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Artificial intelligence, why it struggles in business

Generative tools struggle to understand context and thus to integrate into systems and organisations

3' min read

3' min read

The news bounced out of the United States at the end of August, breaking the balance of common thought that had been created for months around artificial intelligence and the beneficial effects of its application in business. And, instead, the one produced by the Mit Media Lab ('The GenAI Divide: State of AI in Business 2025') is a critical report on the goodness of the investments made in this technology.

Mit: "Low returns on investment"

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The reason? Quickly explained: despite the tens of billions of dollars spent by large companies, only 5% of pilot projects based on Gen AI tools generate rapid and measurable revenue acceleration. Most (the remaining 95 per cent) therefore remain stuck and do not produce returns on the income statement in terms of operating margin. MIT researchers have circled the real impact of generative artificial intelligence in red and with the definition of the 'Gen AI Divide' highlight the risk of minimal transformation in the face of a high diffusion of solutions, with a few sectors showing signs of structural disruption while most experiment a lot without concrete results.

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Low contextual learning

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Where, then, does the criticality accompanying the adoption of generative tools in companies lie? In the transition from the pilot phase to the 'putting into production' of the projects, and in this case in causes attributable to the lack of contextual learning and the limited ability to integrate these solutions into operational processes (and to the concomitant difficulty of adapting systems and organisation to the AI verb). The main barrier to the success of these projects, in other words, would be the lack of understanding of a technology that struggles to adapt to the context and process feedbacks, not improving (and not correcting its errors) over time.

The report by the American research university has thus shone a light on a problem that is certainly not unknown and highlights a further critical element. Which is? The informal use of Gen AI, with only a minority of companies (40 per cent according to the report) having purchased premium subscriptions to Llm models, while 90 per cent of employees say they regularly use generative tools for their own work.

Piva: 'Few skills and inadequate infrastructure'

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The latter phenomenon has also been observed in Italy, as confirmed to Il Sole 24 Ore by Alessandro Piva, director of the Artificial Intelligence Observatory of the Politecnico di Milano, according to whom 'interest in Generative AI in medium-sized companies has grown, but adoption still comes up against structural obstacles such as the lack of internal skills, the difficulty of integrating it into existing processes, inadequate infrastructures and regulatory uncertainties. In addition to these critical issues,' the expert points out, 'there is the growing risk of ungoverned use of the technology by company employees, so-called shadow AI, which can lead to unintentional exposure of sensitive data and compromise corporate security and compliance'.

Are Thinking Ai's reliable? Apple's 'complaint'

A report released by Apple at the end of June (with the emblematic title "The Illusion of Thinking: Understanding the Strengths and Limitations of Reasoning Models via the Lens of Problem Complexity") speaks of the approximation of the most advanced artificial intelligence tools, criticising in particular the effectiveness of 'reasoning' models (those with the capacity to reason, used by platforms such as DeepSeek or Claude, among others) with respect to the conventional Llm at the basis of tools such as ChatGPT. The Cupertino paper asserts that the datasets of models capable of thinking also contain the answers to the tests to which the same models are subjected in order to be evaluated, thus compromising the reliability of the values recorded. Having said that Apple is not leading the race to develop generative models today, what did its engineers want to highlight? The feeling is that, beyond appearances, the current 'reasoning' models have not yet developed a real capacity for generalisable reasoning and their advantage only emerges in a limited range of complexity, quickly running out as the problems become more complex. On the other hand, as many point out, Llm models have extraordinary capacities (which are also constantly evolving) to generate texts and increase personal productivity, but they are technologies based on statistical assets, and not on true and real understanding. Is it also for this reason that many of the Gen AI-based projects have failed?

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