SpaceX Completes $60 Billion Acquisition of AI Coding Platform Cursor

SpaceX has officially finalized its $60 billion acquisition of AI coding startup Cursor, formalizing the transaction through a recent regulatory filing after receiving required regulatory approvals on schedule during the third quarter. As noted in reporting by The Next Web and first reported by Bloomberg journalists Carmen Arroyo and Natasha Mascarenhas, the closing marks the final stage of a deal structure that originally surfaced in June when SpaceX filed an 8-K detailing its binding takeover agreement. The transaction concludes an integration process that began in April, when Cursor initially partnered with SpaceXAI to accelerate model training efforts.

In a statement published on the day of the close, Cursor—which operates legally under the name Anysphere—stated that the acquisition provides its engineering team with access to the largest fleet of graphics processing units in the world. The company noted that this massive compute footprint will allow it to train increasingly capable artificial intelligence models while lowering execution costs for end users. Demonstrating an unusual level of operational autonomy on the eve of a mega-merger, Cursor announced its own acquisition of Firetiger on August 13, just one day before the SpaceX deal officially finalized, following a prior deal to purchase Graphite in December 2025.

Despite the takeover, Cursor will retain its brand identity, independent blog, and legal structure under Anysphere. The company’s four co-founders, who launched the assistant out of MIT in 2023, became billionaires upon the transaction's completion. Cursor grew into one of the fastest-scaling startups in recent history by positioning itself at the center of the automated software development market. Its core product focus remains AI-assisted coding, directly targeting territory held by leading model builders including OpenAI and Anthropic.

The closing comes after SpaceXAI and Cursor shipped several joint artificial intelligence products to market. In July, the partners released Grok 4.5, an Opus-class model specifically designed for software engineering, legal, and financial workflows that was priced below competing offerings. That release was followed on August 11 by Grok Bot, a system built to function as an autonomous team of software agents handling daily task assignments. Most recently, the companies launched Grok 4.6 on Wednesday, offering an early preview of the combined technology stack. Prior to aligning with Cursor, SpaceXAI had experienced limited enterprise adoption alongside corporate restructurings and workforce reductions.

The acquisition highlights a dual-role strategy for SpaceX, which operates as both a direct software competitor and an essential infrastructure supplier to rival AI firms. In May, Anthropic agreed to buy roughly $45 billion in compute capacity from SpaceX over three years, translating to approximately $15 billion annually, according to reporting by Axios. Google has established a comparable infrastructure agreement with SpaceX. Consequently, SpaceX's hardware network simultaneously supports its own proprietary software models alongside the underlying workloads of its primary market rivals.

SpaceX's decision to deploy $60 billion for a software platform directly supports aggressive revenue milestones set by founder Elon Musk. In a recent internal all-hands address to SpaceX staff, Musk stated that software and artificial intelligence revenue must surpass the company's core rocket launch receipts by September, before expanding to significantly exceed all other business segments during the fourth quarter. Public markets reacted favorably to the regulatory filing confirming the close, with SpaceX equity rising approximately 3.6% to reach $136.20 per share. SpaceX had completed its public market debut only days prior to filing the initial binding agreement for Cursor in June.

For Cursor, direct ownership of SpaceX’s GPU inventory fundamentally alters its unit economics by eliminating the need to lease compute capacity from external cloud providers. The company aims to move beyond simple line-by-line code completion toward creating autonomous AI teammates capable of managing substantive workloads. This move comes at a time when enterprise customers have increasingly adopted open-source orchestration harnesses to route tasks to cheaper third-party models, driving down software costs across the industry. By owning the underlying hardware stack, Cursor and SpaceX intend to leverage their infrastructure scale to compete aggressively on cost per task across the software engineering sector.