World problems
The Digital Infrastructure Gap
An estimated 2.6 billion people are still offline while the telecom industry is already standardizing 6G for the early 2030s. Every generation of network upgrade reaches profitable, dense markets first and everyone else last, and the gap between them keeps compounding.
Who's connected
ITU estimate.
The funding shortfall
Global Infrastructure Hub (G20) estimate.
The Problem
Billions Still Aren't Connected
The ITU estimates roughly 2.6 billion people remain offline. Every service now being built around connectivity, telemedicine, remote work, digital banking, AI-assisted education, simply doesn't exist for a third of the world's population, and the gap doesn't close on its own as newer networks roll out elsewhere.
The Next Upgrade Starts Before the Last One Finishes
Large parts of the world still lack reliable 5G coverage, and 6G standardization is already underway with commercial rollout targeted around 2030. Each new generation of network technology launches a fresh race for investment before the previous generation's buildout is even complete, so the connectivity gap compounds with every cycle instead of narrowing.
The Market Skips the Same Places Every Time
Private telecom capital flows to dense, high-margin urban markets first, because that's where it earns the fastest return. Rural regions and lower-income countries are reliably last in line for fiber, 4G, 5G, and now 6G, not because connecting them is impossible, but because it's less profitable on the same timeline.
The Solution
Modernize Universal Service Funds
Redirect existing telecom levies toward next-generation buildout instead of legacy technology. Many countries, including the US through the FCC's Universal Service Fund, already collect fees earmarked for connecting underserved areas. The fund exists. Reforming how and where it spends is far faster than building a new funding mechanism from scratch.
Public-Private Buildout Partnerships
Blend public subsidy with private carrier buildout in markets the market alone won't serve. Rural electrification in the 20th century used exactly this model: government de-risked the unprofitable last mile so private utilities would still build it. The same approach works for broadband and next-gen mobile coverage today.
Fund Standards Ahead of Demand, Not After
Invest in interoperable standards early enough that infrastructure exists before demand becomes a bottleneck. Consortium-based standardization, the same model that produced 3GPP's mobile standards, works best when it's funded ahead of the rush, so the next generation of infrastructure doesn't repeat the same scramble the last one did.
The Doctrine
Connectivity isn't one infrastructure problem among many, it's the layer every other transition depends on: telemedicine, AI-assisted education, remote work, digital finance. A persistent gap in who has fast, reliable infrastructure isn't a side effect of progress, it's a first-order driver of who gets included in every technological transition that follows. Fixing the incentive that reliably serves profitable markets first matters more than waiting for the market to eventually get around to everyone else.
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