What happens if space becomes a communication network?

Take out your phone now.
Don't do anything. Just hold it.

The idea that ASTS is building is that this phone in your hand, without modification, without a new SIM card, without any additional device,
could someday connect directly to a satellite in orbit, giving you internet and voice anywhere on Earth.

In the ocean. In the desert. In the heart of the Amazon.

4 billion people on this planet lack reliable internet. AST SpaceMobile bets that it will reach all of them.

An idea no one else has dared to pursue
The problem with traditional satellites is that they are designed to communicate with large devices and huge dishes, not with a phone in a person's pocket.

Founder Abel Avellan asked a completely different question:
What if we built much larger satellites?
Satellites with huge antennas big enough to pick up signals directly from your phone?

The answer was BlueBird satellites.
Each satellite carries an antenna covering 2,400 square feet, and covers thousands of square miles at once.
The largest of its kind in the history of commercial space communications.

The business model: real intelligence
Many think that AST will sell its service directly to consumers.
That is not what they do.

The company sells wholesale to telecom operators. AT&T, Verizon, Vodafone, Rakuten, and more than 50 other telecom companies, with nearly 3 billion subscribers worldwide — all potential customers for ASTS.

The company doesn't need to build a brand,
nor gain consumer trust from scratch.
It simply sells space coverage to operators who already have subscribers.

This is the real intelligence behind the business model.

Who paid first?
Talking about partnerships is easy. But did anyone actually pay?
Yes.
AT&T signed a commercial contract until 2030. Verizon committed $100 million as a strategic investment and signed a commercial deal. Vodafone signed an agreement until 2034 covering Europe and Africa. stc Group paid $175 million upfront in a regional ten-year contract. And Google entered as a strategic investor.

Total confirmed contractual commitments from partners exceeded $1.2 billion.
These are not promises. These are contracts with money.

Where is the company today?
2025 was the first year in AST's history to generate real revenue: $70.9 million, up from $4.4 million in 2024.

The company aims to have 45 to 60 satellites in orbit by the end of 2026. And its announced goal is to reach $1 billion in revenue by 2027.

Available liquidity exceeded $3.9 billion, giving it enough fuel to complete building the network.
But the other side of the picture: the company still loses money.
Net loss in 2025 was $341 million. And each additional satellite in orbit costs money before it starts generating revenue.

What makes it different and risky at the same time?
ASTS's biggest competitive advantage is spectrum.
Owning the right frequencies to communicate with regular phones is not easily replicable, which prevents many competitors from entering.

But the biggest risk is SpaceX.
The Starlink deal with T-Mobile puts Elon Musk on the same playing field.
And the race between the two will determine who controls this market.

The key difference: ASTS works with AT&T and Verizon in the US, while Starlink works with T-Mobile.
So, the battle is not between space companies but between full telecom alliances.

AST SpaceMobile bets on one idea: that every person on the planet deserves cellular coverage, anywhere they are.

If it succeeds in building its network at the targeted speed, the potential market is enormous beyond imagination.

And if it stumbles, the company is still in a phase of proving that the idea works in reality.

This is the essence of investing in early-stage sectors that are reshaping themselves.
The rewards are great. The risks are equally significant.

Smart investors don’t put all their capital into this kind of story. But they don’t ignore it either.