Does Regenerative Farming Actually Make Money?

Table of Contents

• Fields & Frontiers

• New In Ag-Tech

• Tending Dreams

• More Fields & Frontiers

• Till You Laugh

Fields & Frontiers

Prove Your Worth or Get Cut: Agflation is currently at 7.6% annually, which is the highest it's been since early 2022. Meanwhile, agricultural output prices have dropped by 6.5% compared to last year. Farmers are feeling the pressure from both sides at the same time. This is why if you are an innovator in Europe, you cannot approach Agriculture Technology creation without the realities, now more than ever. Fertiliser prices have jumped to about £500 per tonne in the UK, €650 in Europe and some reports of $1100 a tonne in parts of USA, thanks to disruptions in the Strait of Hormuz that are impacting around 30% of the global Urea supply. Plus, we're seeing energy and machinery costs going up as well.
Here's the reality: when margins take a hit, farmers really tighten their belts. Anything that doesn't show a clear, solid return on investment gets the axe first. Now's not the time for vague promises about efficiency or dashboard features that no one really wanted. Your product should help save money, cut down on inputs, or safeguard yield. Right now, it feels like everything else is just background noise. Delve deeper into the AgFlation reality in 2026 in the Andersons Report.

Precision Ag's Defining Year: One can’t overlook the numbers from iGrow's 2025 Precision Agriculture Intelligence Report. It looks like autonomous weeding robots are grabbing the spotlight when it comes to investment. Plus, John Deere has been busy, making two acquisitions in just three months. This shows that the big names in the industry are stepping up their game in terms of autonomous tech. But the most interesting takeaway is right in our backyard: AMAZONE is stepping up its game in Europe with four new product launches and plans to expand operations in 2025. The drive for homegrown precision agriculture is still going strong. What's the bigger picture? Partnerships saw a huge increase of 190% compared to last year, with 43% of those being technical platform integrations for startups. Collaboration is turning into a fundamental part of our framework. Startups and farmers in Europe are creating connected ecosystems.

Grain Goes Digital: In the US, grain trading is quietly leaving the phone call and the handshake behind. Digital tools for grain marketing jumped from 21% in 2024 to over 31% in 2026, with 56% of farmers now using an app or software to manage grain sales. According to the 2026 State of the Farm Report, 54% of younger farmers, specifically those under 50, are thinking about submitting their grain offers online. It's interesting that this is happening even though the necessary infrastructure is still in its early stages. For European investors watching agricultural commodities and AgTech stocks, this is a significant leading indicator. When grain marketing moves online at scale, price discovery accelerates, market transparency improves, and the platforms enabling that shift become extraordinarily valuable. Europe's fragmented grain trading landscape is ripe for this disruption. The question now is which platform captures it first.

How Drones are Reclaiming Agricultural Youth: A high-tech "digital sky" is shaking up the story of rural flight. For the next generation, agricultural drones are a unique blend of entrepreneurship and cutting-edge robotics. Compared to the hefty price of traditional machinery, drone systems provide a much friendlier entry point. This means that young operators can dive into spraying or mapping businesses without breaking the bank, leading to a quicker return on their investment. This whole "gamification" thing on the farm takes away the tough manual work and replaces it with smart, data-driven techniques. It’s really changing agriculture from just getting by to being a high-tech business, a practical way to tackle the issue of ageing farmers. Agriculture Technology offers a smart, modern career option that encourages young talent to stay in agriculture by turning the "office" into the control center for a drone.

New In Ag-Tech

When Nobody Shows Up

What do you do when 60 per cent of your harvest workforce are seasonal migrants, and the pool of willing workers has been shrinking for fifteen years? What does a tomato grower in Westland or a cucumber producer in Almería do when the people who show up in week one are gone by week three, and the replacements don't come? How do you plan a production schedule, price a contract with a supermarket, or invest in a new greenhouse bay when the single biggest input in your operation, the labour, is the one thing you cannot reliably predict?

These are not hypothetical pressures. Dutch greenhouse horticulture employs roughly 70,000 workers under glass, and the sector has depended structurally on migrant labour from Poland, Romania, Bulgaria, and Ukraine for decades. As wages in those home countries have risen and work opportunities have diversified, the available pool has shrunk. The Netherlands alone has seen greenhouse labour availability fall by as much as 30 per cent since 2010. The trend is not cyclical. It is structural.

What Eternal Ag Is Really Making
Renji John and Sherry Kunjachan started Eternal.ag in Cologne in 2025. They built an autonomous harvesting robot named Harvester that was first made for tomato greenhouses. The robot can run for up to 22 hours a day without needing an operator. It can also traverse changes in rows on its own and use computer vision to read the height of plants, the structure of their canopies, the location of their trusses, and their ripeness in real time. It can cut up to 120 trusses an hour. The quality of the cut does not worsen between the first and twentieth hours.

Simulation-first development is the engineering method that sets the technology apart from many of its predecessors in this field. The robot is trained and tested in a virtual greenhouse environment constructed on NVIDIA Isaac Sim before any hardware is put in a real greenhouse. In software, failure instances that would take months to find and fix in the real world are found and fixed in just a few days. Once the robot is put to work in the real greenhouse, every move it makes sends information back to the system. Using the robot makes it better.

"When labour is uncertain, everything else becomes uncertain. Greenhouse operations need resilience, not temporary fixes. The robot shows up where the work needs to happen and just does it." ~ Wilco Schoonderbeek, Board Observer, Eternal Ag; former Director of Investments, Horticoop

Where This Applies and Why Now

This technology is important in the high-intensity greenhouse areas of northern Europe, including the Netherlands, Belgium, Germany, and it's becoming more popular in Spain and the UK too. These areas are where controlled-environment horticulture is running at a commercial level, producing all year round, and relying on the same kind of labour structure that eternal.ag is focusing on.

The Netherlands has about 97,000 hectares of greenhouses, which is pretty impressive! They’re responsible for 17 percent of Europe’s tomatoes, 20 percent of its cucumbers, and 21 percent of its peppers. Westland and Venlo are the biggest clusters out there. Since Brexit, the UK has been dealing with a similar issue: leaving the single labour market has made it much tougher to tap into the Eastern European seasonal workforce. The Almería region in Spain, known for having the biggest concentration of greenhouses in the world outside of Asia, is dealing with similar dynamics.

Right now, Harvester is focusing on harvesting tomato trusses. This task is pretty repetitive and needs a lot of precision, which has made it tough to automate in the past because of how variable the plant environment can be. Eternal.ag has mentioned that the modular platform will eventually grow to include other greenhouse crops. Cucumbers, peppers, and those soft-stem herbs just make sense together. They all show a significant production volume in Europe, but they share the same underlying labour issue.

For the Farmer: What Does This Cost?

Eternal Ag has not published unit pricing publicly, but its ROI calculator is available on the company's website and provides a transparent framework. Working through a 10-hectare greenhouse with a current annual labour cost of approximately €540,000 and an activity automation rate of 80 per cent, the model compares five-year costs between a semi-autonomous robot approach (which still requires human operators per shift) and full labour costs without automation. The five-year total under a partial automation model on those assumptions comes to approximately €4 million, against €5.8 million in full labour costs, a saving in the region of €430,000 over five years before the cost of eternal Ag’s fully autonomous system is factored in.

The key commercial claim is that full autonomy, no operator salary, no shift management, no absenteeism, removes a hidden cost layer that makes semi-autonomous competitors less attractive than they initially appear. The ROI case is most compelling for operations above five hectares running year-round crops, where labour planning uncertainty compounds over multiple seasons. 

For Investors: Stage, Backing, and Context

The company raised €8 million in a seed round announced in March 2026, backed by Simon Capital, Oyster Bay Venture Capital, EquityPitcher Ventures, and Backbone Ventures. Oyster Bay is a Hamburg-based food and agtech fund whose second vehicle manages more than €100 million and is backed by the European Investment Fund and KfW, institutional backing that signals sectoral credibility beyond early-stage venture.

The investor note worth holding: Renji John, CEO and co-founder, previously co-founded Honest AgTech, a Dutch autonomous greenhouse robotics startup that was declared bankrupt in July 2023 following a liquidity shortage. This is publicly documented. John has been transparent about it. The architectural distinction he draws for eternal.ag (simulation-first development to compress iteration cycles and reduce hardware burn) is a direct response to where that earlier venture encountered difficulty. Investors considering this category should evaluate whether that methodology addresses the structural capital risk that has historically made greenhouse robotics hard to scale. The €8 million raise is a seed round; commercial deployment at scale will require further capital.

For Innovators: The Technical Moat

The simulation-first pipeline is the most replicable element and the most defensible simultaneously. Building proprietary virtual greenhouse environments that accurately model canopy variation, truss density, lighting conditions, and robot-plant interaction requires sustained investment in data and modelling, but it removes the most expensive phase of hardware robotics development. Teams building in adjacent greenhouse crop verticals should be watching this methodology rather than the hardware itself. The hardware is visible. The simulation library is not.

Digital Pasture

Tending Dreams

The Honest Truth About Going Regenerative (From a Farmer Who Did It).

Everyone's telling you to transition. Nobody's telling you what it actually costs.

You're already stretched too thin. Costs of inputs are going higher. Margins are smaller than they have been in a long time. Just the expense of fertiliser is enough to keep you up at night, and that's not even taking into account the weather, the electricity costs, and whatever Brussels decides to do next.

It's hard not to think that someone is trying to sell you something when they come onto your farm and start talking about regenerative agriculture, carbon credits, and soil health. The brochures make it sound easy. An honest farmer would tell you that the truth is a lot messier. The good news is that we don't want to sell you anything. We're here to tell you the truth about the costs, the doubts, the drop, and yes, the upside, all through the account of a farmer who took the plunge before it was cool.

Meet Thomas Gent. He Had the Same Doubts You Do.

Thomas is a fourth-generation farmer who manages 800 hectares of arable land in South Lincolnshire, UK. His family has been farming the same land since the days of his great-grandfather.
When his grandfather first started using regenerative practices like minimal tillage, cover crops, and cutting back on synthetic inputs, it wasn't really about making an environmental statement. It was about money. Input costs were really cutting into margins, and it was clear that something needed to change.
Sounds familiar?

The family worked hard for more than fifteen years before anyone beyond the farm really paid attention. No carbon payments. No premium buyers around. It’s really just a simple belief that taking care of the soil is the smartest long-term approach.

Thomas showed up and began throwing some tougher questions.

What Did the Transition Really Cost?

Back in 2020, when the Covid lockdowns were in full swing, Thomas took a moment to do something that many farmers hadn’t really tackled. He decided to figure out just how much regenerative farming had impacted their land and what potential it still held.
What he discovered wasn't exactly a straightforward success story. It was a bit of a tricky situation.
Thomas is upfront about the genuine concerns surrounding regenerative practices.

• It looks like the yield dip is real. So, when you cut back on tillage and ease up on those synthetic inputs, your soil really needs some time to bounce back. We need to rebuild the microbiology. We really need to change the structure. So, during that time frame, which usually spans about two to three years, you’ll notice that yields tend to drop. That really stings for a farm that's already operating on such tight margins.

• Getting new machinery can be pretty pricey. His grandfather actually came up with and built his own low-disturbance seeding tool, what turned into the patented Gent Disc, since there weren't any commercial options available back then. Not every farmer has an engineer in the family, you know? Investing in the kit is definitely a thing.

• The shift calls for some fresh knowledge. Thinking about cover crop timing, soil biology, and rotation planning really changes the way we look at farming. Learning that takes time, and time is something farmers always seem to be short on.

  Thomas talks about the transition in simple terms: there are financial hurdles, new equipment to deal with, staff needing to learn new things, and weather that just doesn’t stick to your plans. It's all pretty straightforward.

So Why Did He Do It Anyway?

By the time Thomas started measuring their soil carbon in 2020, the farm's soils were already in significantly better condition than neighbouring farms. This was the result of fifteen years of regenerative management. Healthier soil retains water better. It needs fewer inputs. It handles extreme weather with more resilience.

The financial performance of the Gent farm compared to its neighbours had become meaningfully better. Not because of carbon payments (those came later) but because the cost structure of a regenerative farm, over time, is fundamentally different.

Then came the carbon revenue.

Thomas became the first UK farmer to join the Agreena Carbon programme, a Danish platform verified under Verra's international carbon standard, which measures and issues carbon credits for regenerative farming practices. The farmer owns the certificates. No third party taking the upside.

The numbers: a no-till farm can generate 2–3 tonnes of CO₂ equivalent per hectare annually. On an 800-hectare farm, you could get up to £100 per hectare in carbon payments. That's a new source of income that doesn't need you to buy more land, grow new crops, or modify what you're presently doing.

The soil was always doing the work. Now someone is paying for it.

The Value Proposition, Plainly Stated

Here's what Thomas saw that made the risk worth taking.

• In the short term, carbon payments act like a financial bridge during that yield dip, the time that often holds back many farmers from even getting started.

• In the medium term, we start to see lower input costs adding up. Let's use less synthetic fertiliser. Using less fuel by cutting back on tillage. A farm that runs more smoothly.

• In the long run, you have soil that does a great job in drought years, flood years, and all those tough years in between. You can't just pick up resilience from an agrochemical supplier.

  And then there is the policy direction. After 2027, CAP is shifting its focus to rewarding environmental results. Looks like the UK's post-Brexit agricultural payments are already on their way there. The farmers who made the switch early aren’t in a rush to catch up because they’ve already figured it out.

  Thomas puts it in straightforward terms: once farmers get a grasp on how soil carbon benefits their business, they never look back.

What This Means For You

If you're considering the transition: start small. One field. Measure your baseline. Understand what Agreena and similar programmes actually offer before committing. The data from your own soil will tell you more than any brochure.

If you're already in it: we want to hear from you. The farmers who are three, five, ten years into regenerative agriculture, with the honest numbers, the difficult seasons, and the moments it nearly didn't work. Those stories are the ones that actually help other farmers decide.

📩 Share your regenerative farming story with us at NetWorth Farmer or drop us a message directly at [email protected]. Every story we tell is one more farmer making a better-informed decision.

More Fields & Frontiers

Germany's Solar Boom Is Doing Quietly What Diplomacy Cannot: The battle in Iran is still going on. The energy markets are still not tranquil. But this summer, some 16.5GW of solar electricity will come onto the grid in Germany every month, which is 31% more than last year. This will help Europe become less reliant on LNG, which it can no longer easily afford. Between April and September, the demand for gas to make electricity is expected to drop by 29%. The amount of coal produced declines by 63%. Nine fewer LNG cargoes are competing in a market that is already under stress because of the crisis in the Middle East. For European farmers who are worried about rising input costs, agtech investors who are worried about food system inflation, and anyone who is wondering if the switch to renewable energy will really happen, here is the answer that is coming in slowly, panel by panel, before the next winter storage crisis.
Renewables didn't ask for permission.

The EU Just Blinked on Sustainability Reporting: Sustainability reporting wasn't supposed to be an investor relations exercise. The EU built its framework on a simple but radical idea: companies should account for what they do to the world, not just what the world does to their balance sheet. That principle, double materiality, is a big deal for agriculture, where soil health, emissions, and biodiversity aren't just fancy words but the everyday drama unfolding in the fields! Now the EU is pondering whether to conform to the ISSB's more exclusive, investor-first standards. Because who doesn't love a little narrowing down of options, right? Simpler, certainly. More globally consistent, arguably. But for farmers trying to earn their regenerative gold stars, founders on the hunt for ESG-friendly cash, investors playing detective with environmental impact, and policymakers crafting farm sustainability plans that don’t sound like a bad joke, a reporting framework that asks less is like saying a diet of doughnuts is a health plan. This is not exactly a step forward!

Italian Wine is Finding New Friends: Geopolitics is reshaping global wine trade faster than any vintage cycle. In 2025, Italian wine exports fell 3.6% (that was roughly €300 million lost) yet Italy still outperformed France (-4.4%) and Spain (-5.1%), showing resilience. The US market, on the other hand, offers a much worse scenario. After tariffs were put in place, US exports fell by 12%, and by early 2026, they were down a shocking 34% from before tariffs were put in place. With the Mercosur agreement kicking off on May 1st, a market of 260 million consumers will emerge. It's pretty exciting to see that Italian wine imports have already jumped by 45% over the past five years. The opportunity lies east and south given how India’s Prosecco exports have skyrocketed by 165%, and those hefty tariffs are dropping from 150% down to just 20-30%! For us back home, this is our signal to diversify or risk exposure.

Till You Laugh

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