SpaceX poised to hit $10 trillion, stacking five businesses

SpaceX is rapidly expanding beyond rocketry, and the company reports 10 million Starlink subscribers are doubling annually. This growth positions Starlink as the fastest-scaling utility in human history, connecting 3 billion people previously without internet access. Beyond communications, SpaceX is securing substantial compute contracts; Google and Anthropic have committed to approximately $28 billion in annualized revenue for 2026. This multifaceted approach, encompassing communications, compute, chip manufacturing, and launch services, suggests a valuation potentially exceeding $10 trillion.

Starlink Scales as a Global Gigabit Communications Network

Starlink now delivers gigabit internet from orbit to over 10 million subscribers, a figure the company reports is doubling each year. This rapid expansion positions SpaceX not simply as a satellite provider, but as a different kind of telecommunications utility, reaching areas underserved by traditional infrastructure. Beyond offering connectivity, the direct-to-device capability transforms every smartphone into an always-on satellite terminal, eliminating the need for dedicated ground-based dishes and broadening potential access.

Diamandis states that 10 million subscribers doubling annually, and recent free-cash-flow positivity, distinguish Starlink from typical satellite companies. The company recently increased plans to $10 per month in May, a strategy designed to rapidly expand its user base before optimizing revenue, though this aggressive growth has financial implications.

Despite Starlink’s profitability, SpaceX as a whole is currently operating at a loss, a situation some analysts question. Diamandis frames these losses not as a cause for concern, but as strategic investment in future growth, comparing the situation to Amazon’s early years when the company prioritized long-term development over immediate profits. He emphasizes that the connectivity business funds more ambitious projects, including the development of Starship and expansion into AI compute.

“SpaceX is the only company on the planet that owns the rocket, the satellites, the ground network, and now the AI compute layer,” he explains, underscoring the unique vertical integration that sets SpaceX apart and fuels its potential for sustained growth. This integrated approach allows the company to control costs and accelerate innovation across multiple sectors, creating a synergistic ecosystem.

SpaceX Secures $28 Billion in Contracted Compute Revenue

SpaceX has secured $28 billion in contracted compute revenue for 2026, a figure often overlooked amidst discussions of its rocketry and satellite communications ventures. This substantial income stream originates from agreements with major artificial intelligence developers, including Anthropic with $1.25 billion monthly, Google committing $920 million monthly, and Reflection AI contributing $150 million monthly, all extending through 2029. This revenue demonstrates diversification beyond launch services and internet provision.

The speed at which SpaceX is establishing this compute infrastructure is noteworthy; xAI, Elon Musk’s AI company, deployed a 100,000-GPU H100 cluster in 122 days, a rate approximately five times faster than conventional hyperscale deployments. This rapid build-out continued with a doubling of the cluster to 200,000 GPUs in 92 additional days, achieving a full gigawatt of capacity within thirteen months, surpassing the projected 22 to 24-month timeline for Meta’s one-gigawatt Indiana campus.

Critically, the time between server installation and the commencement of AI training was only 19 days, a considerable advantage over the months typically required by competitors. Looking ahead, SpaceX plans to launch Starmind, a network of dedicated solar-powered AI-compute satellites, beginning around 2028, scaling toward up to a million satellites and roughly a terawatt of compute in orbit by 2030.

The most-cited Wall Street estimate is $322 billion in 2030 AI revenue for SpaceX, and it’s important to know that figure blends terrestrial and orbital compute. The Starmind-specific portion hasn’t been detailed, suggesting the current contracted revenue represents a conservative estimate of the company’s future earnings potential in the compute sector.

Terafab Aims for 50x Current Global AI Chip Production

SpaceX’s ambitions extend beyond orbital launch services, with the company now targeting a dominant position in artificial intelligence chip manufacturing through its Terafab facility in Texas. The plant is projected to achieve over 1 terawatt of AI compute capacity annually, on the order of 50 times more than the entire world produces today. This aggressive expansion into semiconductor fabrication isn’t simply diversification; it’s a strategic move to vertically integrate the entire AI supply chain, from chip design and manufacturing to orbital deployment of compute infrastructure.

Instead of relying on external foundries like TSMC, SpaceX intends to internally produce the specialized GPUs required for its rapidly growing AI operations and external clients. This approach allows for greater control over supply, reduces dependence on potentially constrained third parties, and accelerates innovation cycles.

This complete ownership of the stack allows for seamless integration and optimization across all layers, a significant advantage over competitors who rely on external vendors for critical components. The company’s current contracted compute revenue stands at roughly $28 billion annually, fueled by agreements with Anthropic.

Starship Drives Down Launch Costs, Enabling a New Economy

The plummeting cost of access to space, driven by Starship’s development, is poised to unlock entirely new economic sectors beyond launching satellites. Historically, the Space Shuttle operated at roughly $54,000 per kilogram to orbit, a figure Falcon 9 reduced to approximately $2,500 per kilogram, representing a twenty-fold improvement. SpaceX’s ambition with Starship, however, aims to push that cost below $100 per kilogram, a further twenty-five-fold reduction that fundamentally alters the economic calculus of space-based industries.

This isn’t merely about cheaper launches; it’s about enabling a scale of activity previously considered impossible. This dramatic reduction in launch costs is central to SpaceX’s broader strategy of vertical integration, owning not only the launch vehicle but also the satellite network, ground infrastructure, and increasingly, the computational power to utilize the data those satellites generate.

The ability to control the entire stack allows for optimization at every level, a significant advantage in a rapidly evolving technological landscape. The planned deployment of Starmind, a constellation of solar-powered AI-compute satellites, exemplifies this shift. This suggests the $28 billion in contracted compute revenue currently generated represents a conservative baseline, with substantial growth potential as the orbital compute capacity comes online. This speed, coupled with internal chip manufacturing through Terafab, positions SpaceX to dominate the supply of a resource the world is currently demanding.