SCIENCE · VERIFIED DEVELOPMENT
Mbryonics CEO Discusses Optical Links to Connect Space Networks
WHY IT MATTERS
Optical links promise faster, more reliable data transfer between satellites, enabling advanced space missions and expanding the potential for a global space‑based internet. This development could transform satellite communications, reduce latency, and support new applications in science, defense, and commercial services.
What happened
In a recent SpaceNews interview, David Ariosto spoke with John Mackey, CEO, co‑founder and director of Mbryonics, about the company’s plans to build optical links for satellites and other space infrastructure. The conversation explored how these high‑speed, laser‑based connections could form an “internet” in space, linking disparate satellite constellations and ground stations.
Mackey outlined Mbryonics’ approach to developing the necessary hardware and protocols, and highlighted the potential benefits for data transfer rates, latency, and overall network resilience. While the interview did not disclose specific technical details or deployment timelines, it underscored the growing interest in optical communication as a cornerstone of future space infrastructure.
The discussion was published on SpaceNews, providing industry readers with insight into emerging technologies that could reshape how space‑borne assets communicate.
PRIMARY SOURCES
An optical link ‘internet’ to connect networks in space
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