Policy & Regulation Neutral 5

OSTP report targets $200B R&D overhaul, puts AI at the core of US science reform

The OSTP's 'Science: A New Golden Age' report calls for streamlining federal research funding and slashing regulatory burdens, with artificial intelligence positioned as the engine of future discovery. The recommendations could open new funding streams and contract opportunities for AI companies and researchers.

· 4 min read · Verified by 2 sources ·
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Key Takeaways

  • The OSTP's 'Science: A New Golden Age' report calls for streamlining federal research funding and slashing regulatory burdens, with artificial intelligence positioned as the engine of future discovery.
  • The recommendations could open new funding streams and contract opportunities for AI companies and researchers.

Mentioned

Michael Kratsios person White House Office of Science and Technology Policy company Science: A New Golden Age product US Federal Government company Artificial Intelligence technology Boeing 747 product

Key Intelligence

Key Facts

  1. 1The OSTP report targets the approximately $200 billion annual federal R&D portfolio for overhaul.
  2. 2Some federal research grants now take nearly two years from submission to award, a period the report compares to the time it took to design and produce the first Boeing 747.
  3. 3Recommendations include compressing grant review cycles, eliminating duplicative reporting, and capping indirect cost recovery to reduce administrative bloat.
  4. 4The report explicitly calls for accelerating the use of artificial intelligence as a leading methodology in scientific research.
  5. 5Key proposals also involve expanding long-term grants, supporting early-career scientists, and strengthening industry-academia partnerships.
  6. 6The report was submitted to President Donald Trump by Michael Kratsios, Director of the White House Office of Science and Technology Policy.
Annual Federal R&D Portfolio
$200B Proposed reform

Some grants take nearly 2 years to be awarded; report aims to compress cycles and redirect administrative overhead to real scientific infrastructure.

Michael Kratsios

Person
Appointed
2025

Analysis

For the AI industry, the White House's new science policy blueprint is a clear signal that artificial intelligence will be the central nervous system of America's future R&D machine. The report's emphasis on fast-tracking AI in scientific research, combined with a plan to modernize the $200 billion federal funding apparatus, could dramatically reshape the landscape for AI startups, enterprise AI labs, and academic machine learning programs. How quickly these reforms translate into looser grant rules, fatter contracts, and fewer bureaucratic hoops will determine whether 'A New Golden Age' becomes a real funding boom or another policy paper.

The White House Office of Science and Technology Policy (OSTP) released a landmark report, "Science: A New Golden Age," on July 22, 2026, calling for a sweeping overhaul of the U.S. scientific ecosystem. The report, submitted directly to President Donald Trump by OSTP Director Michael Kratsios, diagnoses a system mired in mid-century bureaucracy and recommends aggressive deregulation, a modernization of the $200 billion annual federal research and development funding apparatus, tighter industry-academia integration, and the acceleration of artificial intelligence as a core driver of scientific discovery. The recommendations represent a potentially transformative shift in how the U.S. government funds and manages research, with direct implications for technology sectors, universities, and the broader innovation economy.

The $200 billion federal R&D portfolio could see a significant reallocation toward AI-intensive projects, potentially creating major contracting opportunities for AI firms and spurring demand for specialized talent and infrastructure.

The report identifies a critical bottleneck: the federal grant process has become so burdensome that some awards take nearly two years from submission to disbursement, a timeline the authors equate to the entire design and production cycle of the original Boeing 747. Current funding models are described as anchored to outdated disciplinary boundaries and excessively focused on short, project-based grants that discourage high-risk, high-return research. Among the proposed remedies are compressing review cycles, eliminating duplicative reporting requirements, capping indirect cost recovery to reduce administrative overhead, and redirecting savings toward actual scientific infrastructure. Long-term grants and early-career scientist support would be expanded to restore a culture of risk-taking and breakthrough science.

For the AI sector, the report is a direct policy signal that the federal government intends to embed machine learning and AI-driven methods across its entire R&D enterprise. The emphasis on AI-led research is not a minor component but a central pillar of the proposed reforms, acknowledging that modern scientific progress in areas like materials discovery, drug development, climate modeling, and genomics increasingly depends on advanced computational and AI tools. By cutting regulatory friction and explicitly encouraging AI integration, the report aims to create a more favorable environment for both academic AI researchers and private-sector companies that develop or deploy scientific AI platforms. The $200 billion federal R&D portfolio could see a significant reallocation toward AI-intensive projects, potentially creating major contracting opportunities for AI firms and spurring demand for specialized talent and infrastructure.

However, implementation remains uncertain. The report's recommendations are advisory, and dramatic changes to grant mechanisms or regulatory frameworks would require congressional action or extensive rulemaking processes. The proposed reduction of indirect cost recovery, which universities use to fund administrative overhead, is likely to face stiff resistance from higher education institutions. Similarly, calls to redirect funding toward riskier, longer-term research may clash with the political preference for demonstrable near-term results. Nonetheless, the report's high-profile release and its alignment with the Trump administration's broader deregulatory agenda suggest that executive action on some fronts—such as streamlining grant paperwork through executive orders or OMB guidance—could proceed relatively quickly.

What to Watch

The implications for the AI industry are multifaceted. If even a portion of the recommended funding reforms are enacted, the AI research community could experience a surge in federal grants with fewer strings attached, enabling more ambitious, compute-intensive projects. Startups focusing on AI for science ("AI4Science") would likely see a more supportive regulatory and funding landscape. Conversely, companies relying on university partnerships may face transitional disruptions if indirect cost recovery caps alter financial models. The report also underscores the administration's view of AI as not just an industry but a national competitiveness imperative, which could influence parallel policy efforts around AI safety, export controls, and workforce development.

In the broader innovation ecosystem, the report's call to strengthen industry partnerships and embed continuous evidence-based improvement across the R&D portfolio could accelerate the commercialization of federally funded research. If executed effectively, the reforms could shorten the path from laboratory breakthrough to marketable technology, a critical advantage in an era of intensifying global competition with China and the EU. For investors and corporate strategists, the "Science: A New Golden Age" report serves as a blueprint of where federal science policy is headed and a leading indicator of the research domains and technologies likely to receive priority funding in the years ahead.

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Cite This Page

"OSTP report targets $200B R&D overhaul, puts AI at the core of US science reform." AI Intelligence Brief, July 22, 2026. https://getaibrief.com/story/ostp-science-report-ai-research-reform

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