DP966_S27B06 E14-15 Dustin Somerese Why Most AI Projects Fail (And How to Actually Get Value From AI)

Forward Momentum • March 27, 2026

Why Most AI Projects Fail (And How to Actually Get Value From AI)

By Michael Meloche ⏱ 6 minutes read 📅 March 27, 2026

AI project failure is becoming more common as companies rush to adopt AI without understanding their own processes or goals. Instead of delivering value, these initiatives often lead to wasted time, rising costs, and frustrated teams. The issue isn’t the technology—it’s how organizations approach AI from the start.

In this episode, the conversation digs into why so many AI initiatives fall apart and what teams need to change to actually get results.


Why AI Project Failure Starts Early

Most failures begin before any tool is even selected.

Teams often start with:

  • “We need AI”
  • “We should implement a CRM”
  • “Let’s automate this”

These aren’t goals—they’re tools. And starting with tools instead of outcomes is one of the fastest ways to derail a project.

When a company says, “We need a CRM,” what they often mean is:

“We’re struggling with customer relationships and hope a tool will fix it.”

A better approach is to ask:

  • What are we trying to improve?
  • What does success look like?
  • How will we measure it?

For example:

  • Wrong: “We need a CRM”
  • Right: “We need to improve customer retention”

Callout:

If you start with a tool, you’ll get features. If you start with a problem, you’ll get results.


Why AI Adoption Breaks Down Early

Another common issue is how AI gets introduced into teams.

The pattern is familiar:

  1. Leadership buys an AI tool
  2. Hands it to the team
  3. Expects immediate productivity gains

But adoption doesn’t work that way.

In the short term:

  • Work increases
  • Productivity dips
  • Teams feel overwhelmed

That’s because people need time to:

  • Experiment with the tool
  • Understand where it fits
  • Learn how to use it effectively

Callout:

You don’t get ROI from AI on day one—you get confusion first, then clarity.

Without time and direction, AI becomes just another task instead of a helpful system.


When AI Exposes Broken Processes

AI doesn’t fix bad systems—it highlights them.

If your processes are:

  • Undefined
  • Inconsistent
  • Based on tribal knowledge

AI will struggle immediately.

Because AI relies on patterns, it needs:

  • Clean data
  • Clear workflows
  • Defined expectations

Without those, it will still generate output—but it may:

  • Guess incorrectly
  • Fill in gaps with bad data
  • Produce misleading results

Callout:

AI will always give you an answer—even when your system doesn’t support one.

This is why many teams think AI is unreliable, when in reality their processes are the issue.


AI Readiness Is Really Business Readiness

There’s a lot of buzz around “AI readiness,” but it’s not a new concept.

Avoiding failed AI implementations comes down to the same fundamentals businesses have always needed:

  • Clear processes
  • Defined workflows
  • Measurable outcomes

If those aren’t in place, AI won’t succeed.

Organizations often try to:

  • Force AI into unclear systems
  • Skip foundational work
  • Move too quickly

And that’s where things break down.

Callout:

AI readiness isn’t about tools—it’s about understanding how your business actually works.


Why Large AI Projects Fail Faster

Bigger projects introduce bigger risks.

When companies try to implement AI across:

  • Entire departments
  • Complex systems like ERPs or CRMs
  • Multiple workflows at once

They increase:

  • Misalignment
  • Complexity
  • Unknowns

Once these projects are underway, they’re difficult to stop. So instead of fixing root issues, teams:

  • Patch problems
  • Rewrite integrations
  • Chase bugs

This leads to delays, cost overruns, and disappointing results.


Start Small to Avoid AI Initiative Failure

A better approach is to start small and focused.

Pick a process that is:

  • Clearly defined
  • Well understood
  • Limited in scope

Then:

  1. Document it
  2. Automate it
  3. Evaluate where AI actually helps

In many cases, you’ll find that AI adds very little.

For example:

If you have structured data (like a CSV file), a simple script is often:

  • Faster
  • Cheaper
  • More reliable

Callout:

If a problem is already well-defined, traditional solutions are often better than AI.

AI becomes valuable when:

  • Patterns are complex
  • Data is less structured
  • Flexibility is required

The Developer Risk: When AI Becomes a Crutch

There’s also a growing concern around how developers use AI.

Some teams are:

  • Replacing junior-level work with AI
  • Avoiding mentorship
  • Telling developers to “just ask AI”

This creates long-term risks:

  • Skills don’t develop
  • Knowledge isn’t shared
  • Teams become less capable over time

Callout:

If you rely on AI for answers, but don’t understand them, you’re not improving—you’re outsourcing thinking.

AI should support developers, not replace learning.


Why Requirements Prevent AI Project Failure

Strong requirements are still the foundation of successful software.

Before:

  • Writing code
  • Using AI
  • Building anything

You need to define:

  • What the system must do
  • What success looks like
  • How results are validated

A good requirement:

  • Is clear and specific
  • Doesn’t create ambiguity
  • Doesn’t raise follow-up questions

If your requirement leads to:

  • “What about this?”
  • “What if that?”

Then it’s not ready.

And unclear requirements are one of the biggest causes of failure in any project.


A Practical 30-Day Challenge to Build It Right

To apply this approach, try a structured 30-day challenge.

Step 1: Solve a Real Problem

Pick something you actually need—something that solves a real pain point.

Step 2: Define Requirements First

Before writing code:

  • Document everything the system must do
  • Refine until it’s clear
  • Remove ambiguity

Step 3: Use AI as a Thinking Partner

Ask:

  • What am I missing?
  • Where are the gaps?
  • What assumptions am I making?

Step 4: Build in Phases

  • Week 1: Requirements + design
  • Week 2: Feature definition
  • Week 3: Functional build
  • Week 4: Testing + refinement

This approach helps you build both better software and better habits.


Final Thoughts on AI Project Failure

AI is powerful—but it’s not magic.

It amplifies what already exists:

  • Strong systems get better
  • Weak systems break faster

If you:

  • Start with tools
  • Skip requirements
  • Ignore processes

You’ll struggle.

But if you:

  • Focus on outcomes
  • Build small
  • Define clearly
  • Use AI intentionally

You can turn it into a real advantage.


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