Descriptions:
Bloomberg Technology sits down with Dan, co-founder of Observable Space and former head of software engineering at SpaceX, to examine the communication infrastructure challenges standing between Elon Musk’s 2028 ambition for orbital AI data centers and practical reality. The discussion centers on why laser optical communication — rather than traditional RF radio — is the only viable path for the high-bandwidth, low-latency links that AI inference workloads in orbit would demand.
Dan explains that laser communication offers 10 to 100 times the throughput of radio, eliminates spectrum management conflicts with national regulators, and provides point-to-point privacy that makes it attractive for military applications. However, significant engineering challenges remain: deploying ground stations at scale, correcting for atmospheric wavefront distortion using adaptive optics, and hardening hardware for the radiation environment of orbit. He notes the industry has made substantial progress on these fronts and considers orbital laser comm commercially viable within a 6-to-12-month deployment horizon for Observable Space’s own systems.
The segment is framed around SpaceX’s recently public IPO and the investor enthusiasm surrounding its orbital compute ambitions, with ASML CEO Christophe Fouquet also briefly quoted characterizing the U.S. as the clear global winner in the broader AI semiconductor ecosystem — a backdrop that gives the communication challenges discussed here significant strategic weight.
📺 Source: Bloomberg Technology · Published June 17, 2026
🏷️ Format: Interview
