Space Internet Gets Closer With New Optical Link Tech

Imagine satellites from different companies chatting as easily as your phone connects to Wi-Fi anywhere in the world. That future just got closer.

Mbryonics, a space technology startup, is developing optical links that would allow satellites and space infrastructure to communicate across different networks. CEO and co-founder John Mackey calls it making space networks "interoperable," meaning satellites wouldn't be isolated on their own company's systems anymore.

Right now, satellites mostly operate in silos. A SpaceX satellite can't easily talk to a NASA satellite, even though they're both orbiting Earth. It's like having a phone that only works with people who have the exact same carrier.

Optical links use laser beams instead of traditional radio waves to transmit data between satellites. They're faster, more secure, and can handle way more information at once.

The Ripple Effect

If satellites can communicate across networks, the possibilities explode. Emergency responders could access any satellite overhead during a disaster, not just the ones their agency owns. Scientists could share telescope data in real time. Global internet coverage could reach the most remote corners of Earth.

The technology could also reduce space junk by letting satellites coordinate their movements better. When satellites can talk to each other, they can avoid collisions without ground control playing middleman.

Interoperable space networks would transform satellites from isolated tools into a true cosmic internet. Data could hop from satellite to satellite, finding the fastest route just like information does on Earth's internet.

The vision mirrors what happened when early computer networks started talking to each other in the 1970s and 80s. Nobody could predict social media, streaming video, or video calls back then, and we probably can't imagine everything a connected space network will enable.