The Monopoly Stack
The global technology stack rests on fewer than ten critical entities. From the lithography machines of ASML in Veldhoven to the server farms of Northern Virginia, and from the edge proxies of Cloudflare to the CUDA kernels of NVIDIA, the modern world is tethered to a monopoly stack. The risks are no longer theoretical.
The modern world is tethered to a monopoly stack.
The risks are no longer theoretical.
ASML: The Lithography Monolith
ASML holds a 100% monopoly on Extreme Ultraviolet (EUV) lithography — the machines that make advanced chips physically possible. Each machine costs between $150M and $400M. There is no alternative supplier. Without ASML machines, the semiconductor roadmap stops. Moore’s Law depends on one company in one city in the Netherlands.
100% monopoly on EUV lithography · $150M–$400M per machine · Moore’s Law depends on a single supplier.
TSMC: The Manufacturing Choke Point
TSMC manufactures approximately 60% of global semiconductors and more than 90% of the world’s advanced AI chips. A disruption in Taiwan — whether geopolitical, natural, or industrial — would freeze the global technology industry within months. There is no manufacturing redundancy at scale anywhere else in the world.
AWS / Azure / GCP: The Cloud Oligopoly
Three providers hold approximately 66% of global cloud infrastructure. Their egress fee structures — sometimes called the “Hotel California” pricing model — make it economically painful to leave once you are inside. The concentration means pricing power, single points of failure, and regulatory risk that accumulates across the global economy simultaneously.
Cloudflare: The Invisible Choke Point
Cloudflare proxies and protects approximately 20% of all websites on the internet. On 18 November 2025, a Cloudflare configuration error caused a cascade outage affecting thousands of businesses simultaneously. The event demonstrated precisely the systemic risk of invisible infrastructure concentration — most of the affected businesses had no idea they were exposed.
20% of all websites depend on one provider · The November 2025 outage proved this risk is not theoretical.
The Monopoly Stack: Full View
Engineering Resilience
The answer is not to avoid the stack — it is to design for graceful degradation when any layer fails. The enterprises doing this well share a common pattern: they know exactly which monopolies they depend on, they have mapped the blast radius of each, and they have built exits they may never need but can execute in hours.
- Hybrid: Mandatory exit RTO · multi-cloud abstraction (Terraform/Kubernetes) · private “lifeboat” clusters
- Multi-CDN: Cloudflare + Fastly + Akamai with intelligent DNS auto-reroute
- Hardware: Modular MAX · AMD ROCm · RISC-V hedges against CUDA lock-in
- Identity: Independent backup identity provider · offline break-glass credentials
In a world defined by centralized efficiency, the ultimate luxury —
and the ultimate necessity — is resilience.