESIGN THE DATA FLOW Pipelines & architectureC++ · Python · Scala · JavaAPIs · middlewareGovernance · quality checks Data Science THE ARTISTS · TELL THE DATA STORY Modelling & storytellingMaths · statistics · CSAI · machine learningBusiness insights ALLIANCE NOT "DO IT ALL" 85% OF BIG DATA PROJECTS FAIL (GARTNER 2017) · 70% OF DIGITAL TRANSFORMATIONS FAIL (McKINSEY) THE LINCHPIN: ENGINEERS + SCIENTISTS TOGETHER

Data Engineering & Data Science

Data Engineering vs Data Science: Which One Saves the Business?