How organizations evolve from using AI as a smarter search engine to using it as a collaborative partner, workflow orchestrator and eventually an autonomous operator.
Autonomy you haven’t earned doesn’t speed you up. It slows you down. That’s the idea behind a five-stage framework I use to explain how AI adoption actually matures, from research help to full automation, and why skipping stages is the most common mistake I see. This piece I wrote for CIO magazine walks through those five stages and makes the case that AI maturity is a team problem, not a model problem.
Originally published in CIO Magazine
Most enterprises are rushing toward autonomous AI. They shouldn’t. Autonomy you haven’t earned doesn’t speed you up. In fact, it slows you down.
Here’s what I’ve moved our organization toward: a five-stage set of AI adoption maturity benchmarks. It’s a practical framework for understanding where employee development, decision-making and business value intersect. Each stage provides value for your organization. Some roles and functions may only ever reach Stage 1 or 2, while others should be fast-tracked to Stage 5. By understanding this progression, leadership can stop viewing AI as a tool for task delegation and treat it as a catalyst for developing stronger, more decisive and more valuable teams.
Stage 1: Research assistance
You hand people a premium ChatGPT account. Employees stop Googling and start prompting. Their experience improves: no ads, paragraph-form answers instead of blue links. But the underlying dynamic hasn’t changed. Output quality depends on input quality. A vague Google search returns a mess of links. A vague ChatGPT prompt returns a well-formatted mess of paragraphs. If your team didn’t know how to ask a precise question before, they still don’t.
The real danger at Stage 1 isn’t the bad answers – it’s the confident-sounding ones. A hallucinated statistic arrives in the same calm, authoritative prose as an accurate one. Teams that don’t verify sources in Google don’t suddenly fact-check ChatGPT. Before moving to Stage 2, your team needs to develop the instinct to ask, “How do I know this is true?”
Stage 2: Task assistance
The next stage uses AI tools to complete tasks. It starts simply: “I need to write this email,” or “Make a spreadsheet to track open items.”
The average employee takes what AI produces and passes it off without revision. At best, their efforts pass muster, with only a dash of workslop. At worst, the flood of unchecked AI outputs creates rework for teammates and clients.
Another employee further along in Stage 2 may augment what AI produces. That impulse serves them well. But if they default to editing AI output rather than dictating the rules for what AI should produce, they can easily spend more time editing AI’s work than creating work from scratch.
For employees whose work will largely remain in Stage 2, the focus should be on writing more precise prompts. The instinct to edit AI output isn’t wrong. The problem arises when the prompt is a rough starting point rather than a detailed spec. AI cares that your instructions are clear, specific and unambiguous. Get the spec right up front.
Stage 3: Workflow integration
My daughter’s class recently had an assignment: write a paper on the causes of the Civil War.
Her teacher knew what was going to happen. Every 11-year-old would go home and use ChatGPT to write a five-paragraph essay. So, she changed the exercise. The class generated and printed out the essay. Then, the teacher explained how to annotate, how to ask follow-up questions and how to revise in ChatGPT using the marked-up draft.
The same three-step sequence — assemble context, build the prompt, edit hard — applies when someone writes a post-mortem. The temptation is to skip straight to the draft. Pull the incident data, ask Gemini for a timeline and root cause analysis, clean it up, get a quick peer review and send it.
An engineer working at Stage 3 does what the teacher did. First, they assemble context: the Slack thread where someone flagged the anomaly two hours before the alert fired, the Jira ticket, the gap in monitoring that nobody documented. Then they build a prompt that reflects the full context and generate a draft. Now the red pen comes out: push back on the root cause analysis, add the institutional context Gemini couldn’t know, tighten the remediation steps until they’re actionable.
The result is a better document — and an engineer who understands what failed and builds a better repeatable process. Saving time on a first draft is a fine side effect. The goal is to produce a final draft that’s worthy of review.
Stage 4: Guided automation
The fourth stage is where collaboration becomes self-sustaining. You’re no longer asking AI to help you do a task. You’re asking it to run the task and surface the decisions that require your judgment.
My LinkedIn workflow is a good example of what this looks like in practice.
A couple of years ago, I would read an article, develop a point of view, write two or three paragraphs and publish. Not bad, but dependent on me having the time and cognitive bandwidth.
The friction was the 15 decisions that came before drafting: Which angle is worth pursuing? Does this use my voice? Have I said this before?
So, I started researching my patterns. First, I fed Claude my prior LinkedIn posts and prompted it to analyze my tone, sentence patterns and structural habits. I didn’t ask it to “describe my voice” – that gets you a paragraph of flattering generalities. This analysis became the base layer of the tool.
Then I added a second layer: LinkedIn-specific rules and AI writing patterns to avoid. That context got embedded alongside the voice analysis.
Now the workflow runs like this. I click a link, save the article, highlight and annotate the sections that interest me. My Claude Managed Agent picks up the annotation, infers what I found worth engaging with and writes four drafts with meaningfully different angles on the source material. It compares each draft against my post history and proposes two. I read the proposals, pick one, edit and authorize publication with Buffer.
The automation didn’t remove my judgment from the process. It freed me from work that didn’t depend on judgment. Now I do the work that matters: deciding what to say, identifying patterns and sharing my point of view.
That shift in what I’m accountable for is where the ROI changes. The value isn’t in the time saved on any single post. It’s that the workflow no longer depends on me having the bandwidth to start from zero. The capacity was always there; the system makes it consistent and repeatable.
Stage 5: Full automation
The most advanced stage of maturity is when the system largely runs on its own. You’re no longer managing step-by-step actions; you’re defining goals, setting guardrails and measuring outcomes.
We have one running in our engineering org right now. When a ticket gets escalated from our support team to engineering, the agent triages it and routes it to the team responsible for the fix. When an engineering manager reassigns the ticket – because the routing was wrong – the agent picks up that correction, feeds it back into its prompt tooling and updates its model of who owns what. We’re now extending it further: the agent is learning which parts of the codebase need to change and which engineers are likely to own the fix.
There’s a critical catch: this stage only works if you’ve earned your way there. We learned this firsthand. When we first rolled out the routing agent, we used a static map of application areas to engineering teams and assumed that was enough. It wasn’t. We couldn’t reliably distinguish front-end bugs from back-end ones, so the front-end team kept getting tickets caused by a misbehaving API. Features were split between teams in ways the map didn’t capture — one team owned exports, another owned reports.
Before the routing could work, the knowledge had to exist somewhere it could be used. An autonomous system is only as good as the foundation beneath it – the clarity of your workflows, the health of your data, the alignment of your teams. Deploy an autonomous agent into a broken process and you get bad results at scale. You cannot safely delegate what you don’t fully understand.
This is why racing straight to Stage 5 often fails. You need to know what “good” output looks like (Stages 2 and 3) and how to orchestrate the pieces (Stage 4) before you can confidently take your hands off the wheel.
Where business value emerges
The evolution from a premium search engine to an autonomous system is an organizational challenge, not a technology one. Realizing the value of AI is determined not by the sophistication of the underlying model, but by the maturity of the team wielding it.
The practical move isn’t to audit your whole organization’s AI readiness. Start with one workflow. Push it one stage higher. Measure what changes. That’s how you find out if this matters in your specific context – not in theory, but in the work your team actually does.
