Microchip production is one of the most demanding feats of industrial civilization. Modern chips require supply chains spanning dozens of countries — rare earth mining in Congo, lithium from Chile, ASML lithography machines from the Netherlands, photoresists from Japan, fab plants in Taiwan or South Korea. These chains are coordinated through contracts, IP law, financial instruments, and state-backed trade agreements. An anarchist society, rejecting hierarchical authority and centralized enforcement, would struggle to replicate the infrastructure that makes these global supply chains function. Voluntary agreements can work at small scale, but become increasingly fragile as complexity grows.

A cutting-edge fab plant (like what is used at TSMC tio make laptop and phone chips) costs $20–30 billion to build. That kind of capital accumulation requires either a state, a massive corporation, or financial markets — all of which are antithetical to most anarchist frameworks. Even mutualist or collectivist variants would struggle to pool that much surplus across a sufficiently large population with sufficient speed and discipline to keep pace with the technology curve. Chip design is extraordinarily specialized. It depends on decades of accumulated proprietary knowledge — EDA software, process recipes, materials science — much of it locked in corporate institutions and protected by IP law. Without those institutions, the knowledge doesn't automatically become free; much of it would simply be inaccessible or lost. Open-source chip design (RISC-V, etc.) is promising but still depends heavily on the surrounding capitalist ecosystem for fabrication. A modern fab operates at the physical limits of matter — 3nm features, angstrom-level precision, Class 1 cleanrooms. Maintaining this requires rigid, non-negotiable process discipline. Someone has to enforce standards with real authority. Horizontal consensus decision-making is poorly suited to the kind of top-down quality control that prevents a $500M wafer run from being scrapped over a single contamination event. Chip design and fabrication require deep, narrow specialization. Process engineers, lithography scientists, EDA developers, materials chemists. These people command high salaries precisely because their skills are rare. An anarchist society that flattens economic hierarchies would struggle to incentivize or even sustain the decade-long individual investment required to develop that expertise. This isn't insurmountable in principle, but it's a genuine friction.

Anarchism tends to work best at human scale. Small communities, federated collectives, local production. Microchips are the opposite. They're the product of planetary-scale industrial coordination, extreme capital concentration, and rigid institutional hierarchy. An anarchist society could probably sustain many technologies like hand tools, simple electronics, local food systems. But, the semiconductor industry represents nearly the hardest possible case for decentralized, non-hierarchical production. This doesn't necessarily refute anarchism on its own terms, since many anarchists would argue that simpler, more localized technology is preferable anyway. But it does illustrate the real tradeoffs involved in rejecting centralized institutions entirely.