The Consultative Shift: How Biosolutions Are Rewriting the AgTech Playbook

MADRID – October 06, 2026 — For decades, the agricultural biologicals market has battled a persistent perception problem. Often dismissed by conventional growers as modern-day "snake oil," early biostimulants and biofertilizers struggled to demonstrate the consistent, replicable return on investment seen with synthetic chemicals. But as extreme weather events multiply and regulatory bodies clamp down on traditional inputs, the industry is undergoing a structural evolution. The focus is shifting rapidly from transactional product sales to rigorous, data-backed agronomic consulting.

This transition was on full display this week at Fruit Attraction 2026 in Madrid, where Rovensa Next—a global biosolutions conglomerate formed from the integration of twelve sustainable agriculture firms—unveiled the second phase of its "Biosolutionize Agriculture" campaign. Moving away from broad market awareness, the company introduced a highly consultative framework designed to address nearly 30 specific, interconnected field challenges facing today's growers.

The announcement underscores a critical inflection point in agricultural technology. As biological solutions mature, input suppliers are realizing that throwing standalone products at complex ecological problems is no longer a viable business model. Instead, the future of the industry lies in systems-level agronomy.

Moving Beyond the Jug: The Rise of Consultative Agronomy

The historical bottleneck for biological adoption has rarely been a lack of innovation; rather, it has been a deficit of localized, actionable knowledge. Agricultural retailers and distributors, long accustomed to the straightforward, volume-based sales models of synthetic herbicides and fertilizers, often lack the specialized training required to recommend complex biological systems. The efficacy of living microbes or organic extracts is highly dependent on environmental conditions, soil pH, application timing, and interactions with other inputs.

To bridge this gap, Rovensa Next has categorized grower challenges into five primary pillars: climate and abiotic stress, pest and disease pressure, soil degradation and nutrient inefficiency, pressure on yields and profitability, and inefficient use of resources. By starting with the grower's specific context rather than a product catalog, the company aims to build integrated strategies.

"Agriculture is no longer about prescribing a single product for a single problem," said Riccardo Vanelli, Chief Innovation and Strategy Officer at Rovensa Next. "Our focus is on equipping growers, distributors, and customers with the knowledge, expertise, and the ability to recognize how different factors interact throughout the crop cycle, to build complete, integrated biosolutions strategies tailored to each crop, production system, and regional environment."

Supporting this consultative pivot is a massive investment in data infrastructure. The company has rolled out an AI-powered knowledge management system that indexes over 10,000 internal articles and insights from more than 4,000 global field trials. By placing verified, crop-specific data directly into the hands of its 850 field experts and local retail partners, the firm is attempting to standardize the unpredictable nature of biological applications. Market analysts tracking the agribusiness sector note that this type of enhanced technical support—often facilitated by independent Certified Crop Advisors (CCAs)—is absolutely critical to driving the "pull" demand from skeptical farmers.

Farming Under Fire: Frontline Climate Resilience

The urgency behind this strategic shift is largely driven by macro-environmental pressures. A 2026 Global Farmer Insights survey by McKinsey & Company revealed that extreme weather is viewed as a primary threat to farm profitability by 45% of growers globally, and a staggering 58% in Latin America. Furthermore, research published in Nature Climate Change estimates that climate shifts have already reduced global agricultural productivity by approximately 21% since 1961.

During severe heat waves and prolonged droughts—such as those increasingly devastating corn rotations in the US Midwest or soybean margins in Brazil—the first signs of crop stress are invisible. Reduced nutrient uptake and suppressed root growth limit performance long before wilting occurs.

To demonstrate its challenge-first methodology, Rovensa Next showcased a practical strategy for mitigating heat and drought stress. The program utilizes Transformer, a specialized biological surfactant proven in field trials to reduce required irrigation volume by 7.05 cubic meters per hectare. This is paired with TurboRoot, a biostimulant designed to increase fine root development, which the company claims has demonstrated a 16% increase in active root surface, alongside an 18% increase in dry matter yield.

Above ground, the strategy incorporates Phylgreen, a seaweed-based solution designed to help crops shift from a reactive to a preventive stress management posture. By strengthening the plant's natural response mechanisms before a heat dome settles over a region, growers can preserve yield potential that would otherwise be lost to abiotic shock.

The Input Squeeze and Regulatory Reality

Beyond the weather, farm balance sheets are being squeezed by volatile synthetic fertilizer costs and increasingly stringent environmental regulations. In Europe, the "Farm to Fork" strategy mandates a 50% reduction in the use of chemical pesticides and a 20% reduction in fertilizer use by 2030. Similar regulatory frameworks are gaining traction globally, forcing growers to find alternatives that do not compromise yield.

This regulatory reality makes the financial viability of biologicals a paramount concern. Can biosolutions genuinely offset the reduction of legacy chemicals?

According to the trial data presented in Madrid, the answer is leaning toward a cautious yes, provided the solutions are integrated correctly. Rovensa Next highlighted Humifirst, a humic and fulvic acid product designed to improve nutrient availability. Across 11 independent agronomic trials, the integration of Humifirst delivered 10% higher yields despite a massive 66% reduction in applied phosphorus. For farm financial managers, demonstrating that biologicals can maintain or boost yields while drastically cutting expensive synthetic inputs is the holy grail of ROI.

On the crop protection front, the company presented its patented Orowet Technology, an orange oil-based biocontrol solution. Acting through direct physical contact to disrupt the exoskeletons of insects and the cell membranes of fungi, field trials demonstrated up to 75.7% efficacy against grapevine downy mildew and a 60.2% mean efficacy against thrips in bulb vegetables. Because its mode of action is physical, it serves as a crucial resistance management tool, preventing pests from adapting to chemical controls.

The Competitive Landscape of Systems-Level Agronomy

Rovensa Next is far from the only player recognizing the need for integrated agronomy. The global biologicals market is highly competitive, with agricultural chemical titans like Syngenta Biologicals, Bayer Crop Science, and Corteva Agriscience aggressively expanding their biosolutions portfolios through acquisitions and internal R&D. These multinational giants are also pushing "whole-farm" approaches, leveraging their vast digital farming platforms to optimize biological applications alongside conventional chemistry.

However, Rovensa Next's position as a pure-play biosolutions company—operating across 90 countries with 39 R&D laboratories and 12 production plants—affords it a unique, hyper-focused agility. While diversified chemical giants must balance the cannibalization of their legacy synthetic products, pure-play biological firms can aggressively push the boundaries of microbial and biochemical integration.

The success of the "Biosolutionize Agriculture" campaign will ultimately depend on execution at the farm gate. Transforming a global network of input distributors from volume-driven salespeople into trusted, data-armed agronomic consultants is a monumental task. Yet, as the pressures of climate volatility and regulatory scrutiny converge, the industry has little choice but to adapt.

"Growers are balancing so many different challenges at once, from water scarcity, heat and drought to soil degradation, pest and disease pressure and input efficiency," Vanelli noted. "Our role is to translate these real-world challenges into integrated, evidence-based biosolutions strategies, with agronomic expertise, field data and technical support to improve productivity, profitability and overall resilience in an increasingly volatile operating environment."