There are 14 stages of AI adoption. You skip to 11.
Ricardo Argüello — June 23, 2026
CEO & Founder
General summary
Alex Lieberman spent 14 months working on AI rollouts with executive teams and published the progression he sees most: 14 stages, from the initial audit to the jump from deterministic workflows to self-guided agents. The trap is that most companies skip the first ten stages and start straight at building something, stage 11. Without a diagnosis, a process map, data in order, and prioritization, the project looks advanced and stalls. The value lives in exactly the stages everyone skips.
- Lieberman orders AI adoption into 14 stages: diagnose, enable your people, surface ideas, and only then build and scale.
- Most companies start at stage 11, the first project with visible ROI, without having done the previous ten. It looks advanced and it stalls.
- The stage that kills you is stage 3: realizing your data is not in order. Skipping it means automating on top of garbage.
- As one commenter on the thread put it, many do two or three stages and jump to twelve. Order matters because each stage enables the next.
- IQ Source's AI Maestro is precisely the early stages done seriously: audit, real process map, Opportunity Score and a Go/No-Go gate. Building comes after, and only if it passes the gate.
Imagine you want to build a three-story house and you start with the third floor because it has the view. It does not matter how nice it looks: without foundations or a first floor, it falls. Adopting AI works the same way. The visible, exciting stage is building the agent that impresses, but that is stage 11 of 14. The ten below it, the boring ones (understanding your processes, ordering your data, enabling your people), are the foundation. Skipping them does not make you go faster, it makes you build something that collapses.
AI-generated summary
There is an order to adopting AI, and almost every company breaks it the same way: they start by building something.
Alex Lieberman spent 14 months working on AI rollouts with executive teams and published the progression he sees most: 14 stages, from the initial audit to the jump from deterministic workflows to self-guided agents. The list is useful, but what really matters is the trap it reveals, and that is the thesis of this post: the value, and the failures, live in the first ten stages, exactly the ones everyone skips to reach the flashy part sooner. If your AI plan starts at “let’s build an agent,” you have already skipped the work that decides whether that agent is any good. And that earlier work is exactly what we do.
The 14 stages, in four phases
It is not worth repeating the whole list; it is in Lieberman’s thread, linked above. What is worth doing is seeing the shape, because when you group it into phases the order becomes obvious.
The first three stages are diagnosing: a company-wide audit that maps processes, interviews leadership and surveys employees, a readout that prioritizes by ROI and risk, and the uncomfortable moment when you discover your data is not in order.
The next five are enabling your people: coding agents for engineering, access to an enterprise LLM first for a few champions and then for everyone, workshops for leadership and training across the company.
The two after that are surfacing ideas: an internal hackathon where employees propose solutions, and a leadership decision on which to take from prototype to production.
And only the last four are building and scaling: the first project with clear ROI, cost optimization once the budget starts to balloon, the repeatable production cycle, and finally the move from deterministic workflows to agents that guide themselves.
Fourteen stages. The part most people think of as “doing AI” is the last four. The ten below them are the ones almost nobody does.
Where almost everyone starts
Here is the problem. Almost no company enters at stage 1. It enters at stage 11: building the first project, the one you can show.
It is understandable. Stage 11 is the one you can see, the one that gives you a demo for the board, the one that feels like progress. The ten before it are boring. Understanding your real processes does not produce a nice screenshot. Getting your data in order impresses no one. So they get skipped, and people go straight to what shines.
One of the thread’s commenters, Louis Amira, caught it well: a lot of people do two or three stages and jump straight to 12. And the order is not decorative. Each stage enables the next. You cannot prioritize well (stage 2) without having diagnosed (stage 1). You cannot run a useful hackathon (stage 9) if your people do not know how to use the tools (stages 5 to 8). Skipping the order does not make you faster, it makes you build the third floor without the first.
The stage that kills you is stage 3
If I had to point to a single one, it is the third: realizing your data is not in order. Another commenter on the thread, Ilman Shazhaev, called it the killer, and he is right. If you do not stop to clean and order the data layer, the only thing you automate is producing garbage faster.
And there is a dangerous version of this stage: turning “order the data” into the “company brain” project, that cure-all that becomes an endless effort where the organization hides to avoid building anything. The point is not to perfect your data before touching AI. It is to know which processes have data in good enough order to build on, and which do not. That is a prioritization decision, not an excuse to stall. I argued this in AI is not the problem, your company is not ready: the company that does not describe itself honestly ends up automating its own mess.
What IQ Source does about it
Look at Lieberman’s list again and notice where the first ten stages fall. They are diagnosis, process mapping, data, enablement and prioritization. They are exactly the work most people skip, and they are exactly what AI Maestro is.
That is not a coincidence. We structured AI Maestro as two months of discovery because these are the stages that decide everything else and the ones nobody wants to do alone. We map your real processes, not the ones in the manual. We produce an AI Opportunity Score that prioritizes where to start with a number, not with the hunch of whoever spoke loudest. And we reach a Go/No-Go gate that decides what gets built and what does not. Stage 11, building, comes after, and only if it passes the gate. That is why this is not the same as adoption, which is not transformation: plugging in the tool is the easy part, doing the ten stages below it is the part that changes the result.
If you are about to approve your first AI project today, ask one question before you sign. What stage are you really at? If the honest answer is “we jumped straight to building because we wanted something to show,” you are not at stage 11. You are at stage 1, with a project on top of it that has no foundation yet. Better to know that now than in six months, when the pilot stalls and no one knows why.
Start at the right stage, not the flashy oneFrequently Asked Questions
Alex Lieberman mapped 14 stages that group into four phases: diagnose (audit, process map, data), enable your people (access, workshops, training), surface ideas (hackathon, prioritization), and build and scale (first project, cost optimization, production cycle, autonomous agents). The order matters because each phase enables the next.
Because building is stage 11 of 14, and starting there means skipping the diagnosis, the process map, data organization, and prioritization. The project looks advanced, but it sits on foundations that do not exist: dirty data, undocumented processes, and no way to know whether that was the right opportunity. That is why it stalls.
For many teams, it is realizing their data and processes are not in order, which Lieberman places as stage 3. Skipping it means automating on top of unreliable information and processes nobody documented. It is the least flashy stage and the one that most decides whether everything you build on top of it will work or not.
An AI maturity model orders adoption into stages, from diagnosing the operation to running autonomous agents. It is used to avoid skipping steps: it locates where you really are, what you need to enable before building, and why starting with the flashy project tends to end in a stalled pilot. It gives order to a transformation almost everyone tries to do backwards.
Related Articles
AI price per token lies. Measure cost per job.
Gemini 3 Flash is listed 80% cheaper than GPT-5.4 and costs 38% more to run. The list price is marketing. The bill depends on how many tokens each model burns.
Your most certain expert blocks AI adoption
Altman said the most credible scientists held AI back through certainty. The same thing happens in your company: the surest person is often the biggest brake.