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How to Prioritise AI Use Cases: A Practical Framework for Business Leaders

Most organisations do not have a shortage of AI ideas. The problem is working out which ones deserve attention, which can be solved simply and which are worth investing in.

Start with business problems, not AI features. Prioritise work that is frequent, costly, slow or difficult, then test the smallest workable solution against a clear baseline before committing to a larger build.

Instead of “What can we build with AI?”, ask: “What outcome matters, what is getting in the way, and what is the lightest intervention that could improve it?”

Start with friction, not an AI wish list

A long use case list can create the impression of progress while making decisions harder. “Use AI for reporting” tells us nothing about who does the work, what takes time, what good looks like or why the current process fails.

A better use case describes:

  • the task, people and current process
  • the inputs, systems, frequency and effort
  • the delay, rework, risk or missed opportunity
  • the intended result and required human checks

Practical discovery works best around real work. Training, process reviews and conversations with subject matter experts surface the details that generic innovation workshops miss. Recent programmes have used cohort preparation and follow-up sessions to capture opportunities in a use case register for later assessment.

Separate everyday productivity from targeted workflows

Not every valuable AI use case needs to become an application.

It helps to divide opportunities into three levels:

  1. Individual productivity: drafting, summarising, comparing documents, preparing presentations, analysing spreadsheets and catching up on email.
  2. Reusable team workflows: an agreed prompt, project, skill or agent that uses approved sources and produces a consistent output.
  3. Integrated or automated processes: AI connected to business systems, workflow tools or structured data, with monitoring, ownership and controls.

This prevents teams from overengineering straightforward tasks. A prompt and reliable source may solve the problem. A shared agent may be enough for repeated team work. Custom development becomes relevant when a process crosses systems, operates at scale or needs stronger control and integration.

In one recent programme, the possible response was deliberately broad: a shared prompt, agent, automation, process change, platform build or waiting for the platform to improve. AI products are changing fast, and a costly custom solution can be overtaken by a standard feature before it pays for itself.

Score the use case before choosing the technology

Assess each candidate against six questions:

1. Is the business value meaningful?

Estimate time saved, faster turnaround, increased capacity, reduced cost, better consistency or lower risk. Be specific about who benefits.

2. Does it happen often enough?

Saving two hours once a year is unlikely to justify a build. Saving 20 minutes across hundreds of tasks may do. Frequency and reach can turn a modest improvement into a strong business case.

3. Is the process understood?

AI will not rescue a process nobody can explain. Strong candidates have recognisable inputs, an intended output and someone who understands the exceptions.

One investment team’s due diligence process was suitable because its information hierarchy could be mapped, the repeated effort was material and human review would remain mandatory. The aim was to complete straightforward questions reliably so specialists could focus on nuanced ones.

4. Are the data and controls workable?

Check where information sits, whether it is current, who may access it and whether sensitive data is involved. The safe first version might use approved documents, anonymised data or a narrower scope.

5. Can we test it without a major commitment?

Prefer use cases that can be tested in days or weeks. A controlled pilot should show whether the output is useful before you invest in integration or production engineering.

6. Is there an owner?

Someone must own the result, sources, checks, adoption and maintenance. Without an operational owner, a technically impressive tool usually becomes an unsupported experiment.

Build the business case from evidence

For time-based benefits, start with a conservative calculation:

Annual benefit = time saved per task × task frequency × number of users × realistic adoption rate × appropriate employment cost

Then compare that with the full cost of licences, design, configuration, integration, testing, training, support and ongoing review.

Do not stop at time saved. Quality and risk may matter more. An AI-assisted review might improve consistency, identify missing information or create a clearer audit trail. Those benefits still need evidence.

One organisation had already scored use cases by complexity, implementation difficulty and data sensitivity. Rather than repeat discovery, it could select contrasting pilots, build them with subject matter experts and test reliable use.

Another technology team produced a list covering email summaries, knowledge articles, proposal reviews, scripting, troubleshooting and system connections. Because it came from real activity it was useful, but it still needed sorting into personal productivity, reusable team practices and higher-control integrations.

Prove value with a small pilot

Before the pilot starts, record the baseline:

  • current time and cost
  • volume and frequency
  • error or rework rate
  • turnaround time
  • current user experience
  • risks and required controls

Test with representative users and approved examples, then measure the same things again. Record failures, user overrides and checking effort. A pilot that saves drafting time but doubles review time has not proved its value.

The decision at the end should be explicit: stop, improve the prompt, change the process, configure a shared tool, integrate with another system, build a controlled solution or wait.

Finding the AI use cases worth building

The strongest AI portfolios are not the ones with the most ideas. They are the ones that connect a genuine business problem to a proportionate response, a named owner and measurable evidence.

Start small enough to learn, but with a problem important enough that success will matter. That is how you find the AI use cases worth building.

Further Guidance

Whether you know exactly what you want to use AI for or are unsure, maybe it's both, we can help you find the best foot forward. We've worked with many Financial Service firms from use case development and implementation to Copilot and AI training. To see where you could go with AI contact us using the form below. 

Or keep up with our bi-weekly LinkedIn Newsletter all to do with practical Copilot and M365 tips for everyday work.

 

FAQ

How do you prioritise AI use cases?

Start with business problems rather than AI features. Score each candidate on business value, frequency, how well the process is understood, data and controls, ease of testing and whether there is a clear owner. Then test the smallest workable solution against a baseline.

How do you measure the ROI of an AI use case?

Use a conservative calculation: time saved per task × task frequency × number of users × realistic adoption rate × employment cost. Compare this with the full cost of licences, configuration, integration, testing, training and support, and include quality and risk benefits where you have evidence.

When should you build a custom AI solution instead of using an off-the-shelf tool?

Custom development is worth considering when a process crosses systems, operates at scale or needs stronger control and integration. For many tasks, a good prompt, a shared agent or a simple automation is enough, and waiting for platforms to improve can also be the right choice.

What should an AI pilot measure?

Record a baseline before the pilot: time and cost, volume, error or rework rate, turnaround time, user experience and risks. Measure the same things afterwards, along with failures, user overrides and checking effort, then make an explicit decision to stop, improve, configure, integrate, build or wait.