The most innovative companies in agriculture for 2026

Taking stock of the once red-hot agtech sector, analysts have called 2025 a “transition year,” a polite way of saying crop prices slid, Bayer traded near a 20-year low, John Deere reported less than half of its 2023 income, and almost two dozen startups in once-frothy areas like indoor farming, drones, and insect-based ingredients collapsed. It was enough for a managing director of ag giant Syngenta’s VC arm to jokingly “thank God” it had avoided investing in alt-protein, carbon credits, and vertical farming—though he allowed  that the downturn offered “good lessons” for smart entrepreneurs eyeing “a second wave.” Fast Company’s 2026 list of the most innovative companies in agriculture attempts to identify those already riding it.

Crunching two decades of data, Advancing Eco Agriculture introduced the first AI trained on regenerative farming techniques. Farmers can upload field tests or photos of diseased crops, then ask: What now? Canada-based Thunderstruck Ag achieved a breakout year for its one-of-a-kind model, bringing to market the simple solutions to industry problems that farmers have devised in their own fields or workshops. In just two years, soil-health company Holganix has clocked a tenfold increase in the use of its natural soil additive, building what may be the country’s largest regenerative agriculture program, and created a marketplace where customers’ hard-earned sustainability outcomes are sold as tradable assets.

Little Leaf Farms sprouted into the U.S.’s top lettuce producer at a time when higher-funded rivals failed. Area 2 Farms, built to scale inside America’s glut of empty urban buildings, explains that previously high-flying startups withered because they eschewed time-tested growing practices in order to erect “vegetable data centers.”

Speaking of centuries-old practices, the Ben Franklin-era Old Farmer’s Almanac had one of its best years ever.

In other corners, established heavyweights turned familiarity on its head. Dyson debuted a line of strawberries grown how you’d expect from the vacuum brand: rotating on a futuristic Ferris wheel-like contraption that ensures even sunlight. At Bactery, a scientist invented a $30 bacteria-powered battery that’s capable of operating field-input devices for three decades. By gamifying its slaughterhouse meat-cutting process, Cargill says it has added a million pounds of food to American plates during a beef shortage. And Fed by Blue, an offshoot of the international Blue Food Coalition, used a lavishly produced TV series and celebrity-studded events to make mindfulness around sustainable seafood feel aspirational.

1. Holganix

For expanding beyond its much-used soil-health test to let farmers sell their sustainability efforts as an asset

One of many soil-health startups to spring up in recent years, Holganix stands out by pairing its natural soil additive (Bio 800+) with a simple digital app that plots real-time improvements in soil samples. The combination has driven a tenfold increase in use over two years. Acres treated with Holganix products grew from 300,000 in 2023 to 3 million in 2025—roughly the size of three Rhode Islands—lifting revenue from $16 million to $70 million and making it one of the fastest-growing regenerative agriculture programs in the U.S.

The app may not sound particularly sophisticated in the AI era, but in some ways, that was deliberate. Studies show that the biggest barriers to adopting regenerative practices are their perceived complexity and the unclear return on investment. Holganix is trying to target both: simplicity through a streamlined app tracking system and profitability through something it calls Thrive Acres, a platform launched in 2025 enabling farmers to sell verified outcomes (fertilizer reductions, water savings, carbon sequestration) as tradable assets to corporate buyers. A portion of each sale is reinvested in the community where the asset was generated.

The company has also launched an ambitious soil-mapping effort. In the past 12 months, Holganix completed about 350,000 soil-health tests, with another 850,000 planned by mid-spring 2026. Combined with satellite imagery, the data will form what Holganix says is the most detailed view yet of the soil’s “root zone,” giving farmers clearer metrics for how the land responds to regenerative practices.

2. Thunderstruck Ag

For inventing an adjustable thresher that helps farmers without overcomplicating things

Years ago, fueled by Fireball and Coors Light, two farmers and their uncle torched holes in a tractor wheel that kept clogging with mud, a crude fix so effective, it still gets copied today. That MacGyvered farm solution became Thunderstruck Ag’s first product—the MudSmith—and established its playbook: Partner with farmers who’ve fixed problems but need help scaling their inventions.

Today, Thunderstruck—founded 13 years ago by Jeremy Matuszewski, who back then had never set foot on a farm—scours North America for farmer-inventors with simple analog innovations, helps them patent their ideas, then brings them to market. 2025 was the small company’s breakout year: Matuszewski released his own invention, the first directly from the Canada-based company, called the Razors Edge Concaves. Concaves are the curved grates on a combine that separate grain from unused plant material. Previously, farmers have had to swap these heavy plates by hand to move between crop types; the Razors Edge simply self-adjusts on the fly. Thunderstruck says that the machine increases harvest speed by 25%, while slashing fuel consumption by up to 40%. It sold a half million dollars of preorders before the first units even got built.
The success accelerated Thunderstruck’s international ambitions. An unexpected trade show visit to Brazil turned into full operations there six months later, with a local team adapting the company’s unconventional sales approach. Matuszewski says that the business philosophy remains unchanged: “Growers don’t need more complexity,” just “solutions that work under pressure.”

3. Little Leaf Farms

For building an indoor romaine empire

In a year when high-flying vertical farming got steamrolled (SoftBank-backed Plenty declared bankruptcy, Bowery Farming ceased operations, and AeroFarms closed a key facility), Little Leaf Farms went on a tear. The company became the nation’s leading indoor leafy-greens brand, expanded to more than 8,000 stores, and built the world’s largest greenhouse for greens, a 40-acre campus in Pennsylvania. It also broke ground on a new Tennessee site that will open at 20 acres, with the potential to swell to 80.

In produce sections, Little Leaf also introduced a pesticide-free, no-wash romaine that it says represents the only “teen” leaf romaine on the market—a lettuce that is neither baby romaine nor fully mature, but rather a Goldilocks variety prized for larger leaves without sacrificing crunch.
Its store footprint expanded across the Ahold Delhaize empire to additional Food Lion, Stop & Shop, and Giant locations, as well as to Albertsons stores in the Midwest and South, doubling the sales growth that Little Leaf saw over the previous six months. Little Leaf now controls 54% of the indoor-lettuce market, making it the fastest-growing packaged salad brand in the U.S., even when measured against field-grown competitors.

4. Cargill

For using computer vision to maximize meat yield

Cargill invested in a tool that essentially gamifies frontline meat carving to squeeze more usable beef from every carcass. Using computer vision, the system tracks cuts made by Cargill’s army of slaughterhouse workers as they break animals down into rib eyes, sirloins, flank steaks, and ground beef. After each cut, workers receive an instant red, yellow, or green emoji performance grade.

The world’s largest commodities trader believes that if this technology, dubbed CarVe (short for Cargill Vision Engineering), boosts red-meat yield by even 1%, it could translate into a million additional meals per year. Before CarVe, yield data at Cargill’s plant in Fort Morgan, Colorado—which slaughters 4,000 cows every 24 hours—lagged by a full day. The $90 million system is part of a broader $200 million “Operations of the Future” initiative spanning 1,000 facilities globally. This program includes other ideas applauded by the industry, such as creating natural antioxidants that can slow beef oxidation and extend freshness, alongside some unlikelier-sounding ones, like feeding surplus chocolate to livestock. At Fort Morgan, real-time AI feedback has fine-tuned the old system while improving workplace safety and, Cargill believes, motivating higher performance.

5. Dyson Farming

For applying its engineering wizardry to supermarket strawberries

Dyson makes peerless vacuums and unrivaled hair dryers. Fresh berries? it’s now fabricating those too. James Dyson turned his attention to farming back in the mid-2010s because he saw agriculture as an arena where sophisticated machinery ought to be improving things—and he harbored a philosophy that his native country, United Kingdom, should be capable of feeding itself.

Today, Dyson Farming has channeled its namesake’s ingenuity into a vertical farm in Lincolnshire, in the British countryside. The facility’s crown jewel is a high-tech glass enclosure, just over a year and a half old, that the team now farms in. Inside, they tweak things in real time as one might expect from the company. The space houses a novel rotating growing system that spins the berry plants around a center axis like they’re riding a Ferris wheel, so they can receive equal sunlight each day. Dyson says that yields are 250% higher than those under conventional farming methods.

Strawberries have been growing on-site since 2021, but thanks to recent upgrades, Dyson was able to realize James Dyson’s dream of helping feed his fellow Brits: Its first indoor-grown berries hit U.K. grocery shelves last summer. In August, the company announced it had started combining both its farming and beauty businesses through a new line of Omega haircare products that incorporate sunflower oil harvested from the Lincolnshire farm.

6. Advancing Eco Agriculture

For putting regenerative-ag AI in farmers’ hands

The top user of FieldLark—the first AI trained on regenerative ag, released last summer—is not its creator, Advancing Eco Agriculture CEO John Kempf. That honor goes to a farmer named Dave, who ranches 15,000 acres in Australian cattle country. Past owners of that land used conventional practices that had depleted the soil, and Dave told Advancing Eco Agriculture that, when they contacted him, he felt local agronomists’ fixes were too “cookie-cutter.” He queried ChatGPT, which spit out wrong livestock feed ratios. FieldLark, however, could manage a string of 50 questions without a problem, a discovery that later prompted Dave to joke that maybe he should get offline.

AEA built FieldLark around the idea that regenerative agronomy has grown too complex. It taps into the company’s reservoir of lab tests, expert input, and 20 years of fieldwork from 10,000 farms covering 4 million acres. Farmers can ask questions ranging from the general (“How does selenium affect forage protein content?”) to the highly specific (“How do I remove rhizoctonia from my potatoes in this corner of the Great Plains?”). They can get instant analysis of field photos or plant sap tests. To limit hallucinations, FieldLark is cut off from the internet and relies solely on AEA’s curated research.

Like other AIs, FieldLark has a free tier, though a paid subscription level will soon add perks such as a portal for field-specific data. Six weeks after launch, it had over 4,000 users worldwide. That base has grown by nearly 50%, with farmers submitting six figures’ worth of queries so far. One reported that the subscription paid for itself for eight years with a single week of yield improvements.

7. Fed by Blue

For promoting a sea change in marine conservation via high-profile partnerships with the James Beard Foundation, Andrew Zimmern, PBS, Eric Ripert, and more

In 2025, a PBS series that treated fishing supply chain innovations as stories of human ingenuity became the centerpiece of a nationwide run of live events. Guests in 47 cities ate, talked, and mingled with local chefs, fish producers, and celebrities. Seafood companies that got involved saw their own sales increase by as much as 78%, while the project earned an Emmy nomination and a James Beard Impact Award, shifting how sustainable aquaculture enters the public conversation.

Hope in the Water, as the series was called, was created by a nonprofit called Fed by Blue. It is an outgrowth of the Aquatic Blue Food Coalition, a global effort spanning 40-plus governments and NGOs, that has parlayed conscientiousness around ocean-friendly seafood into something that can be cool, as opposed to rules you simply try not to violate.

Fed by Blue has spent the past year introducing these same ideas to a half-million U.S. classrooms, aiming to create a generation of “blue food–literate” young people through toolkits that present seafood as not just food but the result of climate, communities, and traditions being intertwined.

These notions are also finding better footing in kitchens. Last fall’s The Blue Food Cookbook, by Andrew Zimmern, was the first book by a major publisher to combine seafood recipes with a guide for how to protect the ocean and ethically consume from it. It addresses questions like “How do you shuck an oyster?” alongside more expansive ones, such as “Is industrial aquaculture sustainable?”

8. Area 2 Farms

For growing fresh produce in empty urban spaces, not far from consumers

Acting on the motto “Move the farm, not the food,” Area 2 Farms is working to transform America’s glut of vacant urban buildings into modular vertical farms, growing crops within a few miles of consumers. The company’s first Silo, in Fairfax, Virginia, occupies a structure that sat empty for 20 years. It offers boxes of greens, herbs, and other produce starting at $35 a week, and the grand design is to put one within 10 miles of 90% of Americans.

Area 2 Farms, which will open another growing facility in Virginia soon, constructs each Silo according to local demand, adding additional locations as needed, rather than building massive centralized facilities that CEO Oren Falkowitz dismisses as “vegetable data centers.” He sees that error made by Bowery Farms, Square Roots, and others—players now facing a “brutal correction” after investing millions in up-front capital to compete in an industry with onionskin-thin margins. Area 2 Farms’ soil-dependent Silos, by contrast, can grow a far wider range of vegetables—tomatoes, potatoes, turnips, leeks, onions—at costs much closer to a local CSAs.

The approach tackles inefficiencies in U.S. food distribution. Fresh produce typically travels 1,500 miles to reach consumers, losing nutritional value along the way. Area 2 Farms’ crops travel just 3.1 miles on average. The Fairfax Silo has sold 100% of its harvest for 150 straight weeks, delivering more than 20,000 harvests to date. The company recently raised $9 million to expand to 10 new farms across Georgia, Texas, Pennsylvania, North Carolina, and Washington, D.C., in 2026.

9. The Old Farmer’s Almanac

For offering today’s farmers what all the modern gadgetry can’t: a community, a tie to the past, and a sense of humor

In December, at the age of 208, Farmers’ Almanac succumbed to the digital age.
But The Old Farmer’s Almanac, founded even earlier—while George Washington was president—did not. Still wrapped in the same yellow cover and calligraphy it’s used since 1794, it actually logged one of its strongest years.

Both publications survived the collapse of American agrarian life, the rise of the National Weather Service, and the invention of smartphone weather apps. But Old Farmer’s, America’s oldest continuously published periodical, has charted a novel course: helping home gardeners work in the present. In more recent years, it’s applied its “pleasant degree of humor” to food preservation, how-to guides, and gardening tools, while building a community where readers trade tips, learn canning, browse hundreds of recipes, and buy online soil-test kits, seeds, and Japanese gardening knives.

At a time when media focused on modern culture—Guitar Player, Teen Vogue, Game Informer, MTV—have crashed, the idea that an almanac could be thriving feels scandalous. Yet in 2025, the print Old Farmer’s sold out, forcing a second 135,000-copy run. Its Vegetable Gardener’s Handbook hit an eighth reprint with 350,000 copies sold. The brand’s garden-planning app topped its category for North America, newsletter subscriptions grew 20% to 684,000, and it captured 95% of all “almanac” web searches.

The year’s biggest challenge may have been convincing people it wasn’t going anywhere. “As sure as the Sun will rise,” editors wrote at year-end, laying out 2026’s expansion, Old Farmer’s “will be around for generations to come.”

10. Bactery

For creating a soil-powered battery for precision-ag sensors

Bacteries are batteries powered by bacteria. The rise of precision ag has put roughly a quarter billion sensors on farms worldwide, most of them depending on single-use batteries or complex solar setups. Bactery’s alternative—known in science as a microbial fuel cell—generates power by capturing electrons that are released when bacteria break down organic soil matter.

In one year, a single Bactery produces the energy equivalent of 10 AA batteries, about twice what’s needed to power common Wi-Fi-enabled farm devices like soil moisture gauges, weather stations, and irrigation valves. The unit embeds into soil with only its cap exposed, and requires no maintenance or supporting infrastructure. It costs about $30, and the company says it’s designed to last 30 years, needs no light, works in any climate, emits zero carbon, and over its lifetime is roughly 5,000 times cheaper than solar.

U.K.-based Bactery spun out of a University of Bath lab in 2019 and rebranded under its current name a year and a half ago. After testing prototypes powering water purification systems in remote Brazilian villages, the company deployed units on 50 farms across England and prepared for a commercial product launch last year. It has secured funding from SVG Ventures, the British government’s U.K. Research and Innovation, and SOSV, and is finalizing partnerships with agtech firms, energy providers, and government agencies backing soil energy as the next frontier in clean power.

Explore the full 2026 list of Fast Company’s Most Innovative Companies, 720 honorees that are reshaping industries and culture. We’ve selected the companies making the biggest impact across 59 categories, including advertising, applied AI, biotech, retail, sustainability, and more.

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