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2025 ANALYSIS REPORT

Systemic

Fragility

An exhaustive analysis of global dependencies on digital monopolies and infrastructure concentration.

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.

<10 Entities The Modern World Tethered to a Monopoly Stack
100% ASML Monopoly on EUV Lithography — No Alternative
90% NVIDIA Data Centre Compute — CUDA Lock-In
The Architecture of Risk

Four monopoly layers
quietly running the modern economy

The Lithography Monolith: ASML

ASML, a Dutch company, holds a 100% monopoly on Extreme Ultraviolet (EUV) lithography machines: the tools required to manufacture every 7nm, 5nm, and 3nm chip. Costs $150M-$400M per machine. If ASML's production capability were disrupted, the roadmap for Moore's Law would halt.

The Manufacturing Choke Point: TSMC

TSMC manufactures over 60% of the world's semiconductors and over 90% of the advanced chips used in AI and high-performance computing. A disruption in Taiwan would freeze the production of cars, medical devices, and defense systems globally.

The Cloud Oligopoly: AWS, Azure, GCP

AWS, Microsoft, and Google collectively control approximately 66% of the global cloud infrastructure market. Egress fees create a “Hotel California” effect. A failure in a single availability zone acts as a macroeconomic shock.

The Cloudflare Singularity

Cloudflare sits in front of approximately 20% of all websites worldwide. November 18, 2025: a single configuration error in bot management triggered global HTTP 500 cascades. OpenAI, Uber, Fitbit ceased to function.

The Monopoly Stack

Key layers, dominant players,
and fail-safe strategies

Lithography — ASML 100% (EUV) · Single point of supply failure · No global bottleneck mitigation available
Manufacturing — TSMC ~90% (Advanced) · Geopolitical risk (Taiwan Strait) · Diversified Fabs (Samsung/Intel)
Compute/AI — NVIDIA ~90% (Data Center) · Supply backlog, CUDA Lock-in · Modular MAX, AMD ROCm
Cloud Infrastructure AWS, Azure, GCP ~66% combined · Egress fees, Regional Outages · Hybrid Cloud, Repatriation
Network Edge — Cloudflare ~20% (Web Proxy) · Config errors, Routing failures · Multi-CDN (NS1 traffic management)
Identity — Okta/Auth0, Entra ID High (Enterprise) · Support collapse, Compromise · Independent backups
Payments — Apple Pay, Google Pay ~84% (Mobile) · Platform outage · Physical Cash / Cards
Repatriation Trend 63-67% of organizations report some workload repatriation; full exit only ~9% — the dominant model is Hybrid
Engineering Resilience

The strategy for 2025 and beyond:
Resilience First, not Efficiency First

Enterprise: Hybrid

Network: Multi-CDN

Hardware: Open Standards

Identity: Independent Backups

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.
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Contact Information

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