Across Europe’s farmlands, the quiet rhythm of agriculture has always depended on one essential element: water. Yet as climate change intensifies, that rhythm falters. Spring crops such as corn, soy, and sunflower now face heatwaves, erratic rainfall, and soil that absorbs too much water too quickly or none at all.
In this fragile balance between growth and drought, one company has decided not merely to adapt but to rewrite the equation of plant resilience.
Elicit Plant, a French agri-biotech company, was founded on the conviction that the solution to climate-induced water stress lies not only in the soil or the sky but within the plant itself. The company is the first to leverage phytosterols in agriculture, naturally derived molecules that strengthen crops against water scarcity and heat. This breakthough innovation, refined through years of rigorous scientific research, is redefining how farmers manage water stress across continents.
From a Vision to a Scientific Breakthrough
Headquartered in southwest of France, Elicit Plant is a global reference in agricultural innovation. When Jean-François Déchant, CEO of Elicit Plant, recounts the company’s beginnings, his tone carries both scientific precision and deep purpose.
“Eight years ago, we started with a simple but bold goal: to change how plants use water,” he explains. “We didn’t want to make another input or fertilizer. We wanted to empower the plant to perform better under stress.”
The early years were spent not in marketing laboratories but in the field and the greenhouse, testing and refining a concept that could truly shift how crops respond to dry conditions. Elicit Plant’s team focused on phytosterols, plant-based molecules long known to the scientific community for their role in strengthening cellular membranes and improving resistance to abiotic stress. Yet until Elicit Plant’s intervention, these compounds had never been successfully formulated for field application at scale.
Through four years of painstaking R&D, the company developed a proprietary method to deliver phytosterols directly through traditional sprayers, creating a practical, farmer-friendly solution. Today, Elicit Plant’s formulation stands alone as the only one of its kind validated through thousands of field trials across Europe, North America, and South America.
“What sets us apart is that our science was built for the real world. We validated it globally, in every climate and soil condition imaginable, so that when a farmer uses our product, they can trust that it works under pressure,” says Déchant.
The Science Behind Resilience
At its core, Elicit Plant’s technology enhances a plant’s water-use efficiency, defined as the ratio between crop yield and water consumption. By enabling plants to produce more biomass with the same or even less water, Elicit Plant offers a breakthrough that is both ecological and economic.
Its flagship products, notably for corn, cereals and sunflower, function through a preventive mode of action. Applied early in the growing season, the treatment primes the plant’s physiological responses before stress occurs and enhances crop resilience through water preservation. The process unfolds in three ways.
First, the company encourages the development of deeper root systems, allowing plants to access moisture from a broader section of the soil profile and maximize water uptake and nutrient absorption. Second, it optimizes stomatal regulation, helping plants balance water loss through transpiration without compromising photosynthesis. Third, these systemic adaptation mechanisms enhance abiotic stresses resistance and enable crops to support higher yields with less water, contributing to more sustainable and resilient farming systems in all conditions, even under repeated periods of water scarcity.
Déchant compares this process to a biological resistance system: “Our product acts like an immunotherapy for crops. It doesn’t replace water; it helps the plant use every drop more wisely.”
The Proof in the Field
Field validation has always been Elicit Plant’s cornerstone. Over the past decade, the company has accumulated an impressive body of agronomic data, with more than a thousand trials spanning multiple continents. The consistency of results across variable weather patterns, soil types, and crop management systems has set a new benchmark for biological solutions in agriculture.
In corn, trials show average yield gains of over 500 kilograms per hectare, with a success rate approaching 90 percent. For every 100 millimeters of water used, farmers record an average yield increase of 121 kilograms. The implications are clear: higher productivity, lower irrigation costs, and a measurable return on investment, particularly in regions where water scarcity defines profitability.
Sunflower crops tell a similar story. In Ukraine, a country both agriculturally rich and politically embattled, Elicit Plant partnered with more than 100 farmers last year. The results were striking, with yield gains above 200 kilograms per hectare and income increases averaging 110 euros per hectare. Despite the ongoing war, Elicit Plant’s team continued to support local farmers, securing EU and French subsidies to sustain regional operations. The initiative translated into more than one million euros in added value for Ukrainian farmers, a rare bright spot in an otherwise grim landscape.
Such resilience is not limited to one geography. From Brazil’s heat-stressed plains to the corn belts of France and the United States, the company’s products, marketed under names like Best-a, Bomafit, and Elizea, have earned trust through reproducible results. The model is as much about science as it is about partnership.
Scaling Sustainability
Beyond yield, Elicit Plant’s commitment extends to sustainability. The company’s ESG philosophy is deeply embedded in its operations, not as a marketing afterthought but as a strategic pillar. Certified under both B Corp and ISO 26000, Elicit Plant exemplifies how agritech innovation can align with ethical, environmental, and social responsibility.
Its technology, derived from agricultural byproducts, epitomizes a circular economy. By converting waste into an active ingredient that improves crop resilience, the company reduces resource consumption and avoids the ecological toll of synthetic chemicals. The phytosterols used are non-toxic to plants, humans, and the environment, ensuring compatibility with sustainable and regenerative agriculture.
Internally, Elicit Plant maintains a strong social ethos. The company employs staff from more than 15 nationalities, with a near-equal gender balance and a blend of youthful energy and seasoned expertise. Most employees hold permanent contracts, a reflection of stability rare in the startup ecosystem.
Its regional commitment is equally tangible. In addition to Ukraine, Elicit Plant invests in local communities across Brazil and other key markets. The company’s support for farmers in conflict- or drought-affected regions demonstrates that profitability and purpose can indeed coexist.
“We see ESG not as compliance but as conviction,” says Déchant. “Our technology helps farmers grow sustainably, but our mission is about contributing to global food security without compromising the planet’s future.”
From Lab to Landscape
For Elicit Plant, success is measured not just in scientific validation but in farmer trust. The company’s rollout strategy follows a proof-of-concept model designed to ensure every market entry delivers both agronomic and commercial viability.
In each new country, Elicit Plant collaborates with local cooperatives, distributors, and sometimes strategic partners such as Bayer to integrate its products seamlessly into existing crop management systems. Once trials confirm strong performance and farmer satisfaction, the company scales operations through these networks, ensuring widespread access without losing the human touch.
This hybrid model of science-led innovation and partnership-driven distribution has fueled rapid expansion. Today, Elicit Plant operates in more than 16 countries across three continents. Each market adds to a growing body of data that reinforces both the reliability and adaptability of its products.
“Every country and every season is different,” Déchant notes. “Sometimes results exceed expectations; sometimes conditions vary. But what matters is transparency. Farmers trust us because we explain why and how outcomes differ, and because they see long-term value.”
Navigating the Adoption Curve
Agriculture by nature is cautious. Farmers rely on evidence built over seasons, not slogans. Convincing them to adopt new biological technologies takes time and persistence. Elicit Plant recognizes this reality and treats adoption as a process of dialogue, not persuasion.
The company invests heavily in education and field demonstrations, providing empirical proof through local trials and data-driven insights. When farmers experience higher yields, reduced irrigation needs, and improved crop stability, they become advocates, not just customers.
This organic growth has created momentum. Despite occasional skepticism in the early years, Elicit Plant’s steady performance has turned early adopters into loyal users.
A Broader Mission
Elicit Plant’s work sits at the intersection of climate adaptation and food security, two of the 21st century’s most pressing challenges. As Europe confronts record droughts and shifting weather patterns, the company’s innovations provide not just immediate relief for farmers but also a scalable blueprint for sustainable agriculture.
By enhancing water-use efficiency, Elicit Plant contributes directly to reducing agricultural water consumption, one of the largest uses of freshwater globally. Its approach helps preserve aquifers, reduce dependency on costly irrigation systems, and maintain productivity in vulnerable regions.
At the same time, its business model ensures that economic sustainability accompanies environmental stewardship. Farmers gain measurable returns on investment, while consumers benefit from stable food supplies grown through more responsible methods.
As Elicit Plant continues to expand its product portfolio and global reach, its ambition remains rooted in the soil. New formulations for soy, vine and other crops are in development, each designed to improve water use and stress tolerance. The company’s R&D teams, working closely with farmers, refine products based on real-world feedback rather than theoretical models.
Meanwhile, its partnerships with global agribusinesses are opening pathways for larger-scale deployment. The future, as Déchant envisions it, is not about replacing traditional agriculture but transforming it from within.
“The farmers we work with are innovators themselves,” he says. “They are the first to feel the impact of climate change, and they are eager for solutions that make sense economically and environmentally. Our job is to give them the tools to stay resilient and thrive.”
The company’s story is still unfolding, but its direction is clear: a sustainable agricultural future where every drop of water counts and every plant is equipped to make the most of it.
In this fragile balance between growth and drought, one company has decided not merely to adapt but to rewrite the equation of plant resilience.
Elicit Plant, a French agri-biotech company, was founded on the conviction that the solution to climate-induced water stress lies not only in the soil or the sky but within the plant itself. The company is the first to leverage phytosterols in agriculture, naturally derived molecules that strengthen crops against water scarcity and heat. This breakthough innovation, refined through years of rigorous scientific research, is redefining how farmers manage water stress across continents.
What sets us apart is that our science was built for the real world. We validated it globally, in every climate and soil condition imaginable, so that when a farmer uses our product, they can trust that it works under pressure.
Headquartered in southwest of France, Elicit Plant is a global reference in agricultural innovation. When Jean-François Déchant, CEO of Elicit Plant, recounts the company’s beginnings, his tone carries both scientific precision and deep purpose.
“Eight years ago, we started with a simple but bold goal: to change how plants use water,” he explains. “We didn’t want to make another input or fertilizer. We wanted to empower the plant to perform better under stress.”
The early years were spent not in marketing laboratories but in the field and the greenhouse, testing and refining a concept that could truly shift how crops respond to dry conditions. Elicit Plant’s team focused on phytosterols, plant-based molecules long known to the scientific community for their role in strengthening cellular membranes and improving resistance to abiotic stress. Yet until Elicit Plant’s intervention, these compounds had never been successfully formulated for field application at scale.
Through four years of painstaking R&D, the company developed a proprietary method to deliver phytosterols directly through traditional sprayers, creating a practical, farmer-friendly solution. Today, Elicit Plant’s formulation stands alone as the only one of its kind validated through thousands of field trials across Europe, North America, and South America. “What sets us apart is that our science was built for the real world. We validated it globally, in every climate and soil condition imaginable, so that when a farmer uses our product, they can trust that it works under pressure,” says Déchant.
The Science Behind Resilience
At its core, Elicit Plant’s technology enhances a plant’s water-use efficiency, defined as the ratio between crop yield and water consumption. By enabling plants to produce more biomass with the same or even less water, Elicit Plant offers a breakthrough that is both ecological and economic.
Its flagship products, notably for corn, cereals and sunflower, function through a preventive mode of action. Applied early in the growing season, the treatment primes the plant’s physiological responses before stress occurs and enhances crop resilience through water preservation. The process unfolds in three ways.
First, the company encourages the development of deeper root systems, allowing plants to access moisture from a broader section of the soil profile and maximize water uptake and nutrient absorption. Second, it optimizes stomatal regulation, helping plants balance water loss through transpiration without compromising photosynthesis. Third, these systemic adaptation mechanisms enhance abiotic stresses resistance and enable crops to support higher yields with less water, contributing to more sustainable and resilient farming systems in all conditions, even under repeated periods of water scarcity.
Déchant compares this process to a biological resistance system: “Our product acts like an immunotherapy for crops. It doesn’t replace water; it helps the plant use every drop more wisely.”
The Proof in the Field
Field validation has always been Elicit Plant’s cornerstone. Over the past decade, the company has accumulated an impressive body of agronomic data, with more than a thousand trials spanning multiple continents. The consistency of results across variable weather patterns, soil types, and crop management systems has set a new benchmark for biological solutions in agriculture.In corn, trials show average yield gains of over 500 kilograms per hectare, with a success rate approaching 90 percent. For every 100 millimeters of water used, farmers record an average yield increase of 121 kilograms. The implications are clear: higher productivity, lower irrigation costs, and a measurable return on investment, particularly in regions where water scarcity defines profitability.
Sunflower crops tell a similar story. In Ukraine, a country both agriculturally rich and politically embattled, Elicit Plant partnered with more than 100 farmers last year. The results were striking, with yield gains above 200 kilograms per hectare and income increases averaging 110 euros per hectare. Despite the ongoing war, Elicit Plant’s team continued to support local farmers, securing EU and French subsidies to sustain regional operations. The initiative translated into more than one million euros in added value for Ukrainian farmers, a rare bright spot in an otherwise grim landscape.
Such resilience is not limited to one geography. From Brazil’s heat-stressed plains to the corn belts of France and the United States, the company’s products, marketed under names like Best-a, Bomafit, and Elizea, have earned trust through reproducible results. The model is as much about science as it is about partnership.
Scaling Sustainability
Beyond yield, Elicit Plant’s commitment extends to sustainability. The company’s ESG philosophy is deeply embedded in its operations, not as a marketing afterthought but as a strategic pillar. Certified under both B Corp and ISO 26000, Elicit Plant exemplifies how agritech innovation can align with ethical, environmental, and social responsibility.
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Our technology helps farmers grow sustainably, but our mission is about contributing to global food security without compromising the planet’s future.
Its technology, derived from agricultural byproducts, epitomizes a circular economy. By converting waste into an active ingredient that improves crop resilience, the company reduces resource consumption and avoids the ecological toll of synthetic chemicals. The phytosterols used are non-toxic to plants, humans, and the environment, ensuring compatibility with sustainable and regenerative agriculture.
Internally, Elicit Plant maintains a strong social ethos. The company employs staff from more than 15 nationalities, with a near-equal gender balance and a blend of youthful energy and seasoned expertise. Most employees hold permanent contracts, a reflection of stability rare in the startup ecosystem. Its regional commitment is equally tangible. In addition to Ukraine, Elicit Plant invests in local communities across Brazil and other key markets. The company’s support for farmers in conflict- or drought-affected regions demonstrates that profitability and purpose can indeed coexist.
“We see ESG not as compliance but as conviction,” says Déchant. “Our technology helps farmers grow sustainably, but our mission is about contributing to global food security without compromising the planet’s future.”
From Lab to Landscape
For Elicit Plant, success is measured not just in scientific validation but in farmer trust. The company’s rollout strategy follows a proof-of-concept model designed to ensure every market entry delivers both agronomic and commercial viability.
In each new country, Elicit Plant collaborates with local cooperatives, distributors, and sometimes strategic partners such as Bayer to integrate its products seamlessly into existing crop management systems. Once trials confirm strong performance and farmer satisfaction, the company scales operations through these networks, ensuring widespread access without losing the human touch.This hybrid model of science-led innovation and partnership-driven distribution has fueled rapid expansion. Today, Elicit Plant operates in more than 16 countries across three continents. Each market adds to a growing body of data that reinforces both the reliability and adaptability of its products.
“Every country and every season is different,” Déchant notes. “Sometimes results exceed expectations; sometimes conditions vary. But what matters is transparency. Farmers trust us because we explain why and how outcomes differ, and because they see long-term value.”
Navigating the Adoption Curve
Agriculture by nature is cautious. Farmers rely on evidence built over seasons, not slogans. Convincing them to adopt new biological technologies takes time and persistence. Elicit Plant recognizes this reality and treats adoption as a process of dialogue, not persuasion.
The company invests heavily in education and field demonstrations, providing empirical proof through local trials and data-driven insights. When farmers experience higher yields, reduced irrigation needs, and improved crop stability, they become advocates, not just customers.
This organic growth has created momentum. Despite occasional skepticism in the early years, Elicit Plant’s steady performance has turned early adopters into loyal users.
A Broader Mission
Elicit Plant’s work sits at the intersection of climate adaptation and food security, two of the 21st century’s most pressing challenges. As Europe confronts record droughts and shifting weather patterns, the company’s innovations provide not just immediate relief for farmers but also a scalable blueprint for sustainable agriculture.
By enhancing water-use efficiency, Elicit Plant contributes directly to reducing agricultural water consumption, one of the largest uses of freshwater globally. Its approach helps preserve aquifers, reduce dependency on costly irrigation systems, and maintain productivity in vulnerable regions.
At the same time, its business model ensures that economic sustainability accompanies environmental stewardship. Farmers gain measurable returns on investment, while consumers benefit from stable food supplies grown through more responsible methods. As Elicit Plant continues to expand its product portfolio and global reach, its ambition remains rooted in the soil. New formulations for soy, vine and other crops are in development, each designed to improve water use and stress tolerance. The company’s R&D teams, working closely with farmers, refine products based on real-world feedback rather than theoretical models.
Meanwhile, its partnerships with global agribusinesses are opening pathways for larger-scale deployment. The future, as Déchant envisions it, is not about replacing traditional agriculture but transforming it from within.
“The farmers we work with are innovators themselves,” he says. “They are the first to feel the impact of climate change, and they are eager for solutions that make sense economically and environmentally. Our job is to give them the tools to stay resilient and thrive.”
The company’s story is still unfolding, but its direction is clear: a sustainable agricultural future where every drop of water counts and every plant is equipped to make the most of it.
