Phase 1 — define the problem
What you will learn What to investigate and what to write down. The numbers produced in this phase become the only basis on which success is later judged.
The purpose of this phase
Define a specific business problem AI can solve.
"Specific" is the operative word. "Let's improve customer support" is not specific. "Delivery status enquiries are 490 a month and take 4 minutes each" is.
Four activities
1. Analyse the current process
Look at how it is actually done. Not the procedure written in the document — the real one. They are almost always different.
Sitting next to the person and watching one item end to end is fastest. What comes out while you watch is the valuable part:
"Oh, the system is supposed to do this but it doesn't, so we keep a separate spreadsheet" "Only one person knows how to do this step" "We're supposed to check here, but when it's busy we just pass it through"
That is the real procedure, which is in no document.
2. Identify repetitive, time-consuming tasks
Attach a time to every step.
This is where which step is an AI target gets decided. Steps 2 (checking) and 3 (entry) are targets; 1 and 4 need only plain automation.
3. Assess AI suitability
Not every repetitive task is an AI target. Filter with this table.
| Check | Suitable | Unsuitable |
|---|---|---|
| What is the input | documents, text, conversation | physical work, structured numbers only |
| Is judgement needed | there is a fuzzy judgement | 100% expressible as rules (→ plain automation is better) |
| If it is wrong | reversible | not immediately reversible (→ needs human approval) |
| Exception rate | under 20% | half are exceptions (→ narrow the scope) |
If it is "100% expressible as rules," there is no reason to use AI. Plain automation is cheaper and more accurate. AI is for the part you cannot write as rules.
4. Estimate ROI
Note: this is a projection. It does not need to be accurate — the order of magnitude is enough. A plan that spends six months on a 40-hour monthly task has the wrong order of magnitude.
Output
List of suitable work & ROI projection
It does not have to be an elaborate document. One table will do.
| Work | Hrs/month | Rework | Exceptions | Data | Est. saving | Rank |
|---|---|---|---|---|---|---|
| Invoice entry | 40h | 19h | 12% | email + PDF | 80% | 1 |
| Delivery enquiries | 33h | — | 8% | order DB | 90% | 2 |
| Monthly report | 16h | — | 40% | several sheets | 50% | 3 |
Gate — to move on
Does every candidate have numbers for current time and cost?
This gate is the most frequently ignored, and ignoring it costs you latest. Ending up at the six-month review saying "it's definitely faster but I'm not sure how much" is Failure 2.
If you cannot get the numbers
| Situation | What to do |
|---|---|
| No records exist | measure for just two weeks. The owner notes volume and time |
| It varies by person | write a range, not an average (4–9 min each) |
| Strong seasonality | write peak and off-peak separately |
| Truly unmeasurable | deprioritise it. What you cannot measure you cannot prove |
Common mistakes in this phase
Collecting too many candidates
Starting with "let's gather everything" produces twenty and turns Phase 1 into two months. Look at three to five at a time and pick one. The rest are the next round.
Writing it at a desk without the owner
Only the owner knows the real procedure. Define it from documents and system screens and you miss every exception case. Those exceptions are what later break the POC.
Starting from "what should we use AI for"
Covered earlier, but worth repeating. Collect problems first, attach solutions later.
Check yourself
1. Why look at "the real procedure" rather than "the documented procedure"?
Answer
Because they are almost always different. "The system doesn't do it so we keep a spreadsheet," "only one person knows this step," "when it's busy we pass it through" — these are the real procedure and appear in no document. Miss them and the exception cases break the POC later.
2. Why should you not use AI for work that is 100% expressible as rules?
Answer
Because plain automation is cheaper and more accurate. AI is for the fuzzy part you cannot write as rules. Using it where rules work costs more and introduces room to be wrong.
3. What do you do if you have no record of current time and cost?
Answer
Measure for two weeks. The owner noting volume and duration is enough. If it varies by person use a range instead of an average; if it is seasonal, split it. A project you truly cannot measure gets deprioritised — what you cannot measure you cannot prove.
Next, the phase that confirms "can it be built" → Phase 2 — data and system assessment