Before you decide what to build with AI, you need to understand where it will actually make a difference. User experience mapping gives your team a picture of the user's existing reality: what they do today, where they hit friction, and which problems are worth solving. The output is a prioritized set of pain points your…
The cost of running an AI model is easy to measure. It shows up in cloud bills, API invoices, and unit economics spreadsheets, and that visibility makes it a natural anchor for pricing decisions. It shouldn't be. The Floor and the Ceiling For any AI product, you're working between two numbers. The floor is your full…
AI products introduce a layer of complexity that standard discovery methods are not designed to handle. The system makes probabilistic decisions. It will be wrong sometimes. Users will have emotional reactions to those mistakes that they cannot accurately predict. And what users tell you they will do when confronted with a faulty output is rarely what…
Most organizations are now using AI in some capacity. That alone tells you something important: access to AI tools is not a competitive advantage. Everyone can call the same APIs and run the same models. The organizations actually getting value from AI are not winning because they found a better tool. They are winning because they…
AI features are now standard product work. Recommendation engines, fraud detection, content moderation, and intelligent search ship on the same schedule, with the same stakeholder expectations, and under the same PM ownership as any other feature. What is different is how you build them. The lifecycle that follows covers eight steps. They build on each other,…
Artificial intelligence is no longer a single thing. It's a collection of distinct capabilities, each solving a different class of problem. That distinction matters for product leaders. Knowing what each capability does, and what it can't do on its own, is what allows you to move from "we should use AI" to a clear answer about…
Anyone who has led organizational change has seen a predictable pattern. The change is introduced. Resistance follows. Performance drops. Teams struggle through uncertainty before things stabilize at a new normal, if they get there at all. The initiative is sound. The case for change is clear. And yet people resist and what looked straightforward on paper…
Supervised learning is the branch of machine learning behind spam filters, fraud detection systems, medical imaging tools, and large language models like ChatGPT. Understanding how it works, and where it reaches its limits, matters for anyone making decisions about building or buying AI-powered products. What Supervised Learning Actually Is Supervised learning is a method where a…
Every product investment starts with something the organization believes in. The budget gets approved, the team gets staffed, and the work begins. Then the product launches and falls flat. The postmortem reveals that customers didn't need it, didn't want it, or weren't willing to pay for it. The budget is gone, and the organization is left…
Product leaders today operate in a field shaped by AI. This is the first in a series of posts that maps that field, starting with the foundational concepts: what AI is, how machine learning works, and what distinguishes the main approaches in use today. AI vs. Machine Learning Artificial intelligence refers to systems that can perform…
Stakeholder management takes real time. The bigger the initiative, the longer the list of people who have a stake in the outcome. Most teams respond by treating everyone roughly the same: the same email, the same update cadence, the same level of access. That is where the time goes. The power/interest matrix, developed by Aubrey Mendelow…
On May 5, 2026, Fadi Stephan and Stephen Ritchie attended the Global Scrum Gathering in Vancouver, Canada, and presented The Impact of AI on Agile Engineering Practices. Below are some of the resources mentioned in the talk: Abstract AI and vibe coding is reshaping how teams build software, but what about our Agile principles and practices?…
Life is good. Sit back, chill and let AI do its thing. And probably not in an office setting, but at the pool or on the beach. If this is the state of software engineering and coding, where AI is writing the code and engineers are relaxing, do we care about quality code and agile engineering…
OpenAI has mapped out five levels of AI capability on the path to Artificial General Intelligence, or AGI. It has become a useful way to understand where AI is today, what comes next, and how far the progression extends. The five levels are: Chatbots, Reasoners, Agents, Innovators, and Organizations. Each represents a meaningful increase in what…
The AI powering your credit card fraud detection, the AI drafting your team's content, and the AI researchers are working toward next represent fundamentally different levels of capability. Where a given system sits on that progression changes how you deploy it, what you invest in, and what you should realistically expect from it. Narrow AI: The…