Sleepless AI (AI) падение

The article discusses the shift of investment capital from cryptocurrencies to artificial intelligence (AI) sectors, as confirmed by data showing AI captured 80% of global venture funding in Q1 2026. This has contributed to stable but range-bound cryptocurrency prices due to reduced market interest and liquidity. While crypto analyst Arthur Hayes asserts that AI has absorbed all available capital, Jeff Park, a partner at ParaFi Capital, presents a contrarian view. He argues that the wealth creation from AI is ultimately beneficial for Bitcoin. Park believes that once the inevitable AI bubble bursts and capital flees, Bitcoin, as a perpetual asset, will be a primary destination for that liquidity. This prediction has drawn criticism from those who warn of a potential correlated downturn between stock and crypto markets if the AI sector collapses.

SpaceX completed a $60 billion acquisition of AI code development company Cursor on August 14, making it a wholly-owned subsidiary. The deal involved converting Cursor's shares into approximately 389.3 million shares of SpaceX Class A stock. The acquisition followed a strategic partnership announced in April, where Cursor gained access to SpaceXAI's Colossus computing infrastructure to scale AI model training. This collaboration later expanded to joint model development. Cursor cited access to SpaceX's vast GPU computing power as a key driver for the merger, enabling the development of more powerful and cost-efficient AI models for software development tasks. The deal aligns with SpaceX's broader strategy to invest in and scale AI computing infrastructure as a reported growth priority, with Cursor serving as a platform to apply this advanced computational intelligence.

In the first half of the year, a group of major public Bitcoin miners reduced their Bitcoin mining output by 21%, according to Miner Weekly, amid a large-scale shift towards supporting artificial intelligence (AI) infrastructure. The global hashrate, reflecting mining activity, fell by 10% during this period. Despite expansion efforts by some large players like Bitdeer, MARA, Riot Platforms, and American Bitcoin, these increases were insufficient to offset the overall decline. Excluding Bitdeer, the hashrate of the other major miners fell by 21.2%, from 324.6 EH/s to 255.9 EH/s. Bitdeer's capacity grew 44% to 63 EH/s, aided by its own SEALMINER hardware production. The primary driver for the shift is that revenues from AI are higher, more stable, and predictable than from cryptocurrency mining. Early adopters like Core Scientific and TeraWulf already earn more from their AI segments than from mining. In Q2 2026, AI-related high-performance compute leasing accounted for 71% of TeraWulf's revenue and 83% for Core Scientific, while the rest of the sector is at an earlier stage of transition. The global hashrate has fallen over 10% since the start of 2026, from 1040 EH/s in January to below 900 EH/s in August, with a recent 24-hour average at 888 EH/s.

Elon Musk's SpaceX and Tesla have launched the massive Terafab project to build a semiconductor plant in Grimes County, Texas. Spanning over 9.3 million square meters, the facility will integrate logic chip and memory production, advanced packaging, and testing. The initial phase requires $16.8 billion in capital investment, with a long-term goal of producing over 1 terawatt of computing power annually. This output is intended to supply Tesla's Optimus robots and Cybercab autonomous vehicles, as well as SpaceX's orbital data centers. Texas Governor Greg Abbott confirmed the project's start on August 6, 2026, highlighting the creation of 3,000 jobs and a $30 million grant from the Texas Enterprise Fund. Musk emphasized the strategic advantage of combining chip design, memory production, and packaging under one roof to accelerate hardware development. He stated the fully built complex would be "the largest and most valuable building on Earth," about 50 times larger than the Pentagon. An estimated 25% of production is earmarked for Tesla's robotics, with 75% for SpaceX's space-based AI systems. Earlier tax documents suggested a total project cost of up to $119 billion, but this has not been officially confirmed. Intel is the key technology partner, with plans to use its 14A process node for chip manufacturing. This partnership aims to diversify supply chains and reduce dependence on dominant foundries like TSMC. The initiative aligns with the broader U.S. Pax Silica program, which seeks to build secure international semiconductor supply chains with allied nations. An AI-driven analysis notes that megafab projects, such as Intel's delayed Ohio facility, often face schedule and budget overruns. While Terafab represents a significant step toward U.S. semiconductor self-sufficiency and could shift the global tech balance, its success will depend on factors like skilled labor availability, energy supply, and supply chain stability. The final outcome may not be clear until the late 2030s.

Elon Musk's SpaceX and Tesla have launched the Terafab project to build a massive semiconductor facility in Grimes County, Texas. The plant, exceeding 9.3 million square meters, aims to integrate logic chip manufacturing, memory production, advanced packaging, and testing. The initial phase requires $16.8 billion in capital investment, with a long-term goal of producing over 1 terawatt of computing power annually. This capacity will support Tesla's Optimus robots and Cybercab autonomous vehicles, as well as SpaceX's orbital data centers. Texas Governor Greg Abbott confirmed the project's start in August 2026, highlighting 3,000 new jobs and a $30 million state grant. Elon Musk emphasized the strategic advantage of combining logic, memory, and packaging under one roof. Musk called the future complex the "largest and most valuable building on Earth," with an area roughly 50 times that of the Pentagon. Intel is the key technology partner, with plans to use its 14A process node for chip production. This partnership aims to diversify supply chains currently dominated by TSMC. The project aligns with the U.S. Pax Silica initiative to secure semiconductor supply chains. An AI analysis notes the project's scale and potential challenges, comparing it to delays seen in other U.S. megafab projects like Intel's Ohio facility. It questions whether Terafab can avoid similar pitfalls related to timelines, budgets, workforce, and supply chain stability. The facility's success could significantly shift the global semiconductor balance and strengthen the U.S. position in the tech race.