Building AI Products & WorkflowsGovernance, adoption and scaling · Lesson 18 of 18

Driving adoption and scaling from pilot to portfolio

Article · 11 min · 8 min lecture

Video lecture

Driving adoption and scaling from pilot to portfolio

15 chapters · about 8 min · full transcript

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Chapter 1 of 15

Adoption and scaling

  • Why working features go unused
  • Adoption playbook
  • Pilot → production → portfolio
  • Credible value

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Chapters

The last mile is people

Many AI features that work technically fail on adoption: users don't trust them, don't know when to use them, or find they don't fit their workflow. Scaling AI is as much change management as engineering.

Adoption drivers

  1. Workflow fit: the feature appears where the work happens, with minimal extra steps.
  2. Clear value: users see time saved or quality improved in their own work.
  3. Trust: sources, reliability and honest limits (see UX lesson).
  4. Skills: users know how to use it well, including prompting and reviewing.
  5. Permission and incentives: managers endorse use; metrics don't penalise learning time; policies are clear on what's allowed.
  6. Champions: respected colleagues who share tips and examples.

An adoption playbook

  • Pilot with motivated users who represent real work, not just enthusiasts.
  • Train on real tasks: short sessions using participants' own work, with a checklist for reviewing AI outputs.
  • Share wins and failures: concrete examples of time saved and mistakes caught build realistic expectations.
  • Collect feedback continuously: in-product and through regular check-ins.
  • Measure adoption and value: active users, usage per eligible task, edit rates, time saved, quality outcomes.
  • Address fears directly: be honest about how roles will change and how time saved will be used. Anxiety about job security undermines adoption if ignored.

From pilot to production to portfolio

Pilot to production checklist:

  • Success criteria met on evaluation and in pilot metrics.
  • Security, privacy and governance reviews complete for the risk tier.
  • Monitoring, alerts and incident runbook ready.
  • Support model defined: who users contact, who owns fixes.
  • Costs modelled at full scale.
  • Training and documentation prepared.

Scaling to a portfolio: as more AI features launch, shared foundations reduce cost and risk:

  • Platform components: a model gateway (routing, logging, keys, budgets), retrieval infrastructure, evaluation harness, monitoring and redaction services.
  • Reusable assets: prompt libraries, evaluation sets, tool integrations (for example MCP servers for core systems), UX components.
  • Communities of practice: product, engineering, data, legal and operations sharing lessons.
  • Portfolio review: regularly assess each feature's value, cost and risk; invest, improve or retire.

Measuring value credibly

Leadership will ask whether AI is worth it. Prepare credible evidence:

  • Baselines measured before launch.
  • Outcome metrics (time, cost, revenue, quality), not just usage.
  • Controlled comparisons where possible (pilot group vs similar group).
  • Honest accounting of costs, including review time and platform investment.
  • Qualitative evidence: user stories, customer feedback.

Avoid inflated claims (for example multiplying time saved per task by all tasks, when not all time saved converts into valuable work). Conservative, verified numbers build lasting credibility.

Worked example: an agency rollout

A 40-person agency with offices in London, Dubai and Lahore pilots AI report drafting with one team. After six weeks, report preparation time drops meaningfully and client feedback is stable. Before scaling, they add monitoring, a review checklist and a short training session. Rollout goes team by team with a champion in each office. Three months later, they reuse the same model gateway, evaluation harness and CRM integration for a proposal assistant, launching it in half the time. A quarterly portfolio review retires an image-tagging experiment that never found regular use.

Retiring features

Not every AI feature should live forever. Retire when value is low, costs are high, risks outweigh benefits, or better options exist. Communicate clearly, remove data per retention rules, and update the inventory.

Hands-on: an adoption scorecard and a pilot exit review

1. Instrument adoption from day one. With the event logging from the monitoring lesson, adoption becomes a query:

-- Weekly adoption for an AI drafting feature, by team
SELECT team,
       COUNT(DISTINCT user_id)                                                AS active_users,
       COUNT(DISTINCT user_id) * 1.0 / MAX(t.eligible_users)                   AS active_share,
       SUM(CASE WHEN e.event = 'ai_draft_used' THEN 1 ELSE 0 END) * 1.0
         / NULLIF(SUM(CASE WHEN e.event = 'eligible_task' THEN 1 ELSE 0 END), 0) AS usage_per_eligible_task,
       AVG(CASE WHEN e.event = 'ai_draft_used' THEN e.edit_ratio END)          AS avg_edit_ratio
FROM events e JOIN teams t USING (team)
WHERE e.ts >= CURRENT_DATE - INTERVAL '7 days'
GROUP BY team ORDER BY active_share DESC;

"Usage per eligible task" is the honest adoption metric: people might log in daily and still do most tasks the old way.

2. Ask users a four-question pulse every two weeks (in-product or by chat):

1. In the last two weeks, for what share of eligible tasks did you use the assistant? (0-25-50-75-100%)
2. When you used it, how much time did it save you per task? (none / <5 min / 5-15 min / >15 min)
3. What is the one thing that stops you using it more? (free text)
4. How confident are you checking its output before it goes out? (1-5)

Question 4 matters: low confidence in reviewing output is a training gap, not a model gap.

3. Run a pilot exit review against the checklist in this lesson. Record each item as met, not met (with a plan) or not applicable, and decide: scale, extend the pilot with specific fixes, or stop. Put the decision and evidence in the AI register.

Going further

Treat your AI portfolio like a product portfolio with explicit bets, metrics and review cadence. The organisations that benefit most from AI are rarely those with the flashiest demos, but those that build reliable foundations and steadily compound small, measured wins.

Key takeaways

  • Adoption depends on workflow fit, visible value, trust, skills, permission and champions.
  • Pilot with representative users, train on real tasks, share wins and failures, measure adoption and address fears honestly.
  • Use a pilot-to-production checklist, then scale with shared platform components, reusable assets and portfolio reviews.
  • Report value with baselines, outcomes, comparisons and honest costs; retire features that don't earn their place.

Check your understanding

Quick questions to lock in the lesson. They don’t count towards your certificate.

  1. A technically strong AI feature has low usage. What should you examine first?
  2. Which shared component most reduces cost and risk when scaling multiple AI features?
  3. How should time savings be reported to leadership?

Put it into practice

Write an adoption plan for one AI feature: pilot group, training approach, champions, metrics and a pilot-to-production checklist.

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