The Silent Consensus: Core Systems, Technological Sovereignty, and the Greater Good

There is a greater good. Each and every one of us needs to know it.

I do not mean we need a conference, a summit or a signed manifesto before we can begin. I mean there is an unspoken understanding among builders, innovators and thinkers across our side of the world: we are behind in many of the core technologies shaping the future, and we have to close that gap.

We do not have to agree on every step. We do need to know what direction we are moving in. Then each person can go back to the work in front of them and build toward it.

For a long time, our distance from the frontier looked like an economic delay. Something we could live with. Now it feels more serious. The systems we depend on-compute, communications, energy, advanced manufacturing—are being built and controlled elsewhere. That affects our sovereignty, our economies, our security, even the choices our children will have. The people building these systems will set many of the terms. We cannot assume those terms will always work for us.

This is not because we lack intelligence. It is because too many people with ability do not have the tools, capital, laboratories, or industrial base to turn that ability into something lasting.

The illusion of surface-level progress

We have built things worth celebrating. Nigerian fintech companies have made real products for real problems, and they have been recognized around the world. But fintech success does not mean we have built the foundations every next industry will need; as a matter of fact, our fintech success is owed largely to software, people, and compliance. The moment the need for hardware arises, we become dormant.

Fintech also shows the limits of the model. A lot of the capital that helped Nigerian startups grow came from outside the country. That money mattered. It helped companies get started and scale. But it means some of the ownership, decision-making and financial upside sits with investors elsewhere. The Central Bank of Nigeria says the fintech ecosystem remains heavily dependent on foreign capital, which leaves it exposed when global funding conditions change. The VCs that funded this industry won't give you money for ventures like AI, let's be honest.

We are moving into an era where hardware matters more and more: compute, silicon, reliable electricity, networks, cooling and manufacturing. Software is not theoretical or inert. It changes how people work and live. But software does not float in the air. It runs on machines and depends on systems somebody has to build, power and maintain.

Software is built on software, but software ultimately runs on hardware. If we own only the software layer, we may own a product, but we do not own the whole system it depends on. That leaves us with less control when access gets expensive, restricted, or simply unreliable.

From steel to compute

Frontier technology does not appear in a vacuum. It grows out of other capabilities. It is not a perfect straight line. These layers depend on each other. But it is impossible to get to the top while ignoring everything underneath.

Look at ASML. Work on extreme ultraviolet lithography began in the 1990s. ASML shipped an early EUV prototype in 2010, and customers began ordering production-ready systems in 2016. This was a long, difficult effort, involving research and a wide supply chain.

Look at NVIDIA. It started by building graphics technology for games. It introduced the GPU in 1999, opened its CUDA platform to researchers in 2006, and GPUs later helped power the AlexNet breakthrough in 2012. Work that began in one market became essential to another.

These are routes we don't have at the moment to achieve scales like this.

We do not have to build a leading-edge chip factory tomorrow. That would take extraordinary amounts of money, expertise and time. But we cannot skip the industrial layer altogether and expect to own frontier compute. Steel does not turn directly into an AI data centre. But the materials, power systems, construction, cooling, cables, electronics, technicians and suppliers all matter. Without them, our builders end up renting more and more of what they need from elsewhere. Renting compute can be the right choice for a company. Depending on it as our only choice is a different matter.

Nigeria does have manufacturing, but do these manufacturing industries produce the essentials to aid frontier innovations

Nigeria’s own National AI Strategy names affordable local infrastructure and computing capacity as foundations for AI research. But what are they doing about it? How is this policy solving this problem that seems unsolvable? It is hard to build frontier systems if the power, compute, and research conditions are missing.

Realpolitik and unconventional pragmatism

We should not expect the West or China to simply hand us every technology we need. Some tools will be restricted. Some will be too expensive. Some capabilities will have to be learned and built over time. That is the reality.

I have always felt there is more for us to learn from China, India, and the post-independence Asian economies than from copying the American venture-capital story wholesale. Not because we share the same history or can copy their choices exactly. We cannot. But they have made large, unconventional bets to build industry and technical capacity. We should study what worked, what failed, and what could fit our own conditions.

Pragmatism matters. Lee Kuan Yew spoke of judging an idea by “the sheer test of its applicability.” That is a useful way to think about it: try what can work, keep what works, and change what does not.

And we should be clear about what “unconventional” means. It cannot mean stealing technology, deceiving people, or cutting corners that put lives at risk. Those things do not create a system we can trust or maintain. We can be aggressive about learning: train people, license technology, form partnerships, hire expertise, build research labs, and make our own improvements. We have enough difficult work to do without pretending theft is a development strategy- I can only say so much in writing.

We cannot wait for permission

I do not want the success of frontier innovation here to depend on waiting for government, wealthy investors, or a perfect economic moment. From where I sit, much of the domestic wealth is concentrated in sectors with shorter horizons and clearer assets; the NGX is a perfect indicator. I do not expect those investors to suddenly finance chip research or a steel factory just because we say it is important.

But that does not mean government can be ignored. Reliable power, universities, research funding, and transparent procurement all require public institutions to do their part. Founders cannot build a national grid. A university lab cannot replace industrial policy. We have to start with what we can do, while also pushing for the things only public institutions can provide.

Young people, university labs and independent engineering teams can start smaller than a fab. They can build in open-source software, industrial automation, electronics, testing, robotics, power management, local-language models and the tools that help manufacturers work better. Some of those efforts will fail. That is part of the work. What we need is a path where a small project can grow into a company, a lab, a supply chain or an industry.

Our schools have to change too. I keep asking: what are students learning about machine learning, electronics, manufacturing and the systems that actually run technology? Who is getting time in a lab to try an idea and see where it breaks? We need current teaching, yes. We also need equipment, mentors, technicians, and places where people can build things with their hands, and stop the abstract learning that has plagued us for decades.

Our schools teaching archaic syllabi, syllabi that the rest of the world has left behind. We want the same standard as our Western counterparts in terms of innovation.

Molding the market

When you take a frontier idea to an emerging market, the numbers may tell you the market is not there. Sometimes the numbers are right. Sometimes the market is not ready because nobody has made the product useful, reliable, and affordable enough yet.

We cannot just insist that people need something and expect them to pay. We have to show them. Find a real problem. Build for it. Earn trust. Improve the product. Make the case until the market understands the value. That takes time, and the first people doing it may not get the reward they expected. But a market does not always arrive ready-made. Sometimes builders help create it.

The road ahead

This path is hard. It may take years before some of the work pays off. The point is not that every one of us will build a data centre, a steel plant or a chip company. We will not. Some of us will teach. Some will research, invest, repair equipment, write software, build products or organize a team. The work is different, but it can point in the same direction.

We do not need to settle every detail before beginning. But “silent consensus” cannot mean working alone forever. Foundational systems need people to coordinate, pool capital, share research, and hold institutions accountable. It means we do not need to wait for one grand meeting before taking responsibility for our part.

It may sound dramatic to call this existential. I mean that our ability to choose our future is at stake. If we have no hand in building the systems that shape work, education, security, and everyday life, future generations will have fewer choices than they should. We will not disappear. But we may regret the things we could have built and did not.

There is a greater good. Each of us needs to know it. For me, it is this: build the knowledge, infrastructure, and core systems that let us innovate for ourselves and take part in shaping what comes next. We have a lot of work to do. We should start now.