Companies today see the benefits of AI in individual tasks and processes, but rarely in the results of the organization as a whole. This is the AI Performance Paradox. As with the earlier IT productivity paradox (widely known as the Solow paradox), the full value will appear only once the technology is combined with changes to processes, data, skills and operating models. There is also a second risk: when everyone deploys the same tools in the same way, savings quickly become the market standard rather than an advantage. That is why CIOs should measure not only savings but also adaptability: the organization’s ability to recognize change quickly, make decisions and reconfigure how it operates.
Practically every organization I currently work with has already shifted the weight of its technology investment toward AI. At the same time, two questions keep coming up in public debate: why don’t local improvements translate into company-wide results, and what will happen to a company’s competitive position if everyone uses the same tools in much the same way?
Similar questions accompanied earlier technological breakthroughs, as Paul David (“The Dynamo and the Computer”) and Nicholas Carr (“IT Doesn’t Matter”), among others, have written. Carr argued that since every company has access to the same IT tools, technology would stop providing an advantage. Companies should therefore spend less, avoid being pioneers and focus on risk. Time proved him wrong on this point: many of today’s largest corporations redefined their markets precisely through business model innovation and their ability to adapt to what new technologies made possible.
With AI, the risk of homogenization is similar. Widely available tools, applied in standard ways and solely to cut costs, make processes, decisions and customer experiences increasingly alike. LLMs, which generate the most probable answers, amplify this effect further. That is why I put forward the opposite thesis to Carr’s: investment in AI should continue, but its goal should be not only efficiency but also, and perhaps above all, operational flexibility. Efficiency is easy to copy. The ability to change, built on unique data, knowledge, processes and decision rights, is much harder to replicate. Executives and boards should therefore assess AI through the lens of adaptability: how quickly the organization spots market shifts and turns them into a new way of operating, so it can seize opportunities and contain risks.
Does the AI Performance Paradox resemble the earlier IT productivity paradox?
Having observed many AI implementations over recent years, I can say that the vast majority were initiatives that optimize or automate individual activities within processes designed before the AI era. They shorten the time needed to prepare a memo, find information, write code or produce a first draft of an analysis. They are valuable, but they do not change how decisions are made, how accountability flows, how data is structured or the logic of the process as a whole. The organization does its old work faster, but it does not necessarily work better.
Earlier waves of computerization followed the same pattern. Personal computers, ERP systems and other applications spent years improving individual tasks without immediately producing a visible productivity gain at the macro level. Throughout the 1980s and into the mid-1990s, there was wide debate over whether technology investment made economic sense at all.
Today we know that it did. The real step change, however, came only from years of accumulated local improvements combined with breakthrough business models, such as e-commerce in the dot-com era or services built on users being constantly connected through mobile internet (the so-called Uberization, for example). The winners were the companies that rebuilt how they operate around the new technology, not those that merely sped up existing tasks. AI follows the same logic. Automating selected activities delivers a short-term efficiency gain, but only redesigning how information, decisions and accountability flow builds a capability far more valuable than time savings alone: the ability to adapt quickly to change.
Why is efficiency necessary, but adaptability is what will build competitive advantage?
I understand that a CIO must first ask about the economics: the cost of licenses, models, cloud, integration and maintenance. The problem arises when cost reduction becomes the main definition of AI’s value. Competitors will buy the same models and off-the-shelf solutions, so efficiency quickly becomes the market minimum. It is necessary to avoid losing on cost, but not enough to win. Advantage comes from what cannot be bought along with the tool: unique data and knowledge, the way decisions are made, and the ability to reconfigure quickly. Before the ROI on AI investment shows up in company results, CIOs should track the indirect benefits: shorter time from signal to decision, faster process change, greater operational resilience, easier rollout of further use cases on shared foundations, and organizational change.
Adaptability is not generic “agility”. It is a specific ability to detect opportunities and threats, translate signals into decisions quickly, and reconfigure processes, resources and products. It does not arrive automatically with AI. It requires reliable data, a flexible architecture, clear decision rights and mechanisms for learning from change. This capability rests on five interconnected pillars, running from market signal detection, through decision and response, to technological flexibility and the learning loop.
What does this mean for CIOs?
We don’t know exactly what the market will look like in five years. We do know, however, that the pace of technological development, pressure on global supply chains and rising environmental requirements are just a few of the key reasons why change is becoming more frequent. In such an environment, the advantage will go mainly to companies that detect change faster and can safely translate it into a new way of operating. The CIO’s strategic role is to build the capabilities that enable a fast response (including reconfiguration) to emerging market signals.
In practice, this leads to three management decisions.
First, the AI initiative portfolio should be assessed not only by savings but also by its impact on the time from signal to response.
Second, investments in data, architecture, governance and skills should be treated as a shared capability for launching further changes, not as a cost assigned to individual use cases.
Third, accountability for AI must cover the redesign of processes and decision rights, because automating a task without changing the operating model does not create a lasting advantage.
If adaptability is becoming one of the key strategic benefits, it has to be measured as deliberately as cost. Classic metrics should be complemented by indicators that show the organization’s ability to recognize change, make decisions, reconfigure how it operates and learn from each iteration.
| Dimension | Question for the CIO | Example KPI |
| Sensing | How quickly does a relevant signal become a usable insight? | Signal-to-insight time |
| Decision | How quickly does an insight get an owner and become a decision? | Decision latency, escalation rate |
| Operational response | How quickly does a decision change a campaign, process, rule or product? | Insight-to-response time |
| Architectural flexibility | What share of new applications builds on existing components, and how quickly can a model be swapped without rebuilding the system? | Component reuse rate, model swap latency |
| Learning | Do outcomes feed back into the system and shape subsequent decisions? | Iteration cycle time, number of validated hypotheses |
Efficiency keeps you in the game, adaptability lets you change its rules!
I realize that almost the entire narrative around AI today is focused on cutting costs. As a result, CIOs and other executives will initially find it hard to get an adaptability narrative heard at board level. Adaptability metrics also have their limitations. They are harder to assign a financial value to, and when one can be assigned, that value is tied to a probability of occurrence (we do not control revenue to the same degree as costs). Yet, as I have shown in this article, focusing solely on cost reduction has its limits and does not deliver competitive advantage in the long run.
The future will not be won by the company that deploys the most agents, nor by the one that cuts the cost of individual tasks the fastest. It will be won by the organization that can safely turn signals into decisions, decisions into action, and experience into the next iteration. In regulated industries, the pace of change must go hand in hand with governance, validation and auditable decisions. Adaptability does not replace cost discipline. It complements it. Efficiency keeps you in the game. Adaptability lets you change its rules to your advantage.
So at your next AI investment portfolio review, it is worth asking not only “How much have we saved?” but also “How much faster can we change the way our organization operates today?”
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