Scarcity is a rich word. It is the foundation of modern economic theory. It is a philosophical word, a commercial term, the lived reality of millions of people, and even the subject of theological grappling.

For a word that means not enough, it certainly does not suffer from a lack of attempts to understand, categorize, and influence it. If you really dig into it, the nature of scarcity is at the heart of some of the most heated debates in economic circles today. This ranges from concerns over the overexploitation of natural resources to arguments in favor of a theory of abundance that emphasizes rapid expansion in the physical manufacture of goods and services. An even more recent version of the scarcity debate is shaping up as breathtaking advances in artificial intelligence ignite global concern.

In Africa, the debate is a hybrid of classic economic scarcity but also a strange inversion. 

On one hand is the textbook picture of scarcity of many people chasing too few goods. And on the other, there are pockets of high supply across the continent, without corresponding opportunities to match this supply to demand. The second is not always a scarcity of raw inputs, but a scarcity of conduction, a structural bottleneck where the pipeline of potential is overflowing, yet the gateway to systemic utility remains restricted. 

We see this friction wherever the continent’s raw assets meet the frontier of new industries. Given the abundance of young people, building a deep pipeline of ambitious technical talent and engineers should be relatively easy. But just doing that is not enough, if we fail to create or coordinate enough opportunities or a pipeline for people to deploy their skills at the bleeding edge of their careers. 

The exact same bottleneck strands the continent's physical resources. So the critical minerals the rest of the world aggressively wants, and the immense natural potential for renewable energy, remain largely unconducted into deep local value. Whether due to capital constraints, policy failures, or structural instability, the outcome is identical: a failure of systemic coordination that leaves value locked in place.

Turning the corner

You can see now, I hope why the answer to “what is scarcity” is not simply what the continent lacks. It is also what Africa is unable to do or have regardless of what we already possess.

Essentially, the nature of scarcity changes when you begin to look at it differently. In standard economics, scarcity is treated as a hard mathematical fact: demand exceeds supply. But in human experience, scarcity is dynamic. It is iridescent. It is simultaneously a physical constraint of the universe (we only have 24 hours in a day), a psychological moving target (what was a luxury in the year 1600 is a basic necessity today), and a failure of systemic coordination.

One way of thinking about scarcity in the African context, then, is to examine its adjacent: prosperity. Prosperity requires knowing what is available, securing what is missing, and building the capacity to do valuable work with both. To put it simply, prosperity is a relative measure of how successfully we are managing scarcity. If scarcity on the continent is primarily a failure of coordination rather than a lack of raw inputs, then the true role of the entrepreneur is to build the missing channels between stranded capacity and active demand.This type of entrepreneurship becomes the infrastructure of activation. It organizes capital, navigates policy friction, and builds the platforms on which Africa’s ambitious engineers can do frontier work. As that work accumulates, firms have more reason to commission projects here, and existing demand can begin to find a natural home in Africa.

If we stay on the topic of frontier talent for a minute as our “case study”, the entrepreneurial mechanism would have to do more than find capable engineers. At a minimum, it means building the industrial links to universities that would ensure robust density in high-quality talent. Engineers would need specialised tools and be able to work on real projects. Global firms would need a reason to trust that work and commission more of it. Bringing these pieces together as a business is an unusually difficult task where few of the supporting institutions already exist.

No surprise then that Madica has just invested in one company building such a path. 

ChipMango trains engineers for commercial chip design and verification and puts them to work on projects for global customers. It is also building relationships between universities and industry, and taking part in wider efforts to connect chip design with manufacturing capability across the continent. Over time, ChipMango even has ambitions to design its own edge-AI and sensor chips. 

Of course, there is a long way between training an engineer and designing a chip of your own. But each step unlocks supply that could not have happened before, and makes the next step more plausible. That is what it means to turn potential into economic capacity. That is one way an abundance of potential becomes prosperity.

This brings us back to the immediate reality and the question of scarcity with which we began this essay. We cannot relegate the question of scarcity or abundance to comfortable academic circles when we face a uniquely direct version of it. Whether it is in the abundance of potential talent, renewable energy or mineral deposits, the need to coordinate that transition into kinetic value has never been more urgent. Then we can begin to measure prosperity by how much “abundance” we can put to work to resolve scarcity. And how far up the chain of value we can go, and retain.

Is it hard work? Of course. Very rewarding hard work. And one for which we need more ChipMangos.