When the world goes digital, value returns to the soil

On a warm afternoon in northern Nigeria, a farmer stands at the edge of his field, surveying land that has not been fully cultivated in years.

The soil is rich, the rainfall increasingly predictable, the demand for food unquestionable. Yet much of this land remains underutilised – not because it lacks potential, but because the systems required to convert potential into output are still forming.

Thousands of miles away, in data centres across the United States and Europe, servers hum relentlessly, processing vast amounts of information. Billions of dollars are being poured into artificial intelligence, robotics and automated systems designed to reshape how the world works.

In a LinkedIn post, John Dale, founder Kwikport, agro consultant and international trade expert argued that in 2025 alone, more than $258 billion flowed into artificial intelligence and adjacent technologies. The United States captured nearly 79 per cent of that capital. Europe accounted for around 7 per cent. Africa, by most measures, barely registered.

From a distance, the conclusion seems obvious: the world is accelerating into a digital future, and Africa is being left behind. But that conclusion rests on a flawed premise, Dale argued. Because the global economy is not simply moving forward. It is recalibrating – returning, in many ways, to its most fundamental constraints.

The paradox of abundance

For much of the past two decades, economic value appeared to migrate away from physical production toward intangible assets. Software scaled without factories. Content circulated without distribution networks. Knowledge became widely accessible, often free.

A generation of entrepreneurs internalised a new logic: that value could be created with little more than connectivity, creativity and code. That logic is now under pressure.

Artificial intelligence has accelerated the commodification of knowledge. Tasks that once required specialised expertise can now be performed, at least partially, by machines.

Content can be generated at scale. Ideas can be replicated almost instantly. As capability expands, scarcity shifts.

What becomes valuable is no longer the ability to produce information, but the ability to produce what cannot be digitised.

Food cannot be downloaded. Minerals cannot be coded. Energy cannot be simulated into existence. Even the most advanced digital systems depend on physical inputs – agricultural produce, raw materials, industrial processing and logistics networks. In this sense, the rise of artificial intelligence is not replacing traditional industries. It is reasserting their importance.

Africa’s unpriced advantage

This is where Africa enters the equation – not as a laggard in the digital race, but as a continent positioned at the centre of what comes next. The statistics are striking.

Africa holds roughly 60 per cent of the world’s uncultivated arable land, yet contributes only about 10 per cent of global food production. It possesses approximately 30 per cent of global mineral reserves, including significant deposits of cobalt, platinum and uranium – resources critical to the technologies powering the digital economy.

These figures are often framed as indicators of underdevelopment. But they can be read differently. They represent latent capacity – resources that have not yet been fully organised into productive systems. In economic terms, this is not a deficit. It is an opportunity that has not been priced.

The return to production

Historically, the creation of wealth has been closely tied to production.

Agricultural revolutions increased food supply and supported population growth. Industrial revolutions transformed raw materials into manufactured goods, creating new forms of value. Even in the modern era, countries that have achieved sustained economic growth – from China to Vietnam – have done so by building production capacity alongside technological advancement.

The digital age briefly obscured this pattern. It created the impression that economies could leapfrog physical constraints – that value could be generated independently of land, labour and logistics. That illusion is fading.

As global systems become more complex and interdependent, the importance of reliable production and supply chains is becoming more apparent. Disruptions – whether from geopolitical tensions, climate events or pandemics – have underscored the fragility of existing networks.

In response, governments and corporations are rethinking how and where goods are produced. Resilience, not just efficiency, is becoming a priority.

The strategic gap

For Africa, the challenge is not the absence of resources. It is the absence of systems. Across agriculture, mining and manufacturing, the continent produces significant volumes of raw output. But much of that output is exported with minimal processing, capturing only a fraction of its potential value.

Take agriculture. Despite its vast land resources, Africa imports billions of dollars’ worth of food annually. Post-harvest losses remain high due to inadequate storage and processing infrastructure. Supply chains are fragmented, limiting the ability of producers to scale.

In mining, a similar pattern emerges. Raw minerals are extracted and exported, while processing and value addition occur elsewhere. The result is a structural imbalance. Africa participates in global markets, but often at the lowest point in the value chain.

A shift in perspective

What is required is not simply increased production, but organised production. This distinction is critical.

Producing more without improving systems leads to inefficiency. Organising production – through infrastructure, technology and institutional frameworks – creates the conditions for sustained growth.

This is the essence of the Go Local philosophy. It is not about isolation or self-sufficiency. It is about building the capacity to convert local resources into competitive products – and capturing value at each stage of the process.

In practical terms, this means:

• Developing processing industries that transform raw materials into finished goods
• Building logistics networks that move products efficiently across regions and borders
• Establishing standards and certification systems that enable access to global markets
• Leveraging technology to improve productivity and coordination

These are not abstract goals. They are the building blocks of economic transformation.

The role of capital

One of the paradoxes of the current moment is the concentration of capital in digital sectors. While hundreds of billions of dollars flow into artificial intelligence and software, comparatively less attention is paid to the physical systems that underpin the global economy.

This creates a potential misalignment. As digital capabilities expand, demand for physical inputs – food, energy, raw materials – will continue to grow. Yet investment in the production and processing of these inputs has not kept pace.

For Africa, this represents an opportunity to attract capital – not by competing directly in saturated digital markets, but by positioning itself as a critical node in global production networks. The key is credibility.

Investors require predictable environments – clear regulations, reliable infrastructure, and transparent governance. Building these conditions is as important as the resources themselves.

A new narrative

There is a tendency to frame Africa’s economic story in terms of catching up – closing gaps with more developed regions. But the current moment suggests a different narrative.

Rather than following the path of others, Africa has the opportunity to define its own trajectory – one that integrates digital capabilities with physical production. This is not a rejection of technology. It is an expansion of its application.

Artificial intelligence can optimise agricultural yields. Data analytics can improve supply chain efficiency. Digital platforms can connect producers to markets. The goal is not to choose between digital and physical economies, but to align them.

The human dimension

Back on the farm in northern Nigeria, the challenges are immediate and practical. Access to financing determines whether seeds can be purchased. Infrastructure affects whether crops reach markets before they spoil. Information – about weather patterns, pricing, demand – shapes decisions.

These are the points where systems matter. When they function effectively, productivity increases. When they fail, potential remains unrealised. The same dynamic applies across sectors.

In mining, the presence or absence of processing facilities determines whether value is captured locally. In manufacturing, energy reliability affects output and cost competitiveness. In logistics, the efficiency of ports and transport networks influences trade flows.

Economic transformation, in this context, is not an abstract concept. It is the cumulative result of improvements across these systems.

The next frontier

As the global economy evolves, the distinction between digital and physical sectors will become less meaningful. What will matter is the ability to integrate both – to use technology to enhance production, and to ensure that production supports technological growth.

Africa’s position in this emerging landscape is not predetermined. It will depend on choices – by governments, by businesses, by investors. The continent can continue to export raw materials and import finished goods, participating in global markets on unequal terms.

Or it can build the systems required to capture more value – transforming resources into products, and products into industries.

A different kind of race

The narrative of being “left behind” in the race for artificial intelligence assumes that all economies are competing on the same track. They are not.

The digital economy is one arena. The production economy is another. Increasingly, the two are converging. In that convergence, the fundamentals reassert themselves.

People need food. Industries need raw materials. Economies need energy. These are constants. And in a world where knowledge is becoming abundant, constants become valuable.

The long view

Economic history suggests that periods of rapid technological change are often followed by rebalancing – a recognition that innovation must be grounded in physical reality. The current moment may be one such period.

Artificial intelligence will continue to advance. Digital systems will become more sophisticated. But their impact will depend on the availability and organisation of physical resources.

Africa, with its land, minerals and growing population, is central to this equation. The question is not whether the continent will participate in the next phase of global growth. It is how.

Closing the gap

The farmer in northern Nigeria begins to prepare his land for the next planting season. The work is slow, deliberate, dependent on factors both within and beyond his control.

Yet within that process lies a broader truth. Economic transformation does not happen overnight. It is built – season by season, investment by investment, system by system.

For Africa, the opportunity is clear. In a world increasingly defined by digital abundance, the ability to produce – to grow, to mine, to process, to move – will remain scarce.

And scarcity, as ever, is where value resides. The future, it turns out, may not belong solely to those who build algorithms. It may belong equally – perhaps more so – to those who build what the algorithms cannot replace.