The AI Multiplier: How Leadership Choices Shape Long-Term Impact
Article | 2026-4-3
10 minute read
AI is moving rapidly from experimentation to enterprise infrastructure. As organizations invest heavily in AI, the conversation is shifting from whether to adopt the technology to how to scale it responsibly and sustainably. This article explores how leadership choices determine whether AI becomes simply a tool for short-term efficiency or a multiplier for long-term business value. Drawing on the Net Positive perspective of Paul Polman and the practical experience of Fujitsu Wayfinders consultant Sven Jagebro, it examines how organizations can design AI strategies that strengthen performance, resilience and trust at the same time.
Introduction: AI and the Leadership Challenge
It's difficult to overestimate AI's impact on businesses. As promising pilots evolve into opportunities to scale, organizations are making major investments in the technology. According to Gartner, worldwide spending on AI will reach $2.52 trillion this year – a 44% increase year on year. (*1).
Yet this rapid accleration is also leaving many organizations reeling. Fujitsu's own research shows that 82% of business leaders say that AI's rapid advances has been a reality check for them. (*2).
As AI becomes part of the plumbing of business, it starts to shape how decisions are made, how supply chains function, how services are delivered, and how risk is managed. At the same time, leaders and practitioners are recognising the added complexity this brings.
This presents a dual challenge. AI offers significant opportunity for productivity, innovation and cost discipline. But it also operates as what might be described as a system-level technology: its effects extend beyond a single function or balance sheet line. Decisions about AI deployment can influence energy consumption, data governance, workforce design, supply chain resilience and public trust.
For business leaders, the question is no longer simply whether to adopt AI. It is how to adopt it in ways that create enduring value.
Applying a Net Positive Lens: A Leadership View
This is where Paul Polman, co-author of Net Positive, offers a useful perspective. Throughout his tenure as CEO of Unilever, Polman argued that long-term performance and societal contribution are not competing priorities.
In the context of AI, that philosophy becomes newly relevant. Technology amplifies intent, and as technology becomes more powerful, so the quality of leadership intent matters more.
“Companies that serve the world best will ultimately be the most successful.”
— Paul Polman
For many organisations, AI offers attractive short-term gains in the form of increased efficiency and productivity. It is natural to pursue these. However, the rush to deploy can be counter productive if the organisation takes a short-term view.
Organisations drive success from their relevance to their stakeholders – which can include employees and wider society, as well as shareholders and customers. The Net Positive mindset asks: is the world better off with your organisation in it?
This is a useful lens to look through when considering AI, to achieve the greatest returns from the technology. For example,
- Are cost reductions being achieved by eliminating inefficiency or by weakening safeguards?
- Are AI systems designed with regulatory diversity in mind across jurisdictions?
- Is human accountability maintained where decisions materially affect customers, employees or citizens?
When it comes to AI, most organizations lack the necessary governance structures. According to recent Fujitsu research, only 15% described their AI governance as best in class, while 46% said it was basic. AI governance cannot sit solely within IT. It intersects with legal, compliance, sustainability, operations and human resources.
Paul Polman emphasizes that responsibility cannot be outsourced.
"The more powerful the technology, the greater the responsibility of leadership." he says.
Sustainability and social impact are often seen as being at odds with commercial priorities. In reality, the opposite is true.
Fujitsu’s approach to next-generation computing illustrates this. Advanced AI models require enormous computational power, which in turn drives energy demand. Against this background, Fujitsu is developing its next-generation processor, FUJITSU-MONAKA (*3), designed to deliver high performance with significantly lower energy consumption.
For customers, greater energy efficiency means lower operating costs, reduced exposure to volatile energy markets, and stronger alignment with decarbonization targets. Financial and environmental priorities therefore reinforce one another rather than compete.
In this context, decisions about energy use and hardware efficiency are not just technical considerations. They are strategic ones.
What This Means in Practice: A Front-Line Perspective
In practice, these questions emerge in the operational detail. As Sven Jagebro of Fujitsu’s Uvance Wayfinders consultancy, who works closely with global clients, observes, the technology itself is rarely the main barrier. More often, the real friction lies in operating models, accountability structures, and cross-functional alignment.
"Trustworthy scaling of AI is increasingly a board-level topic," he notes. "In digital businesses, trust becomes a core currency — and governance is how organisations protect and build that trust as AI scales."
Many organisations begin their AI journey with contained pilots: automating specific workflows, introducing predictive maintenance, or deploying AI-driven customer support tools. But not all of these initiatives demonstrate measurable gains.
In fact, Gartner reports that just over half - around 54 % - of AI projects progress from pilot into production (*4). And gains when they emerge do not automatically translate into systemic advantage.
But when initiatives are intentionally connected, multiplier effect of AI emerges.
For example:
- AI-driven energy management can simultaneously reduce operating expenses and emissions.
- Predictive analytics in supply chains can lower inventory costs while strengthening resilience to disruption.
- Intelligent compliance monitoring can streamline reporting while reinforcing regulatory confidence.
The practical discipline lies in designing AI systems so that multiplication works in the right direction.
This requires early clarity on several dimensions:
- Governance architecture: Are escalation mechanisms defined if systems produce unintended outcomes? Is there clear human oversight for high-impact decisions?
- Regulatory mapping: Data sovereignty and AI regulation vary across regions. Deployment models must account for this diversity before scaling.
- Cross-functional integration: Are sustainability, risk and digital teams aligned from the outset, or consulted after deployment?
- Workforce readiness: AI alters workflows and decision rights. Without investment in training and clarity of accountability, anticipated benefits may stall.
In practice, organizations that adopt a broader value lens often move more confidently. Guardrails established early reduce hesitation later. Teams understand the boundaries within which they can innovate. Rather than slowing deployment, clarity tends to accelerate it.
As Sven explains, "When organisations design governance into their AI architecture from the start, with reusable frameworks and clear rules, governance becomes an enabler rather than an inhibitor. It actually helps teams move faster."
From the front line, responsible AI is less about abstract ethics and more about disciplined design choices made consistently across programs.
Conclusion: Delivering Today While Preparing for Tomorrow
Business leaders are operating under immediate pressure. Quarterly performance expectations, geopolitical volatility, regulatory change and cost inflation leave limited space for abstract debate.
AI is frequently positioned, correctly, as a lever for efficiency. Cost discipline remains essential. Yet the manner in which savings are achieved matters.
Reducing duplication and friction strengthens competitiveness. Eroding safeguards or overlooking compliance complexity may create deferred risk. In compressed business cycles, deferred risk can surface quickly.
A Net Positive perspective does not ask leaders to choose between short-term performance and long-term resilience. It asks whether short-term decisions are coherent with long-term capability.
As Paul Polman puts it: 'AI provides the power, Net Positive provides the direction'.
AI functions as a multiplier. It will amplify efficiency where processes are strong. But it may also amplify fragility where governance is weak. Leadership determines which dynamic dominates.
In this sense, the defining advantage in the AI era may not be access to algorithms alone, but the clarity of principles guiding their deployment.
AI does not remove the complexity of leadership. It heightens it. By applying Net Positive principles — aligning innovation with system responsibility — organizations can position AI not only as a driver of performance, but as a contributor to durable business value.
Actions to Take Away
For leaders seeking to apply Net Positive principles to AI strategy, here are five practical steps:
-
Define non-negotiables early.
Establish clear principles around transparency, human accountability and regulatory alignment before scaling initiatives. -
Target intelligent cost reduction.
Focus on eliminating inefficiency and duplication. Avoid savings that introduce compliance exposure or undermine trust. -
Integrate governance across functions.
Bring digital, risk, sustainability and legal leaders into shared decision-making structures from the outset. -
Invest in capability alongside technology.
Training, operating model clarity and cultural alignment are as critical as technical infrastructure. -
Measure broader value creation.
Track not only cost savings, but also resilience gains, energy efficiency improvements and stakeholder trust indicators.
- *1) Gartner Says Worldwide AI Spending Will Total $2.5 Trillion in 2026
- *2)Fujitsu. "Quantum Computing Readiness Research: How do 300 global executives evaluate quantum technology?". Fujitsu. 2026-03-05.
- *3) FUJITSU-MONAKA | Fujitsu Global
- *4) Gartner. "Gartner Identifies the Top Strategic Technology Trends for 2021". Gartner. 2020-10-19.
Paul Polman
Business leader, investor, philanthropist
Paul Polman is an internationally recognised leader in sustainable business and a co-architect of the UN Sustainable Development Goals. As CEO of Unilever (2008-2019), he proved that purpose-driven strategies deliver exceptional results. Through board roles, impact investments, and his bestselling book Net Positive, Paul continues to inspire responsible leadership and drive global progress towards a sustainable future. Thinkers50 named Paul and his co-author Andrew Winston 1st in its 2025 Ranking, recognising their lasting influence on business and management.
Sven Jagebro
Partner, Uvance Wayfinders in Sweden
Sven is a consulting partner specializing in strategy and transformation of company operating models. With over twenty-five years of experience in management consulting and commercial leadership roles, he combines strategic and analytical rigor with engagement and pragmatism to help clients navigate from value identification to value realization. His approach uses client co-creation and collaboration as he believes that successful transformation is as much about people as it is about technology. Sven holds a master’s degree in business from the School of Business, Economics and Law at the University of Gothenburg and was a guest lecturer at the Royal Institute of Technology on digitization and innovation for four years.
Related Information
Advancing Net Positive - Driving Profit with Purpose
Transforming Leadership: Navigating a Net Positive Future with AI