What Is AgTech? The Definition That Actually Matters

What is agtech? Short for agricultural technology, it is technology applied to agricultural production: growing, harvesting, and managing crops and livestock. The harder question is where agricultural production ends and food technology begins.

Is a company selling plant-based protein an agtech company? A grocery delivery platform? A carbon marketplace? Depending on who's counting, any of them can be. AgFunder's widely cited annual agrifoodtech investment report includes the first two. The moment they're folded in, every statistic you read about "the agtech market" describes a different industry than the one you're in.

In 2025, overall agrifoodtech funding slipped 3% to $16.2 billion, by AgFunder's count. Its upstream category, companies building for farms, food production, and biological systems, rose 7% to $9 billion. Same year, same dataset, opposite headlines. If you build for growers and quote the first number to your board, you've described a market that includes grocery delivery. Quote the second and you've included plant-based meat. Neither tells you whether your part of the field grew.

Key takeaways

• AgTech means technology for agricultural production, but AgFunder's widely cited agrifoodtech funding totals also count grocery delivery and plant-based protein, and its upstream category has long counted novel food companies.
• By AgFunder's count, 2025 agrifoodtech funding slipped 3% to $16.2 billion while its upstream category rose 7% to $9 billion, so the boundary you choose decides the headline.
• In Purdue University's September 2026 farmer survey, a record 52% of respondents named high input costs as their top concern.

What is agtech, and where does it stop?

The most useful way to decide what counts as agtech is to split the field into upstream and downstream.

In this piece, upstream means everything before the product leaves the farm: seed genetics, crop inputs, sensing and agronomy software, machinery and autonomy, animal agriculture, farm management systems. The customer is a grower or an agribusiness.

Downstream is everything after: food processing, novel proteins, delivery, retail technology, restaurant software. The customer is a manufacturer, retailer, or consumer.

Both get called agtech in casual usage. Their customers and buying processes have little in common. For products used in seasonal crop production, buying decisions often need to fit planting and harvest schedules. The buyers read different publications: a grower reads the farm trade press, while a grocery chain's technology buyer is more likely to read Grocery Dive. And last year the money moved in opposite directions, with upstream up while AgFunder's downstream categories, dominated by grocery and food delivery, kept shrinking.

Even that split isn't drawn the same way everywhere. AgFunder defines upstream as technology for "farms, food production, and biological systems," and its taxonomy has long counted novel food companies on the upstream side. In its 2021 count, the only upstream company to raise a round of $500 million or more was Impossible Foods. So the $9 billion above includes companies outside the farm-facing definition used here.

When someone says "agtech," ask which half they mean. When someone quotes an agtech statistic at you, check which half it measures, and where its source drew the line.

What are the main types of agtech?

Upstream agtech breaks into seven working segments. The companies named are examples, each still operating as of November 2026, not a ranking.

Sensing and agronomy. Field-level data collection and the analytics on top of it. EarthOptics, which combines soil sensors with lab analysis and genomics, opened a lab in the Raleigh-Durham area in May. Usually hardware or sampling plus a subscription, selling into row crops, specialty crops, and permanent plantings.

Crop inputs and biologicals. Products that nourish or protect crops, including conventional inputs and biological products that can replace or complement them. NewLeaf Symbiotics, for example, sells microbial products that now include an EPA-registered bioinsecticide for corn, soybeans, cotton, and rice. In our view this is the segment with the clearest economic argument right now, because input costs are what growers worry about most. In Purdue University's monthly farmer survey, a record 52% named high input costs as their top concern in September, and they were still the biggest concern in October.

Genetics and breeding. Inari, which uses gene editing to design seeds, is one example. Long development cycles, regulatory exposure, and the most deeptech-flavored corner of the field.

Machinery and autonomy. AgXeed, which has sold autonomous tractors commercially since 2022, is one example.

Farm management software. Traction Ag, a farm accounting platform for row-crop operations, announced its acquisition of the desktop accounting system PcMars in November 2025. Software needs less capital than hardware, but it competes with tools that input suppliers give away. FAO's Agritech Observatory describes the core of Corteva's Granular Insights platform as free in many markets, with farmers usually signing up through Corteva or Pioneer reps.

Controlled environment agriculture. Indoor and vertical growing, and home to many of the sector's best-known failures, several of which we tracked company by company. The model matters: greenhouse growers struggled less than vertical farms, and Little Leaf Farms, which grows lettuce in automated greenhouses, opened a new 20-acre greenhouse in Tennessee in August.

Marketplaces and farm fintech. Often filed under software when the economics are closer to distribution, payments, or lending. Bushel's network connects more than 3,500 grain and ag retail facilities, and this year it launched a program to move grain settlement payments off paper checks.

In our experience no two taxonomies match exactly, and companies move between boxes as they find revenue. Treat the list as a map of where buyers and budgets sit rather than as a schema.

Before you trust a list of agtech startups

Lists of top agtech startups age badly. In our experience, many are assembled from funding announcements and rarely revisited, and several of the best-funded names on them have since shut down or been sold.

A funding round tells you a company convinced investors at a moment in time. It does not tell you the company exists today.

Three quick checks help screen a list, though none of them proves a company is still operating. Look at whether the site still publishes anything with a recent date. Search the company name and see whether the results are its own pages or bankruptcy filings. Check whether anyone independent wrote about it in the last year, as distinct from a press release republished across syndication sites.

The same discipline applies when you compare coverage: count a press release syndicated across dozens of sites as one story, and keep release rewrites separate from original reporting.

What this means if you're building in the category

If you build agtech, define yourself upstream or downstream and stay consistent, because in our experience investors and reporters sort companies that way even when they don't name it. Name the customer you serve. Compare yourself against benchmarks that count companies like yours, and check what a benchmark includes before you quote it, because a comparison only means something if both sides were counted the same way. And expect to be asked early who pays and how soon.

Common questions

What does agtech mean? Technology applied to agricultural production: crops, livestock, and the operations around them. In practice the term is used loosely enough that it also captures food processing and consumer food technology, which is why the upstream and downstream distinction matters more than the word itself.

What is the difference between agtech and agritech? Nothing substantive. They are two spellings for the same field, and the difference is mostly geographic. In Google's US search data the two get roughly similar volume; in the UK "agritech" is searched roughly five times as often as "agtech," and in India roughly twenty times as often.

What is the difference between agtech and foodtech? AgTech generally means before the farm gate: growing and harvesting. FoodTech means after: processing, novel proteins, distribution, retail. Investment reports frequently combine them under "agrifoodtech," and they don't always split them where you'd expect. AgFunder, for one, counts novel food companies as upstream.

How big is the agtech market? It depends on the boundary and on what's being measured. AgFunder's widely cited $16.2 billion for 2025 is a year of startup funding, debt included, not market revenue. It also covers grocery delivery and plant-based protein, and even its narrower upstream slice counts novel food companies alongside farm technology. Treat any single market-size number with suspicion until you know what it counts.

What are the main categories of agtech? Upstream agtech has seven working segments: sensing and agronomy, crop inputs and biologicals, genetics and breeding, machinery and autonomy, farm management software, controlled environment agriculture, and marketplaces and farm fintech. Companies move between them as they find revenue, so treat the list as a map of where buyers and budgets sit.

What is agtech software? Agtech software includes farm management tools, such as accounting and record-keeping platforms for growers, and agronomy analytics that use field data. It also runs agricultural payments, marketplaces, livestock monitoring and equipment automation. Farm software needs less capital than hardware, but it competes with tools input suppliers give away, such as Corteva's Granular Insights, whose core platform FAO describes as free in many markets.

Sources

• AgFunder Global AgriFoodTech Investment Report 2026, AgFunder, March 2026
• Jennifer Marston, Agrifoodtech funding is flat but the story is shifting, AgFunderNews, March 18, 2026
• 2022 AgFunder AgriFoodTech Investment Report, AgFunder, 2022
• DataForSEO, Google Ads search volume (US, UK, India) for "agtech" and "agritech", pulled November 8, 2026
• EarthOptics Expands State-of-the-Art Soil Lab Operations with New Raleigh-Durham Facility, EarthOptics, May 14, 2026
• NewLeaf Expands Broad-Acting TS201 Bioinsecticide Coverage for Corn, Soy, Cotton and Rice, NewLeaf Symbiotics, February 4, 2026
• Morgan French, Farmer sentiment drops as concerns about input costs increase, Purdue University, October 6, 2026
• Optimism Grows in October as Current Conditions Improve, Purdue University/CME Group Ag Economy Barometer, November 3, 2026
• Greg Weaver, 2026 Innovation Issue: Inari's gene-editing ambitions grow amid legal fight, layoffs, Indianapolis Business Journal, May 1, 2026
• About AgXeed, AgXeed
• Traction Ag acquires PcMars, uniting two leaders in farm accounting software, Traction Ag, November 12, 2025
• Granular Insights, FAO Agritech Observatory
• Jennifer Marston, Little Leaf Farms' CEO on building an indoor ag business, AgFunderNews, July 10, 2025
• Little Leaf Farms Opens Manchester, Tennessee, Greenhouse Campus, Food Processing, August 13, 2026
• Bushel launches digital lien protection for grain payments, High Plains Journal, July 18, 2026

Salient PR has been placing agriculture technology stories since 2015. Funding figures come from AgFunder's 2026 Global AgriFoodTech Investment Report; search figures are Google Ads estimates via DataForSEO, pulled in November 2026; company details come from company announcements and trade reporting.