ai & machine learning · strategy

An AI plan that says which ideas to fund and which to drop.

Most companies already have a long list of AI ideas and a couple of pilots that never left the demo stage. We sort the list by value and by whether the data and access controls exist to support each idea, then take a small number into production.

platforms
ai-machine-learning / ai-strategy 7 platforms
01 · INPUTS 02 · SCORING 03 · DECISION 04 · OUTPUT Use case ideas: business teams · vendor pitches Use case ideas business teams ·vendor pitches Data readiness: Snowflake · Databricks · Fabric Data readiness Snowflake · Databricks· Fabric Access controls: who can see which records Access controls who can see whichrecords Use case scoring: value · readiness · risk · effort Use case scoring value · readiness ·risk · effort Risk classification: EU AI Act tiers · internal policy Risk classification EU AI Act tiers ·internal policy Build: Claude · OpenAI API Build Claude · OpenAI API Buy or configure: Salesforce · Dynamics 365 AI Buy or configure Salesforce · Dynamics365 AI Ranked roadmap: owners · success measures Ranked roadmap owners · successmeasures Operating model: intake · review · funding Operating model intake · review ·funding
Anthropic ClaudeOpenAI APIDatabricksSnowflake
in short·20-second read

AI strategy works out where AI will pay off in your business and what has to be true first.

We score your candidate use cases on value, data readiness, risk and effort, check that the data and access controls really exist, and say whether to build, buy or configure each one. You get an operating model with owners and governance, and a ranked roadmap whose first use case is scoped with an agreed success measure.

you probably need this if
  • Every department's got an AI idea, and nobody's agreed how to pick which goes first.
  • A vendor's pitching an AI add-on and nobody's checked whether your data supports it.
  • Pilots keep starting and none has a success measure written down.
Ask an engineer facts checked 2026-10-20 · 2 sources
how it runs
  1. 01Collect
  2. 02Score
  3. 03Prove
  4. 04Roadmap
you keep
  • Use case register with value, effort and risk scores
  • Data and access readiness findings per use case
  • Build, buy or configure recommendation per use case
+ 3 more documents
who does it
AI strategy consultantAI solutions architectData platform architect
the story · ai strategy

From the first call to a setup your own team can run.

Here's what usually prompts a call about your AI Strategy, what we do about it and in which order, and where you end up.

  1. chapter 01 · where it hurts

    Why teams reach out

    • Every department's got an AI idea, and nobody's agreed how to pick which goes first.
    • A vendor's pitching an AI add-on and nobody's checked whether your data supports it.
    • Pilots keep starting and none has a success measure written down.
  2. chapter 02 · what we change

    How we solve it

    • Use case intake and scoring
    • Data and access readiness
    • Build, buy or configure
    • Risk classification
    • Running-cost estimates
    • Operating model
  3. chapter 03 · how it runs

    Our approach

    • Collect
    • Score
    • Prove
    • Roadmap
  4. chapter 04 · where you end up

    What changes

    • The steering group works from a ranked list with reasons attached.
    • The recommendation rests on a side-by-side test on your own cases, with running costs for each option.
    • Use case register with value, effort and risk scores
    • Data and access readiness findings per use case
what we do

Where we spend the hours

6 areas of work, each one done by an engineer who has run it in production.

  1. We use one intake form and one scoring method. Each idea gets estimates for value and effort, plus a risk rating, so people argue about the inputs instead of their opinions.

  2. Is the data available, clean enough and allowed to be used for this purpose? Do permissions in the source systems reflect who should see what? Retrieval over a SharePoint site with broken permissions just exposes the breakage faster.

  3. A lot of use cases are already covered by AI features in the CRM, ERP or productivity suite you pay for. Before anyone writes code we compare that option with a custom build, on cost, control and lock-in.

  4. For every use case we note which rules could bite. EU AI Act risk tiers, Colorado's automated decision-making law for consequential decisions, and the sector rules if you're in finance, insurance or healthcare.

  5. Token volumes, model prices, retrieval and evaluation costs, estimated per use case. A successful pilot shouldn't turn into a budget surprise at scale.

  6. We settle who approves new AI systems, who owns each one in production, how incidents are handled, and where the AI inventory lives.

capability 01 / 06in production

Use case intake and scoring

We use one intake form and one scoring method. Each idea gets estimates for value and effort, plus a risk rating, so people argue about the inputs instead of their opinions.

capability 02 / 06in production

Data and access readiness

Is the data available, clean enough and allowed to be used for this purpose? Do permissions in the source systems reflect who should see what? Retrieval over a SharePoint site with broken permissions just exposes the breakage faster.

capability 03 / 06in production

Build, buy or configure

A lot of use cases are already covered by AI features in the CRM, ERP or productivity suite you pay for. Before anyone writes code we compare that option with a custom build, on cost, control and lock-in.

capability 04 / 06in production

Risk classification

For every use case we note which rules could bite. EU AI Act risk tiers, Colorado's automated decision-making law for consequential decisions, and the sector rules if you're in finance, insurance or healthcare.

capability 05 / 06in production

Running-cost estimates

Token volumes, model prices, retrieval and evaluation costs, estimated per use case. A successful pilot shouldn't turn into a budget surprise at scale.

capability 06 / 06in production

Operating model

We settle who approves new AI systems, who owns each one in production, how incidents are handled, and where the AI inventory lives.

typical situations

Situations we walk into

We pieced these together from AI Strategy situations that come up a lot. They're patterns. You won't find a specific client in them.

case file 01

A survey that produced 120 AI ideas and no order to do them in

composite · not a client story
  1. Beforethe situation

    An internal survey produced about 120 AI ideas in a spreadsheet. Every business unit wants its own first, nothing is scored, and the pilots already built from the list have stalled waiting on data access approvals.

  2. What we dothe work

    We merged duplicates and scored each idea on value, data readiness, risk and effort, using weights the steering group agreed before scoring started. For the top ten we checked access and classification in the actual systems. One use case was scoped with a success measure, an evaluation set and a named owner.

  3. Afterwhere you end up

    The steering group works from a ranked list with reasons attached. The first use case has data access approved before the build starts, which is exactly where the earlier pilots got stuck.

case file 02

Build on a hosted model, or switch on the CRM vendor's AI?

composite · not a client story
  1. Beforethe situation

    Service wants AI case summaries and suggested replies. The CRM vendor has an AI add-on to sell, an internal team would rather build on a hosted model, and procurement wants a recommendation in hand before renewal.

  2. What we dothe work

    We write down the real requirements: data residency, which fields the AI may read and expected volume. Both options run on the same sample of real cases and are scored on quality, cost per case and admin effort. Licensing and data terms go through review with procurement.

  3. Afterwhere you end up

    The recommendation rests on a side-by-side test on your own cases, with running costs for each option. If the vendor feature wins, there's nothing to build.

case studies

AI Strategy case studies

All case studies
AI rollout AI and agents

AI pilot to production with forward deployed engineers

Taking an AI pilot into production with forward deployed engineers who work with the business team, build evals, connect real systems and hand over cleanly.

read the case study
AI rollout AI and agents

Microsoft 365 Copilot or Gemini Enterprise rollout with real adoption

Rolling out Microsoft 365 Copilot or Gemini Enterprise with oversharing fixed first, use cases tied to real tasks and adoption measured past login counts.

read the case study
AI rollout AI and agents

Enterprise search and RAG that respects document permissions

Enterprise search and RAG that only return what each user may open. We capture source ACLs at ingestion, filter at query time and leak-test.

read the case study
implementation Industry platforms

Epic integrations, FHIR APIs and TEFCA connectivity

Building and governing the HL7 and FHIR integrations, SMART on FHIR apps and TEFCA exchange around Epic, with an interface catalog and scope reviews.

read the case study
AI rollout AI and agents

MCP servers for SAP, Salesforce, ServiceNow and internal APIs

We connect AI agents to SAP, Salesforce, ServiceNow and internal APIs through MCP servers, with OAuth, scoped tools, approval for writes and audit.

read the case study
upgrade AI and agents

OpenAI Assistants API to the Responses API and the Agents SDK

Getting apps off the shut-down OpenAI Assistants API onto the Responses and Conversations APIs or the Agents SDK, with history kept and outputs re-tested.

read the case study
architecture

How AI use cases go from a long list to a funded first project

We scored ideas from the business on data readiness, risk and running cost. Each use case that survived got a build, buy or configure decision and went onto a ranked roadmap with an owner and a success measure.

How AI use cases go from a long list to a funded first project We scored ideas from the business on data readiness, risk and running cost. Each use case that survived got a build, buy or configure decision and went onto a ranked roadmap with an owner and a success measure. 01 · INPUTS 02 · SCORING 03 · DECISION 04 · OUTPUT intake readiness check control gaps risk tier custom need product fit governance Use case ideas business teams · vendorpitches Data readiness Snowflake ·Databricks · Fabric Access controls who can see which records Use case scoring value · readiness · risk ·effort Risk classification EU AI Act tiers · internalpolicy Build Claude · OpenAI API Sf Buy or configure Salesforce ·Dynamics 365 AI Ranked roadmap owners · success measures Operating model intake · review · funding
Read the diagram as text
  1. Use case ideas → Use case scoring: intake
  2. Data readiness → Use case scoring: readiness check
  3. Access controls → Use case scoring: control gaps
  4. Risk classification → Use case scoring: risk tier
  5. Use case scoring → Build: custom need
  6. Use case scoring → Buy or configure: product fit
  7. Build → Ranked roadmap
  8. Buy or configure → Ranked roadmap
  9. Ranked roadmap → Operating model: governance
how it runs

A typical engagement

We don't start a step until the last one has produced something you can check.

  1. step 01

    Collect

    Interviews with business owners and a review of the pilots running now. Then an inventory of AI features you're already paying for.

  2. step 02

    Score

    We score and rank use cases and share the scoring workbook, so you can re-run it yourselves.

  3. step 03

    Prove

    A short test of the top candidate, time-boxed, against real data and an evaluation set everyone agreed on beforehand.

  4. step 04

    Roadmap

    We hand over a sequenced plan, budget ranges, an operating model and the first production release's governance steps.

you keep

What you're left with

We write these for your AI Strategy setup, and they're working documents. Your team should be able to keep things running from them long after we've gone.

  • inventory01

    Use case register with value, effort and risk scores

    yours to keep
  • report02

    Data and access readiness findings per use case

    yours to keep
  • document03

    Build, buy or configure recommendation per use case

    yours to keep
  • document04

    Regulatory risk classification per use case

    yours to keep
  • plan05

    Ranked roadmap with a scoped first use case

    yours to keep
  • document06

    Evaluation criteria for the first release

    yours to keep
talent and delivery · ai strategy

Certified engineers, wherever you need them.

Some clients want a project team, some want a couple of engineers on theirs. Either works. Onsite, nearshore or offshore, with handovers across time zones that keep things moving.

Onsite

Engineers at your sites in the US

Nearshore

Overlapping hours with US teams

Offshore

Overnight progress on your backlog

All time zones

Coverage handed over across time zones

24-hour coverage · US Central time
OnsiteUS business hours
Nearshoreoverlapping US hours
Offshoreovernight progress
Combinedhandover, not hand-off
roles we staff
  • AI strategy consultant
  • AI solutions architect
  • Data platform architect
  • AI product owner
  • Business analyst for AI use cases
01How long does an AI strategy engagement take?

It depends on how many business units take part and how many pilots exist already. One division, focused, is short. Company-wide takes longer, mainly because of the interviews and the data access reviews.

02Does the EU AI Act apply to us if we're a US company?

Yes. Being based outside the EU doesn't settle it. If your system's output is used in the EU, the AI Act can cover you as a provider or deployer, and placing a system on the EU market brings providers in too. We flag the use cases that might be in scope for your counsel to confirm.

03How do we estimate what an LLM application will cost to run?

Start with expected requests times tokens per request times the model's price, then add retrieval, evaluation and hosting on top. Do it with real prompts. Token counts on real documents tend to come in higher than the guesses.

04What makes AI pilots stall?

Usually data access, unclear ownership or no agreed measure of success. We settle all three before a pilot starts.

05Do you need access to our systems during the strategy work?

Read-only access to metadata and small samples helps a lot. It lets us check data readiness against the real systems instead of relying on interviews. We agree what we can see, and from where, with your security team before we start.

related

Often paired with

Projects on AI Strategy usually end up touching one of these, so they're worth a look.

sources 2 sources linked last checked 2026-10-20 content fingerprint e7e8b70c
  1. 01EUR-Lex: Regulation (EU) 2024/1689 (AI Act), Article 2 scopeeur-lex.europa.eu ↗
  2. 02Colorado General Assembly: SB26-189 Automated Decision-Making Technologyleg.colorado.gov ↗
Reviewed by the Cohash team Product names are trademarks of their owners. how we handle facts and data →
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useful to bring
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