NSF Funding Records
NSF grant data across all directorates — US science funding intelligence data.
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Find Me This Data →Overview
What Is NSF Funding Records?
NSF Funding Records comprise comprehensive data on grants and research investments distributed by the U.S. National Science Foundation across all scientific disciplines and directorates. The NSF is an independent federal agency that spent approximately $9.4 billion in FY2024, funding roughly 25% of all federally supported research conducted by US colleges and universities. This dataset captures funding allocations across critical areas including artificial intelligence, quantum computing, semiconductors, advanced manufacturing, and foundational science research. NSF funding records serve as a primary intelligence source for tracking government R&D investment patterns, researcher networks, institutional priorities, and emerging technology development across the United States and its territories. The data is actively maintained and updated through federal appropriations processes, with annual surveys and budget documentation providing detailed visibility into funding distribution, agency priorities, and research portfolio composition.
Market Data
$9.4 billion
NSF FY2024 Total Spending
Source: DeltaThink
~25%
Share of Federally Supported Research
Source: DeltaThink
$3.9 billion discretionary
FY2026 Budget Request
Source: NSF
FY2024–2026
Federal R&D Data Coverage
Source: NSF NCSES
Who Uses This Data
What AI models do with it.do with it.
Research Institutions & Universities
Colleges and universities track NSF funding trends to identify grant opportunities, benchmark institutional performance, and understand competitive landscape for research proposals across all scientific disciplines.
Startup & Innovation Companies
NSF-funded startups and companies use funding records to monitor peer funding, understand NSF priorities in critical areas like AI and quantum computing, and identify partnership opportunities with funded research teams.
Science Policy & Government Analysis
Federal agencies, Congressional offices, and policy organizations analyze NSF funding data to assess research portfolio alignment with national priorities, evaluate technology leadership in critical areas, and inform appropriations decisions.
Academic & Scientific Publishers
Publishers track NSF-funded research output and funding trends to understand scholarly publication patterns, anticipate research activity changes, and target content development in emerging technology areas.
What Can You Earn?
What it's worth.worth.
Small Dataset Access
Varies
Individual grant records, annual fund summaries, or directorate-specific funding data
Comprehensive NSF Portfolio
Varies
Complete funding records across all directorates with historical trend analysis and institutional mapping
Strategic Intelligence Services
Varies
Custom analysis, competitive funding tracking, research priority forecasting, and technology investment mapping
What Buyers Expect
What makes it valuable.valuable.
Federal Appropriations Alignment
Data must reflect official NSF budget requests, Congressional appropriations, and authorized funding levels with accurate fiscal year attribution and directorate-level detail.
Grant-Level Precision
Individual grant records should include NSF award numbers, funding amounts, principal investigator information, institutional affiliations, and project descriptions enabling targeted opportunity identification.
Multi-Year Historical Coverage
Buyers require longitudinal funding data spanning multiple fiscal years (minimum FY2023–2026) to identify trends, forecast future priorities, and analyze strategic shifts in research investment.
Directorate & Program Classification
Data must be organized by NSF directorates and budget functions (research infrastructure, STEM education, major equipment facilities) enabling sophisticated portfolio analysis and thematic filtering.
Current Strategic Priority Mapping
Records should indicate alignment with NSF's active priority areas including AI, quantum computing, semiconductors, advanced manufacturing, and workforce development initiatives.
Companies Active Here
Who's buying.buying.
University research offices and institutional research units acquire NSF funding records to identify internal capability alignment with NSF priorities, support proposal development, and track competitive funding landscapes.
Government entities use NSF funding data for appropriations analysis, policy impact assessment, and understanding federal R&D investment allocation across agencies and budget functions.
VC firms and strategic consulting groups track NSF-funded startups and emerging technology investments to identify portfolio opportunities, validate market trends, and assess technology maturity in critical sectors.
Publishers and scholarly analytics platforms monitor NSF funding records to correlate funding activity with publication output, forecast research trends, and model impacts of funding changes on scientific productivity.
FAQ
Common questions.questions.
What is the scope of NSF Funding Records data?
NSF Funding Records cover all grants and research investments distributed by the U.S. National Science Foundation across multiple directorates and scientific disciplines. The data includes federal budget authority for research and development, funding by budget function (national defense, health, general science, energy, etc.), and specific award details for individual grants. Coverage extends across fiscal years with active data collection for FY2024–2026.
How current is NSF funding data typically?
NSF maintains active data collection through annual surveys and budget appropriations processes. The Survey of Federal Funds for Research and Development is conducted annually with actual data for the completed fiscal year and estimates for the current year. Budget request documents are released in May for the following fiscal year. Most recent comprehensive data covers FY2024 actuals, with FY2026 budget request information available from May 2025.
Which organizations benefit most from NSF Funding Records?
Primary beneficiaries include research universities seeking grant opportunities and competitive intelligence, NSF-funded startups tracking peer funding and strategic priorities, federal agencies and Congress analyzing R&D investment allocation, and scientific publishers forecasting research activity trends. Academic research offices, venture capital firms evaluating technology investments, and strategic policy organizations also actively use this data for decision-making.
What strategic priorities drive NSF funding allocation?
NSF's 2025–2026 strategic priorities emphasize artificial intelligence, quantum computing, semiconductors, advanced manufacturing, and workforce development for critical technology areas. The agency also maintains foundational support across all scientific disciplines. Recent reorganization of the Technology, Innovation and Partnerships directorate reflects focus on accelerating breakthrough technologies to market, building competition-ready workforces, and scaling regional R&D capacity across the country.
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