Elon Musk wants to put more than 100,000 satellites in orbit. The goal: make Starlink the primary backbone for global internet and cellphone connectivity, not just a niche broadband provider for rural cabins and yacht owners.

Musk shared the ambitious target on May 24 via X, outlining plans for next-generation V3, V4, and V5 satellites that would collectively carry the majority of the world’s internet traffic.

The numbers behind the megaconstellation

Starlink already has over 10,000 satellites in orbit as of March 2026. That figure alone accounts for roughly two-thirds of all active satellites circling Earth.

To put the growth in perspective, SpaceX’s original 2016 plan called for approximately 4,425 satellites. A decade later, the target has ballooned by more than 20x.

The FCC approved an additional 15,000 Gen2 satellites in January 2026. But the real leap comes with the Gen3 hardware, which is expected to begin launching in the first half of this year.

Gen3 satellites are designed to deliver over 1 Tbps of downlink capacity per unit. That’s more than ten times the throughput of the current V2 generation, which manages about 96 Gbps. The V3 target sits at 1,024 Gbps, a 10.7x improvement.

Why this matters beyond telecom

Look, this is a crypto publication, and Starlink doesn’t have a token. There’s no governance vote, no staking mechanism, no airdrop. Some unrelated tokens like STARL exist in the crypto universe, but they operate independently of SpaceX’s actual satellite business.

The entire premise of decentralized finance, blockchain networks, and digital asset markets depends on one unglamorous prerequisite: internet access. You can’t run a validator node without a connection. You can’t participate in DeFi from a village with dial-up speeds.

Starlink’s expansion targets the exact populations that crypto has long claimed it wants to serve. Underbanked communities in Sub-Saharan Africa, Southeast Asia, and Latin America frequently lack reliable broadband. Satellite internet that bypasses terrestrial infrastructure bottlenecks could change that equation fundamentally.

The direct-to-cellphone connectivity component is particularly interesting. If Starlink can deliver usable internet speeds directly to standard mobile phones without specialized hardware, it removes the last-mile problem that has plagued both telecom and crypto adoption in developing regions.

What this means for crypto investors

The honest assessment: there is no immediate, tradeable crypto catalyst here. No protocol is going to pump because Elon Musk tweeted about satellites.

There’s also a less obvious infrastructure angle. Decentralized physical infrastructure networks, sometimes called DePIN, have been a growing crypto narrative. Projects building decentralized wireless, compute, and storage networks could find Starlink’s backbone useful as a connectivity layer.

The risk side deserves attention too. A world where one company controls the primary internet backbone is, by definition, a more centralized world. If Starlink becomes the pipe through which most blockchain data flows, SpaceX gains enormous leverage, the kind of leverage that a single regulatory order or policy change could exploit.