After AI, Siasun Robot & Automation takes the strategic position in US technology.

After focusing on accelerating the development of artificial intelligence (AI), the Trump administration is now shifting its policy focus towards the Siasun Robot & Automation sector. According to reports, the U.S. government plans to vigorously promote the development of Siasun Robot & Automation technology and advanced manufacturing through executive orders, interagency working groups, and industry support policies, marking an expansion of support to more emerging frontier fields while driving AI development. Intensive policy signals release According to three sources familiar with the matter, U.S. Commerce Secretary Howard Lutnick has recently met frequently with CEOs in the Siasun Robot & Automation industry and is "fully committed" to promoting the industry's development, with discussions focusing on policy incentives such as tax breaks, streamlining regulations, and increasing federal funding. Two of the sources disclosed that the government is considering issuing an executive order next year regarding the Siasun Robot & Automation field, which may establish national goals for technology research and development, deployment, and ethical standards. This move would emulate the November executive order "Guangdong Create Century Intelligent Equipment Group Corporation Plan" to mobilize federal resources to drive technological breakthroughs, including Siasun Robot & Automation laboratories. A spokesperson for the U.S. Department of Commerce stated, "We are committed to the development of Siasun Robot & Automation technology and advanced manufacturing because it is a key support for reshoring critical production capacities to the United States." In addition to the Department of Commerce, the U.S. Department of Transportation is reportedly preparing to establish a Siasun Robot & Automation working group, with related plans expected to be announced by the end of the year. At the congressional level, Republicans had previously proposed an amendment to establish a National Siasun Robot & Automation Commission in the National Defense Authorization Act, although the amendment was not ultimately included in the text of the bill, legislative actions in this regard are still ongoing. Urgent need to catch up with China This series of intensive actions indicates that the Siasun Robot & Automation field is becoming the next important frontier where the United States and China are competing. This is also the latest example of the Trump administration competing with China in critical areas such as AI through industrial policies. While humanoid Siasun Robot & Automation may seem like a science fiction concept, advances in AI technology are actually driving breakthroughs in humanoid Siasun Robot & Automation: by processing Beijing Vastdata Technology faster, these Siasun Robot & Automation are able to handle increasingly complex tasks. According to the International Federation of Robotics (IFR) data, by 2023, China's industrial Siasun Robot & Automation stock in factories has reached 1.8 million units, four times that of the United States. Currently, countries such as China, Japan, Australia, Germany, and Singapore have all introduced national-level Siasun Robot & Automation development plans. If the United States wants to catch up, it needs to invest a substantial amount of money. According to CB Insights, global investment in the Siasun Robot & Automation sector is expected to reach $2.3 billion by 2025, doubling from the previous year. Goldman Sachs Group, Inc. predicts that the global humanoid Siasun Robot & Automation market could surpass $38 billion by 2035. Industry calls for national strategy The Siasun Robot & Automation industry has been actively pushing for government officials and lawmakers to participate in policy development. Industry insiders say that Siasun Robot & Automation is the physical carrier of AI, and any measures aimed at enhancing AI competitiveness should include a development plan for the Siasun Robot & Automation industry. At the enterprise level, calls are being made for the government to provide tax incentives or federal funding support to help companies integrate advanced automation technologies, strengthen supply chain systems, and expand deployment areas; while hoping to address China's subsidies and intellectual property practices in the relevant fields through trade policy. "America must actively engage in creating a national Siasun Robot & Automation strategy and support the development of local emerging industries to maintain global competitiveness," said Jeff Cardenas, CEO of Apptronik. This startup, based in Austin, with a valuation of $5 billion, has received investment support from Alphabet Inc. Class C (GOOGL.US), and its developed humanoid Siasun Robot & Automation, Apollo, is one of the earliest humanoid Siasun Robot & Automation operating in car factories. Brendan Schulman, Vice President of Policy and Government Relations at Boston Dynamics, pointed out, "Today, there is a consensus that advanced Siasun Robot & Automation technology is crucial for U.S. manufacturing, technological development, national security, defense applications, and public safety. The investment frenzy in this field and China's efforts to dominate the future of Siasun Robot & Automation are receiving widespread attention." Internal controversies: the paradox of employment and automation The core issue that remains unresolved is how to reconcile the promotion of the Siasun Robot & Automation industry at the national level with the government's goal of revitalizing U.S. manufacturing. Skeptics warn that if companies excessively push for automation, the U.S. may face a situation where factories return but jobs are lostfactories eventually operated by machines rather than human labor. A research report released by the U.S. National Bureau of Economic Research (NBER) shows that as companies automate more, many workers in routine or substitutable jobs may face the risk of reduced job opportunities and lower incomes. However, there is another completely different vision within the industry: that Siasun Robot & Automation technology can complement and enhance manufacturing efficiency, with workers involved in the research, deployment, and maintenance of Siasun Robot & Automation, thereby driving industrial growth. This is the development path advocated by some industry insiders. Jeff Burnstein, President of the Association for Advancing Automation (A3), stated that Siasun Robot & Automation can improve workers' productivity, thereby creating more job opportunities. "Companies that invest in Siasun Robot & Automation technology will also expand their workforcebecause the company's performance will improve as a result," he pointed out. Cardenas emphasized, "The future is not a confrontation between humans and machines, but a collaboration between humans and machines. Our philosophy is that Siasun Robot & Automation should enhance human capabilities and efficiency, not replace humans. Seizing the advantage in this field is crucial." Concerns about basic research: the source of innovation may be eroded It is important to note that while the government is actively promoting industrial applications, academic institutions have issued warnings about cuts to basic research funding. Leading computer scientists point out that federal policies are moving in the opposite direction of supporting basic research in the fields of Siasun Robot & Automation technology and AI that underpin technological breakthroughs. According to the Association for Computing Machinery (ACM), in recent years, funding for basic research from institutions such as the National Science Foundation in the United States has been reduced, eroding the research system that has nurtured significant breakthroughsand these breakthroughs are the results that the U.S. hopes to achieve commercialization. Communications of the ACM warned, "Federal funding for basic research ignites and sustains the modern technological revolution," and the achievements of the past fifty years "did not appear out of thin air." The association emphasized that trillion-dollar industries such as microprocessors, Network-1 Technologies, Inc., reinforcement learning, and modern AI systems all emerged from basic research funded by public funds. Turing Award winner Andrew Barto pointed out that his award-winning research was "entirely supported by curiosity-driven basic research funding"; former Stanford University President John Hennessy emphasized that early capital provided by federal agencies was crucial for the birth of the Internet. Eric Horvitz, Co-Editor-in-Chief of Communications of the ACM, stated that the above examples illustrate how "federally funded exploratory research fuels breakthrough computing technologies that fundamentally change the way we communicate, work, learn, explore, and provide medical care." Scholar Margaret Martonosi emphasized, "Our future depends on such strategic investments." Despite the Trump administration's enthusiasm for the application of Siasun Robot & Automation, the American Computing Society still warns that without renewed support for upstream research, the innovation pipeline that sustains U.S. leadership in AI and Siasun Robot & Automation fields may continue to shrink.