A joint venture formed by OpenAI, SoftBank Group, and Oracle is working on an ambitious plan to invest hundreds of billions of dollars in artificial intelligence infrastructure, nearing the selection of locations for more data center campuses in Texas, and looking at additional projects in a dozen other states. According to a company spokesperson, OpenAI's site selection work in multiple locations in Texas has entered an advanced stage, and these large data centers will be used to support AI services. Additionally, OpenAI has begun construction of its first data center in Abilene, Texas. Chris Lehane, Vice President of Global Affairs at OpenAI, stated that Texas will be the "flagship" of this new infrastructure project. Meanwhile, OpenAI is evaluating potential sites in 13 other states. This week, staff from OpenAI and SoftBank are inspecting locations in Pennsylvania, Wisconsin, and Oregon. Lehane revealed that officials across the United States have shown great interest in becoming part of the "Stargate" initiative. Last week, OpenAI publicly solicited project proposals for the "Stargate" to expedite the site selection process. According to OpenAI's request for proposals, the company is considering several key factors, including: Whether the site is close to energy and water sources to meet high power demands. Future power expansion capabilities to ensure long-term sustainability. Whether there is logistical convenience for large infrastructure projects to ensure efficient construction. Additionally, OpenAI has solicited design bids for AI data centers from construction and engineering firms. Keith Heyde joined OpenAI last November to oversee infrastructure strategy and development, leading the site selection process and infrastructure execution for "Stargate." According to a company spokesperson, each site of the data center project is expected to have a capacity of about 1 gigawatt (GW), roughly equivalent to the power output of a nuclear reactor. Details related to "Stargate" have not yet been finalized, and more specific site details will be announced in the spring. Currently, aside from the initial Abilene data center plan, details regarding the financing and specific projects related to the "Stargate" initiative remain limited. Last month, former President Trump announced the joint venture project named "Stargate." The project plans an initial investment of $100 billion, with a total investment of $500 billion over the next four years to build the physical infrastructure for OpenAI to develop more advanced AI models. Supporters of "Stargate" position this project as an important engine for job growth, as well as a key strategy to maintain the United States' dominance in the AI field. OpenAI has previously stated that these data center projects will collectively create hundreds of thousands of jobs in the construction industry. Lehane further added that these new data centers will help states establish AI industry hubs, providing new development opportunities for startups, developers, and related industries If you become an artificial intelligence hub, it will start attracting developers, start attracting other companies, and start attracting those who want to be part of a broader ecosystem. "Stargate" may provide some dedicated computing power for states with rapidly growing data centers. However, there is still uncertainty about how many long-term jobs the "Stargate" plan will create. According to a previous report by Bloomberg, the first data center project of "Stargate" in Abilene must create at least 57 full-time jobs, with an average salary of $57,600 per year. The final employment scale may be even higher. Risk Warning and Disclaimer The market has risks, and investment should be cautious. This article does not constitute personal investment advice and does not take into account the specific investment goals, financial situation, or needs of individual users. Users should consider whether any opinions, views, or conclusions in this article align with their specific circumstances. Investment based on this is at one's own risk