The idea of building domestic chips appears in almost every country that thinks about the future. The formula sounds simple. Chips are the backbone of the digital economy. Without them there is no industry, no connectivity, no defense. The slogan is clear. Let’s build our own chips.
But advanced technologies follow a different logic. This is not a question of money. Not a question of political will. And not even a question of strategy. It is a test of institutions, talent, and access to global technologies. Where this test is failed, billions turn into concrete, idle equipment, and loud criminal cases. This pattern is becoming more visible, which is why it matters for Kazakhstan.
Over the past few years, governments have poured massive resources into microelectronics. Subsidies expanded. Funds grew. Plans became more ambitious. Results, however, were uneven. Mature segments moved faster. Narrow, complex bottlenecks stalled. The higher the technological bar, the larger the gap between expectations and reality. This is not accidental. It is a property of the industry itself.
Chipmaking is not one technology. It is a chain. Design. Materials. Equipment. Lithography. Packaging. Testing. Software. Skills. Each link requires years of accumulated experience, access to knowledge, and integration into global value chains. You cannot skip steps. You cannot close borders and catch up. Any attempt to build the full cycle alone sharply increases risks.
In practice, even large economies rarely control the entire chain. They choose segments. Design here. Manufacturing there. Equipment elsewhere. Packaging somewhere else. This is not weakness. It is rational choice. But in political debate, another logic often wins. Sovereignty. Self-sufficiency. National champions. In advanced technologies, this logic quickly collides with physics and economics.
Attempts to fast-track microelectronics development follow a repeated script. Funding is allocated quickly. Projects launch with bold announcements. Local authorities rush to show progress. Factories are built. Equipment is purchased. A few years later, the gaps appear. No talent. No access to key technologies. No stable demand. No market entry. The project freezes. Sometimes forever.
The core problem is not money. It is institutions. Advanced technologies do not tolerate imitation. You cannot report success in square meters or investment volume. A result either works in the market or it does not. Any weakness in governance, oversight, or expertise scales instantly. A wrong partner choice. A wrong technology bet. Wrong timelines. Each mistake is expensive.
This lesson is especially relevant for Kazakhstan. The economy is open. The market is small. The talent pool is limited. Any bet on advanced technologies requires sober calculation. Not slogans. Not glossy decks. A cold assessment of where we can fit into the chain and where failure is almost guaranteed.
Access to technology is another constraint. In microelectronics, it has never been fully open. Export controls. Licenses. Standards. Patents. All are part of reality. Where access tightens, progress slows regardless of subsidy size. Money does not replace equipment. Equipment does not replace know-how. Know-how does not exist without people.
Talent deserves separate attention. Microelectronics needs thousands of narrowly specialized engineers. They cannot be trained in two years. They cannot be imported at scale. They are built over decades. In countries where the sector succeeded, talent mattered more than money. Governments made strategic mistakes, but strong teams allowed course correction. Where talent was missing, mistakes became fatal.
In Kazakhstan, the talent issue is often treated as secondary. First the project. Then universities. Then training programs. In advanced technologies, the order is reversed. People first. Projects second. Without this, investments become risk.
Another risk is politicization. When microelectronics becomes a symbol of national pride, pressure rises. Quick wins are expected. Reports are polished. Problems are muted. Expertise moves aside. This is dangerous. In advanced technologies, bad news must surface early. Otherwise it arrives all at once.
Segment choice also matters. Attempts to jump straight into leading-edge nodes almost always fail. Barriers are extreme. Competition is brutal. Errors are unforgiving. More resilient strategies focus on mature segments. Packaging. Testing. Specialized chips. Niche solutions. Entry barriers are lower. Economics are clearer. Talent is more accessible. Exports are realistic. For Kazakhstan, this is a decisive choice. Not about ambition. About rationality. Integrate into the chain and earn, or build a showcase with no market. Advanced technologies do not tolerate showcases.
Fund and project governance is another fault line. In microelectronics, management mistakes are costly. Decisions without independent expertise. Weak oversight. KPIs that replace real outcomes. Projects multiply. Money flows. Results do not. This is not unique. It repeats across countries.
The conclusion for Kazakhstan is direct. If entering advanced technologies, special rules are required. Independent technical audits. Tight capex control. Transparent beneficiaries. Realistic timelines. Willingness to shut projects down. Without this, it is better not to start.
There is a positive side. Advanced technologies do not require a full cycle. They require competencies. Even participation in a limited segment creates impact. Talent. Exports. Global integration. But only if the choice is sober. Kazakhstan often faces the temptation of big words. Our chips. Our technological sovereignty. Our breakthrough. Advanced technologies punish self-deception. They do not believe slogans. They believe people, institutions, and access to knowledge.
In this sense, microelectronics is a perfect test. It reveals state maturity. The ability to say no. To admit constraints. To choose a niche. To play the long game. Not everyone passes this test. Ignoring it is even riskier. For Kazakhstan, the right question is not whether we will build our own chips. It is where exactly we can be useful in the global chain, and whether we are ready to build institutions around that choice. The answer will decide whether advanced technologies become a source of growth or a costly lesson.
Ruslan Sultanov, economist, President of the “PharmMedIndustry Kazakhstan” Association, specifically for www.economyKZ.org
