When someone says “we should use AI,” the conversation is rarely about technology itself. It is usually about pressure for speed, efficiency, innovation, or competitive leverage. The first step is to clarify intent.
Three signals help distinguish what is really being asked.
First, decision proximity. Is AI automating a task, augmenting human judgment, or moving toward managing objectives autonomously? These are fundamentally different categories of work. The closer AI gets to consequential decisions, the stronger the need for governance, traceability, and explicit oversight.
Second, problem clarity. Is there a clearly defined business problem with measurable impact, or is AI being treated as the starting point? When the solution precedes the problem, misalignment and inflated expectations follow.
Third, accountability design. Who owns the outcome if an AI-driven recommendation fails? When responsibility becomes diffuse, risk scales faster than performance.
In many organizations, “AI” simultaneously means efficiency, experimentation, and cost reduction to different stakeholders. Misalignment becomes visible when decision flows and ownership are unclear. A common tipping point is when stakeholders use the same word “AI” but describe different success metrics.
The real shift is not from manual to automated. It is from “man in the loop” to “man in control.” Without deliberate design of responsibility, capability increases while accountability erodes.
Clarity of purpose, category of AI work, and ownership separates disciplined transformation from technological noise.
Well describe, truly agreed on this Saving Changes...
Margaret FarrellSr. Operations Manager| Orange Business ServicesNew York, Ny, United States
Feb 19, 2026 2:55 PM
Replying to Mohamed Abdelhafez
...
well done
Agreed. This is very insightlful. Thank you for sharing. Saving Changes...
Generally, in my field of work as a Construction Manager, they are generally looking for speed, efficiency and effective solutions to project problems. Given that we are constructors, our problems are generally different form those encountered in the Tech spaces. Thus, it took a while for AI to catch on in the construction arena. Now we utilize AI to draft proposals, preliminary design and construction scopes. As things progress, we are normalizing incorporating the use of AI into design and design reviews, constructability reviews etc. Saving Changes...
One of the biggest signals for distinguishing different types of AI work is the expected outcome—whether the goal is automation, prediction, or content generation. For example, if the focus is on insights and forecasting, it’s likely predictive AI; if it’s about creating text, images, or code, it points to generative AI. What often goes wrong is when everything gets labeled simply as “AI” without clarifying the use case. This can lead to unrealistic expectations, poor tool selection, and misalignment with business objectives. I’ve definitely been in conversations where “AI” meant different things to different stakeholders. Usually, I notice it when requirements are vague—like “we should use AI to improve efficiency” without defining how. That’s when I step in to ask clarifying questions about the problem we’re trying to solve, the data available, and the desired outcomes. In my experience, the key is to shift the conversation from “using AI” to “solving a specific business problem with the right AI approach.”
I totally agree. Most people do not clearly define the expected outcome to determine what they really need. Saving Changes...
When someone says, “We should use AI,” they’re not giving you a requirement; they’re giving you a signal. From a PMI perspective, your role is to translate that into value by first asking what problem we’re actually trying to solve.. If the outcome isn’t clear, the solution shouldn’t be either. From there, identify the real need (automation, augmentation, insights, or user interaction), validate whether the necessary data actually exists and is usable, and define success in measurable terms. Only after assessing feasibility, technical, organizational, and governance constraints, should scope be defined. And in some cases, the right answer is not to use AI at all.
agreed Saving Changes...
TAKAYUKI KOYAMAGeneral Manager, Transformation Management Office| FUJIFILM Business Innovation Asia PacificSingapore, Singapore
Define scope and identify which AI module is suitable for business requirements. Most concern is cost of AI consumption - as most of AI services charge based on consumed credit. Sometimes it becomes more expensive solution than manual operation. Saving Changes...
In my experience, "we should use AI" can mean very different things depending on who's speaking. Business stakeholders often look for productivity gains and automation, while technical teams focus on data, integrations, governance, and implementation complexity. The biggest signal is usually the problem they're trying to solve, not the AI technology itself. I've seen teams group predictive analytics, Copilots, conversational AI, and workflow automation under the same AI umbrella. When that happens, expectations become misaligned, timelines get underestimated, and success criteria become unclear. The most successful AI discussions start by defining the business outcome first and then identifying the right AI capability to achieve it. Saving Changes...
Key signals to differentiate AI: Task type (generation vs. prediction vs. classification vs. optimization). Data used (text, images, structured tables, sensor streams). Output (content, decisions, recommendations, automation). Interaction mode (chatbot, API, embedded model, autonomous agent). Training approach (supervised, unsupervised, RL, fine-tuned LLM). What goes wrong when lumped together: Mismatched expectations (e.g., expecting reasoning from a simple classifier). Wrong metrics (accuracy vs. creativity vs. safety). Cost, latency, and compliance blind spots. Treating all failures as "AI is bad" instead of diagnosing model type. Saving Changes...