
AI Adoption Roadmap for a Connected Health-Device Brand's Data Ecosystem
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Overview
What we built
A connected-health brand was collecting millions of readings a day from its smart scales and blood-pressure monitors, with no plan for what to do with them. We gave it one.
In plain terms: the company's devices generate a constant stream of health data, and every team had a different idea of how AI should use it. Three expensive machine-learning platforms were on the table at the same time, regulators in each of its 12 markets set different rules for health data, and leadership could not commit budget to any single direction with confidence.
We stepped in as the neutral guide. Over one engagement we mapped where the data actually lives, checked what the rules in each market allow, ranked 26 AI ideas by value and feasibility, and turned the result into a phased roadmap the whole business signed up to. Instead of three overlapping platforms the brand now plans around one, cutting the estimated first-phase platform cost by roughly 30%. Its first AI service, a check that automatically flags unreliable device readings, went live within 12 weeks of sign-off.
The Problem
Rich device data, no AI plan
The brand's smart scales and blood-pressure monitors were selling well across 12 markets, and the data footprint grew with every unit shipped: millions of readings a day flowing in from devices, a companion app tracking engagement, and a support operation logging issues in its own system. On paper, that data was the company's next big asset. In practice, nobody owned a plan for it.
AI ambition was everywhere and direction was nowhere. Product teams pitched competing ideas for personalised health insights, churn prediction and firmware diagnostics, each assuming a different platform underneath it. Procurement had three separate ML platform purchases under discussion at once, championed by different teams, with heavily overlapping capabilities.
Health-data regulation made every decision heavier. The 12 markets did not agree on what counted as medical data, where it could be stored or how it could feed a model, and no one had mapped those constraints end to end. Any use case green-lit without that map risked being unlaunchable in the brand's biggest regions.
Competing roadmaps
Product, data and support teams each pushed their own AI wishlist, with no shared method for comparing value or feasibility.
Three overlapping platforms
Three ML platform purchases were under discussion at once, each backed by a different team and each duplicating most of the others.
Fragmented data
Device telemetry, app analytics and support tickets lived in separate systems with no common view of the customer or the device fleet.
Regulatory fog
Twelve markets, twelve readings of health-data law, and no map of which use cases were even permissible where.
What it was costing them
Every quarter without a decision had a price: budget frozen while platform proposals competed, teams prototyping ideas that would never clear compliance, and a growing risk of paying for three platforms that each did a third of the job, all while competitors shipped data-driven features on the same category of device data.
The Solution
Phased AI adoption roadmap
We ran the engagement as four connected workstreams rather than a slide-deck strategy: map the data, map the rules, score the ideas, and leave behind a plan with owners and dates.
The data-landscape audit traced how readings travel from device firmware through the cloud platform, companion app and support desk, documenting what exists, what condition it is in and who owns it. In parallel, we reviewed health-data regulatory constraints in each of the 12 markets, so every candidate use case carried a per-market permissible / restricted / blocked flag before anyone argued for it.
With that foundation in place, we scored all 26 candidate use cases on value and feasibility in working sessions with product, data and compliance leads, set an explicit build-versus-buy position for each, and shaped the result into a three-horizon delivery plan, starting deliberately small with a single tightly scoped pilot the data could already support.
Key decisions
One platform, not three
The three competing ML platform proposals were consolidated into a single stack, sized against the whole roadmap rather than any one team's wishlist.
Regulation before models
Regulatory mapping ran before use-case scoring, so legal constraints shaped the roadmap instead of vetoing it later.
Score in the open
All 26 use cases were ranked on value and feasibility in shared workshops, replacing team-by-team lobbying with one agreed list.
Explicit build-versus-buy calls
Each roadmap initiative carries a stated build-or-buy position, so procurement and engineering stopped relitigating the same argument.
Start with one narrow pilot
Horizon one leads with a single quality-flag service for device readings: small enough to ship fast, real enough to prove the operating model.
Measurable Impact
What changed after launch
The roadmap did what months of internal debate could not: it gave leadership a single, sequenced plan it could fund. The three competing platform proposals collapsed into one consolidated stack, cutting the estimated first-horizon platform cost by roughly 30%. The first pilot, an automated quality-flag service for device readings, was scoped, staffed and in production within 12 weeks of sign-off.
Just as importantly, the organisation now has a repeatable way to decide: new AI ideas enter the same value-and-feasibility funnel, inherit the per-market regulatory flags, and either earn a place in a horizon or wait with a stated reason.
Platform strategy
Three overlapping ML platform purchases under discussion
One consolidated stack, estimated first-horizon cost down ~30%
Use-case pipeline
Competing pitches with no shared evaluation method
26 use cases scored and prioritised into a three-horizon roadmap
Regulatory picture
Unmapped, market-by-market uncertainty
Constraints mapped across all 12 markets before any model work
AI in production
Ideas only, nothing scoped or staffed
Reading quality-flag pilot live within 12 weeks of sign-off
Headline results
26 AI use cases assessed across devices, app and support, prioritised into a three-horizon roadmap
Health-data regulatory constraints mapped for all 12 markets before any model work was scoped
Estimated first-horizon platform cost cut by roughly 30% after consolidating three proposed ML stacks into one
First pilot, an automated device-reading quality-flag service, scoped, staffed and launched within 12 weeks of sign-off
Tech & Tools Used
What powered the build
Every tool below earned its place in this engagement. Here is the part each one played.
Python (pandas)
Profiled samples of device readings during the data-landscape audit, quantifying gaps, duplicates and unit inconsistencies across the three source systems.
BigQuery
The analytics warehouse at the centre of the consolidated stack, and the place where each candidate use case was sized against real reading volumes.
dbt
Modelled the shared metrics layer for the pilot so device, app and support data land in one set of governed, versioned definitions.
Apache Airflow
Orchestrates the daily pipeline behind the quality-flag pilot, from raw reading ingestion through to flag publication.
Looker Studio
Powered the readiness scorecards and roadmap dashboards leadership used at every readout.
Amplitude
Companion-app behavioural data pulled from Amplitude showed which use cases had real engagement evidence behind them.
Confluence
The single home for the roadmap, governance guardrails and decision records, so the reasoning behind each call stays findable.
Miro
Ran the value-versus-feasibility scoring workshops where the 26 use cases were ranked with product, data and compliance leads.
Jira
Carries the horizon-one delivery plan and the pilot backlog, with owners and dates attached to every initiative.
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