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CoreWeave to Acquire Core Scientific in $9 Billion AI Infrastructure Deal

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CoreWeave announced on Monday it will acquire bitcoin miner Core Scientific in an all-stock deal valued at approximately $9 billion, as AI infrastructure companies intensify efforts to secure energy and data center capacity to meet surging demand. The deal reflects a broader trend where crypto firms—once focused on digital assets—are becoming essential to powering artificial intelligence workloads.

Core Scientific shareholders will receive 0.1235 CoreWeave shares for each of their shares, valuing the company at $20.40 per share—a 66% premium from the stock’s last closing price before deal talks emerged in late June. Despite this, Core Scientific shares dropped 22% in early trading Monday, while CoreWeave shares slid 4.5%.

The acquisition is expected to close in Q4 2025, with the final price set at that time. CoreWeave CEO Michael Intrator said the deal will “accelerate our strategy to deploy AI and HPC workloads at scale” and eliminate over $10 billion in future lease liabilities over 12 years.

A Strategic Pivot from Crypto to AI

Bitcoin miners, known for their energy-intensive operations, are increasingly being courted by AI companies. CoreWeave will gain control of Core Scientific’s 1.3 gigawatts (GW) of contracted power—critical capacity in the tight market for AI data center expansion.

Analyst Gautam Chhugani of Bernstein noted that the deal “sets the bar” for other crypto miners considering an AI pivot, with power supply emerging as a key bottleneck for the AI industry.

Founded in 2017 as an Ethereum miner, CoreWeave pivoted toward AI following Ethereum’s “Merge” upgrade in 2022, which rendered mining unprofitable. Since then, its revenue has surged, growing over eightfold in 2024, according to its IPO prospectus. The company now has a market valuation of about $79 billion.

A Turnaround Story for Core Scientific

Core Scientific filed for bankruptcy in late 2022, hit hard by plummeting bitcoin prices and soaring energy costs. It emerged in early 2024 with a renewed strategy, signing 12-year agreements with CoreWeave to lease out data center capacity—including one deal for 200 MW of infrastructure for AI computing.

The merger marks a dramatic turnaround and a strategic shift for Core Scientific, from mining crypto to becoming a foundational pillar of AI infrastructure.

Goldman Sachs advised CoreWeave on the transaction, while Moelis & Co and PJT Partners advised Core Scientific.

Elon Musk’s xAI Secures $10 Billion in Funding for AI Expansion, Morgan Stanley Confirms

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Elon Musk’s artificial intelligence venture, xAI, has successfully raised $10 billion—split evenly between debt financing and strategic equity investment—as it ramps up efforts to scale infrastructure and compete in the intensifying AI arms race, Morgan Stanley confirmed Monday.

According to a statement posted on X, the $5 billion in debt funding includes a mix of secured notes and term loans and was oversubscribed, drawing in prominent global debt investors. Meanwhile, xAI also completed a separate $5 billion equity raise, with Morgan Stanley describing the capital as “strategic”—a likely reference to targeted investments from industry or institutional players.

Earlier reports by Reuters indicated that xAI was on track to finalize the debt round despite tepid early interest. Bloomberg had separately reported that the AI firm was also pursuing an additional $4.3 billion equity round on top of the debt raise, and had even floated a potential $20 billion equity raise that could push the company’s valuation as high as $200 billion. Current investor estimates place xAI’s valuation at over $120 billion.

The new funds will support the development of AI models, the expansion of data center infrastructure, and growth of xAI’s flagship Grok platform, a generative AI chatbot positioned to rival OpenAI’s ChatGPT and Google’s Gemini.

xAI has not issued a public statement, and declined to comment when contacted by Reuters outside of business hours.

The massive funding round highlights investor confidence in Musk’s ability to build a major player in the AI space, leveraging assets across his business empire, including Tesla, SpaceX, and X (formerly Twitter).

Poor Grid Planning Threatens Europe’s Data Centre Hubs, Ember Report Warns

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Europe’s top data centre locations, including Frankfurt, London, Amsterdam, Paris, and Dublin, risk losing their dominance unless governments improve long-term grid planning, according to a new report released Thursday by energy think-tank Ember.

The surge in demand for data centres, driven by the rise of artificial intelligence (AI) and its energy-intensive computing needs, is shifting investment priorities. Developers are increasingly choosing locations with faster and easier access to electricity, rather than remaining loyal to traditional hubs plagued by long grid connection delays.

The report warns that by 2035, up to 50% of Europe’s data centre capacity could relocate outside the current main hubs. This could divert billions of euros in economic activity to emerging markets, with significant implications for GDP and job creation. For example, data centres in Germany generated €10.4 billion in GDP in 2024 — a figure expected to more than double by 2029. Losing momentum in such a high-growth sector could harm economic prospects in these countries.

While France is likely to retain investment due to a relatively unconstrained grid, others could suffer delays of up to 13 years in connecting new data centres. The average wait time in the legacy hubs is 7–10 years, compared to only 3 years in Italy and even less in some emerging regions.

“Grids are ultimately deciding where investments go,” said Elisabeth Cremona, Senior Energy Analyst at Ember. “If Europe wants to maintain its competitiveness and achieve economic growth, it must prioritise grid development.”

She emphasized that the issue extends beyond data centres to all sectors undergoing electrification. Without updated grid infrastructure, industries could struggle to scale or relocate entirely to regions with faster energy access.

Electricity demand from data centres is projected to triple in Sweden, Norway, and Denmark by 2030, and increase three- to fivefold in Austria, Greece, Finland, Hungary, Italy, Portugal, and Slovakia by 2035.

The findings highlight an urgent need for European policymakers to treat grid planning as a strategic investment tool, not just a utility service, in order to retain tech-sector leadership and support industrial transformation.