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April 12, 2026 · 5 min read

Some Problems Need AI. Some Just Need a Query.

The best AI strategy includes knowing when not to use AI.

Written by
Katy Simmons
Published
April 12, 2026
Reading time
5 min read
Category
Foundations
Topics
Series 1: Before You Automate
Abstract blueprint illustration in blue and orange.

The best AI strategy includes knowing when not to use AI.

That sounds obvious. But a lot of automation work starts with the tool already chosen. A company buys an AI platform, forms an AI team, or hires a consultant. Then everyone starts looking for problems that fit the answer they already have.

That’s how simple problems end up with complicated solutions.

If a business rule is exact, I want to use something exact. If the work requires interpretation, AI may help. If a decision depends on judgment, relationships, unusual circumstances, or carries serious consequences, a person should still own it.

Most useful workflows need some combination of the three.

Sometimes it really is just a query

Suppose an invoice should always be sent to a particular system when three known conditions are true.

There’s nothing for AI to interpret. A standard workflow can check the conditions and route the invoice. It will be cheaper, easier to test, and more predictable.

The same is true of many recurring reports. If someone needs the same numbers from structured data every Friday, the answer may be a query and a scheduled delivery. Adding AI would introduce uncertainty without giving the business anything useful in return.

I run into this distinction often. Someone describes a frustrating manual task and, because we’re talking about AI, the first instinct is to imagine an agent doing it.

Then we look at what the person is actually doing.

Sometimes the answer is much less dramatic: this is easy. It’s just a query.

I’m happy when that happens. The business gets a reliable solution without taking on complexity it doesn’t need.

AI helps when the work gets messy

AI becomes more useful when the input is inconsistent or the rules can’t account for every reasonable variation.

Customer messages are a good example. People describe the same problem in dozens of ways. They leave out details, combine several issues, use product language incorrectly, and occasionally write something that can only be understood by another person who has also had a very long day.

A fixed rule can look for a keyword. AI can read the whole message, identify the likely intent, compare it with known issues, and gather useful context before recommending what should happen next.

The same applies to reviewing documents, summarizing conversations, finding patterns in feedback, comparing contract language, or preparing an account brief from several sources.

In all of those cases, the work isn’t completely predictable. Someone or something has to interpret the information, not simply check whether a condition is true.

That can make AI useful. It doesn’t mean AI should run the whole workflow.

One workflow may need all three

Contract reconciliation is a good example.

At one company, contract terms had to be compared with information in billing and financial systems. Some records matched cleanly. Others had missing fields, unusual terms, or conflicting values that needed investigation.

In that workflow, 89% of contracts reconciled automatically end to end, turning about a week of manual reconciliation into exception review.

But the useful design wasn’t “AI does contract reconciliation.”

Exact logic handled the known comparisons and validation rules. AI helped interpret and assemble information when the records were less straightforward. Finance still owned the uncertain cases and decisions with financial consequences.

That division matters.

Having people review every clean match wastes their time and expertise. Allowing AI to resolve ambiguous contracts without review creates unnecessary risk. Trying to write a fixed rule for every possible contract variation eventually becomes expensive and brittle.

The workflow gets better when each part is handled according to what the work actually requires.

Match the method to the decision

When I’m evaluating a workflow, I want to know what information is coming in, what decision needs to be made, and what happens if the answer is wrong.

When the inputs are structured, the rules are stable, and the correct outcome is known, ordinary automation is usually the strongest choice.

When the work involves language, incomplete context, comparison, classification, or recommendation, AI may help.

When the decision is difficult to reverse, sensitive to relationships, or dependent on experience that hasn’t been fully captured, a person should still own it.

Those boundaries can change. A system may start by preparing information for an employee. Once the business understands how well it performs, it may handle predictable cases automatically and send the unusual ones to a person.

But I’d make that choice one step at a time. “AI can technically do this” doesn’t tell me whether it’s the most reliable or responsible way to do it.

Complexity has to earn its place

An AI system creates responsibilities that a query or fixed workflow may not.

The business needs to know what information the system can access, how its output will be evaluated, where uncertain cases go, who investigates failures, and what happens when the model or its source information changes.

That work can be worthwhile when interpretation creates real value. It makes much less sense when the business needs a predictable transfer from one system to another.

Complexity also affects the employees expected to use and support the workflow.

If a fixed rule sends a request to Finance whenever a known condition is met, the behavior is easy to explain. If an AI system makes the same decision using several inferred signals, employees need to understand why it acted and what to do when its recommendation is wrong.

Sometimes that flexibility is worth the added effort. But it should earn its place in the design.

Understand the work before choosing the tools

I’d start by looking at how the work actually happens.

What information does someone need? Which rules are exact? Where are people interpreting incomplete information? What exceptions come up? Which decisions require experience or judgment? What would happen if the system got one wrong?

Once that’s clear, choosing the tools becomes easier.

A query might retrieve the information. Standard automation might move it. AI might interpret an unusual input. A person might approve the final action.

Another workflow may need no AI at all.

I’m just as happy to find that the answer is a query as I am to find a good use for AI. What matters is making the work more dependable without adding complexity the business now has to carry.

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Ambiguous problem, AI adoption that stalled, an operating model that stopped scaling, a support function that should be a product. That is the conversation I want.