Agriculture is a $1.3 trillion US industry undergoing a technology transformation, and the federal government is funding it. USDA, DOE, EPA, NSF, and private foundations like FFAR all have programs designed for agtech and food technology startups. The total available funding exceeds $500M annually across all programs. But most agtech founders only know about USDA SBIR, which is one of the smaller programs.
This guide maps every relevant pathway from USDA's $200K Phase I to DOE's multi-million-dollar bioenergy projects. Cada Partners has built grant roadmaps for agtech startups in precision agriculture, soil health, food safety, and sustainable protein.
What does the agtech grant landscape look like in 2026?
| Program | Agency | Award Amount | Current Status | Best For |
|---|---|---|---|---|
| USDA SBIR Phase I/II | USDA/NIFA | $175K / $600K | Annual solicitation | Precision ag, food safety, animal health, crop science |
| NSF SBIR | NSF | $305K / $1.25M | Quarterly | Fundamental ag research, biosensors, ag AI/ML |
| DOE SBIR (BETO) | DOE | $250K / $1.6M | Annual | Biofuels, biomass, algae, sustainable aviation fuel |
| EPA SBIR | EPA | $100K / $400K | Annual | Water quality, nutrient management, pest alternatives |
| FFAR grants | Foundation | $100K-$2M | Periodic open calls | Food/ag research (requires 1:1 matching) |
| NIH SBIR | NIH | $314K / $2M | 3x/year | Food safety with health outcomes, nutrition, microbiome |
| ARPA-H | HHS | $600K-$26M avg | Rolling ISOs | Food-related health (rare fit, must be 10x) |
| State ag programs | Various | $10K-$500K | Varies by state | SBIR matching, pilot projects, ag innovation |
USDA SBIR: the anchor program for agtech
USDA's SBIR program, administered through NIFA, is the most directly relevant funding source for agricultural technology startups.
Key details:
- Phase I: ~$200,000 for 8 months
- Phase II: ~$650,000 for 24 months
- Annual solicitation (typically released in fall, due in winter/spring)
- Topics organized by NIFA program areas
USDA SBIR topic areas:
- Precision agriculture -- sensors, robotics, drones, data analytics for farm operations
- Food safety -- detection, prevention, and response to foodborne pathogens
- Animal health -- diagnostics, vaccines, monitoring systems for livestock
- Plant science -- breeding tools, disease resistance, stress tolerance, crop optimization
- Sustainable agriculture -- soil health, regenerative practices, water conservation
- Aquaculture -- sustainable fish/shellfish farming technology
- Forestry -- wildfire detection, sustainable forestry technology, wood products innovation
- Rural development -- broadband, rural health technology, agricultural logistics
- Bioenergy -- crop-based biofuels, agricultural waste conversion
The USDA advantage: Significantly less competition than NIH or NSF. USDA SBIR receives fewer applications per topic, giving well-prepared startups better odds. The ag-specific focus also means reviewers understand your domain -- you don't have to explain basic agriculture to computer scientists.
The limitation: Award amounts are smaller than NSF or NIH ($200K vs $305K-$314K Phase I). Phase II is also smaller ($650K vs $1.25M-$2M). For capital-intensive agtech hardware like robotics and sensing platforms, USDA Phase I may not cover prototype costs. Consider NSF or DOE as supplements.
NSF SBIR: fundamental ag research at higher award levels
Many agtech startups overlook NSF, but it's one of the best options -- especially for companies whose technology has scientific depth beyond agriculture.
Relevant NSF topic areas:
- Biological technologies -- biosensors, synthetic biology for agriculture, gene editing tools
- AI and machine learning -- computer vision for crop analysis, predictive models for yield optimization
- Robotics and autonomous systems -- agricultural robots, drone technology, automated harvesting
- Environmental sustainability -- carbon sequestration measurement, soil microbiome analysis
- IoT and sensing -- field sensor networks, precision irrigation systems
Why NSF over USDA: $305K Phase I (vs $200K), $1.25M Phase II (vs $650K), and quarterly submission windows (vs annual). NSF also carries stronger brand recognition with VCs and academic partners. If your technology has fundamental scientific merit beyond its ag application, NSF is likely the better anchor. This NSF-vs-USDA framing decision is one of the most common strategic calls Cada helps agtech clients make.
Why USDA over NSF: USDA reviewers understand agriculture. An NSF panel evaluating your precision agriculture AI will score it on computer science merit. A USDA panel will score it on agricultural impact. If the innovation is in the ag application (not the underlying science), USDA reviewers will appreciate it more.
DOE: bioenergy and sustainable agriculture
The Department of Energy's Bioenergy Technologies Office (BETO) is the primary funder for technologies at the intersection of agriculture and energy.
DOE SBIR for agtech:
- Phase I: $250,000 for 12 months
- Phase II: $1,600,000 for 24 months
- Annual solicitation with specific topic areas
DOE bioenergy topics:
- Biofuels (cellulosic ethanol, biodiesel, renewable diesel)
- Sustainable aviation fuel (SAF) from agricultural feedstocks
- Biomass conversion and biorefining
- Algae-based products (fuel, feed, chemicals)
- Agricultural waste valorization
- Bio-based chemicals and materials
Beyond SBIR: DOE also issues larger Funding Opportunity Announcements (FOAs) through BETO for projects ranging from $500K to $10M+. These are competitive awards (not SBIR) open to companies, universities, and national labs. If your technology addresses DOE's bioenergy roadmap, the non-SBIR FOA pathway can provide significantly more funding.
EPA SBIR: environmental aspects of agriculture
EPA SBIR covers environmental technology including agricultural applications.
Key details:
- Phase I: ~$100,000 for 6 months (contracts, not grants)
- Phase II: ~$400,000 for 24 months
- Smallest SBIR program by award amount
Relevant EPA topics for agtech:
- Water quality and nutrient runoff management
- Pesticide alternatives and integrated pest management
- Agricultural waste treatment and remediation
- Soil contamination and remediation technology
- Sustainable aquaculture environmental management
- PFAS and emerging contaminants in agricultural settings
When EPA makes sense: If your technology primarily addresses an environmental problem that happens to involve agriculture (water pollution from farms, pesticide alternatives, waste management), EPA is the right fit. If your technology is primarily agricultural with environmental co-benefits, USDA is probably better.
The trade-off: EPA awards are small ($100K Phase I), but the program is highly targeted with fewer applicants per topic. Win rates can be higher than larger agencies.
FFAR: foundation funding with a catch
The Foundation for Food & Agriculture Research (FFAR) was created by the 2014 Farm Bill as a nonprofit to multiply public and private investment in food and agriculture research.
Key details:
- Awards typically $100K-$2M
- Open calls published periodically on ffar.org
- Both companies and research institutions can apply
The matching requirement. FFAR requires 1:1 matching funds -- you must provide at least $1 for every $1 FFAR grants. For a $500K award, you need $500K in matching funds (cash or in-kind from non-federal sources). This is a significant barrier for pre-seed and seed-stage startups.
FFAR focus areas:
- Soil health and carbon sequestration
- Plant breeding and genetic improvement
- Food waste reduction
- Pollinator health
- Sustainable protein alternatives
- Urban agriculture
- Water stewardship
When FFAR works: You're post-seed with revenue or investment to match, your technology addresses a clear food/ag research gap, and you have (or can form) a partnership with a research institution. FFAR loves collaborative projects between startups and universities.
NIH and health-adjacent agriculture
NIH isn't an obvious choice for agtech, but several NIH institutes fund food-related health research:
- NIEHS (Environmental Health Sciences) -- environmental exposure through food, pesticide health effects
- NCI (Cancer) -- dietary factors in cancer prevention, food contaminant carcinogenicity
- NIDDK (Diabetes/Digestive/Kidney) -- nutrition, gut microbiome, metabolic health
- NIAID (Allergy/Infectious Diseases) -- foodborne pathogen detection, food allergy diagnostics
When NIH makes sense for agtech: Your technology addresses a health outcome through food or nutrition. A food safety sensor that detects pathogens affecting human health could fit NIAID. A gut microbiome analysis platform for personalized nutrition could fit NIDDK.
NIH Phase I ($314K) is larger than USDA ($200K), and Phase II ($2M) is 3x larger than USDA ($650K). If you can frame your agtech as health technology, NIH provides significantly more funding.
Which program fits your type of agtech startup?
| Your Focus Area | Start Here | Also Consider | Notes |
|---|---|---|---|
| Precision agriculture (sensors/drones) | USDA SBIR, NSF | State programs | NSF if novel sensing/AI, USDA if ag-specific |
| Crop genetics / breeding | USDA SBIR | NSF (BioTech), FFAR | FFAR if matching funds available |
| Food safety / detection | USDA, NIH (NIAID) | DHS (food defense) | NIH if health-outcome focus |
| Biofuels / biomass / SAF | DOE (BETO) | USDA | DOE is the primary funder |
| Soil health / carbon | USDA, FFAR | NSF, EPA | FFAR if matching available |
| Water management / irrigation | USDA, EPA | NSF, DOE | EPA if environmental focus |
| Animal health / diagnostics | USDA SBIR | NIH (if zoonotic) | USDA primary for animal tech |
| Sustainable protein / food science | USDA, NSF | FFAR, NIH | NSF for novel bioprocessing |
| Agricultural robotics | NSF | USDA, DARPA | NSF for robotics/AI merit |
| Aquaculture | USDA, NOAA | EPA | USDA and NOAA both fund aquaculture |
What agtech programs are open in 2026?
- USDA SBIR: Annual solicitation expected fall 2026. Post-SBIR reauthorization, all agencies are releasing new solicitations.
- DOE BETO: Active solicitations for SAF, biomass conversion, and algae technology. Check science.osti.gov/sbir for current topics.
- EPA SBIR: Annual solicitation typically in fall. Smaller program with fewer topics but less competition.
- FFAR: Periodic open calls. Check ffar.org/funding-opportunities for current openings.
- NSF: Quarterly submission windows year-round. No ag-specific deadline -- submit when your technology is ready.
- SBIR reauthorization: Reauthorized through 2031 with new Strategic Breakthrough Awards (post-Phase II, up to $30M/48 months). All agencies are releasing updated solicitations.
Where should agtech startups start (and in what order)?
- NSF Project Pitch -- if your technology has fundamental scientific merit beyond agriculture. Fastest feedback (3 weeks). Highest Phase I value ($305K).
- USDA SBIR -- apply when the annual solicitation opens. Match your technology to the most specific topic area.
- DOE SBIR -- if your technology involves bioenergy, biomass, or ag-energy intersection. Watch for LOI deadlines.
- EPA SBIR -- if your technology primarily addresses environmental outcomes. Smaller awards but less competition.
- FFAR -- after you have matching funds available. Pairs well with a university partner.
For a personalized analysis of which ag/food tech programs fit your specific technology, our Strategy Review maps your startup across all relevant agencies. See also our SBIR guide for startups, agency decision guide, and non-dilutive funding guide.