SpaceX Pushes Orbital Compute Ambitions
SpaceX CFO Bret Johnsen confirmed the company is moving toward launching orbital-compute satellites as soon as 2027. This strategy relies on the ongoing development of the Starship rocket system. By lowering the cost of access to orbit through vehicle reuse, the company aims to position computing infrastructure directly in space. Johnsen stated that these systems will use the V3 satellite platform, currently used for the Starlink broadband network, though they will include larger solar arrays and modified payloads to handle data processing tasks.
Management views this shift as a solution to cooling, power, and permitting hurdles currently slowing the growth of terrestrial data centers. While the company intends to increase its ground-based compute capacity from 2 gigawatts to between 5 and 10 gigawatts by next year, orbital units are seen as a long-term play. Johnsen suggested that space-based compute could reach cost parity with terrestrial centers sooner than market analysts expect, provided Starship flight frequency and reuse rates continue to improve.
Starship Progress and Operational Milestones
Flight 13 served as a critical test for the Starship vehicle. The mission featured a successful Raptor engine relight and the most precise second-stage ocean splashdown the company has achieved to date. Engineers recovered the vehicle to analyze heat shield performance. Data from this inspection is already being fed into preparations for Flight 14, which will carry production-grade V3 Starlink satellites into orbit.
Recovery of both the first and second stages remains the primary focus for the remaining months of 2026. Johnsen noted that the company has experience here, having reflown more than 500 Falcon 9 boosters. Scaling this same model of rapid, low-cost reuse to Starship is the mechanism intended to make orbital computing and expanded satellite connectivity economically viable. Flight 14 is expected to launch later this month, marking a shift toward regular revenue-generating missions for the V3 constellation.
Connectivity and Revenue Strategy
Starlink operations have transitioned from consumer broadband to targeting large-scale enterprise and mobility markets. The company currently provides service in more than 170 countries, with a heavy backlog for in-flight connectivity on commercial aircraft. New business models include serving the cruise ship, yacht, and rail industries. Direct-to-device service is also on the horizon. SpaceX plans to begin launching next-generation satellites next year to support full 5G-quality service, moving beyond the text and light voice capabilities available today.
Financial performance reflects these operational moves. A hosting deal signed earlier this month is expected to generate roughly $13 billion in annual recurring revenue starting in December. Management holds a $100 billion annual recurring revenue target for the end of the year. Relationships with hardware providers and software partners like Anthropic and Google remain central to these goals. As the company continues to acquire AI-focused assets and accelerate product release cycles for tools like Grok, the integration between space-based infrastructure and artificial intelligence remains the defining feature of the business model.