Regeneration Technologies
SEGREGATA develops technologies at the intersection of microbiology, biophysics, and regenerative agro-intelligence.
Their goal is not only to increase yields or realize the genetic potential of varieties and crops, but to restore soil’s internal self-regulation, rebuild ecosystem connections, and create a foundation for sustainable fertility.
We eliminate the root causes of field problems rather than the symptoms, allowing issues to resolve naturally.
Their goal is not only to increase yields or realize the genetic potential of varieties and crops, but to restore soil’s internal self-regulation, rebuild ecosystem connections, and create a foundation for sustainable fertility.
We eliminate the root causes of field problems rather than the symptoms, allowing issues to resolve naturally.
Analytics and Diagnostics — a New Agrochemical Paradigm
• Classical agrochemistry measures element content but ignores their dynamics and bioavailability.
• The new methodology includes not only agrochemical analysis, but also assessment of microbiological and phytopathological conditions, ionic balance, cation ratios (CEC — cation exchange capacity), pesticide residue content, and the soil’s energetic and productive potential.
• This makes it possible not merely to identify “deficiencies or excesses,” but to understand how the system functions and which processes must be initiated for its restoration.
• Classical agrochemistry measures element content but ignores their dynamics and bioavailability.
• The new methodology includes not only agrochemical analysis, but also assessment of microbiological and phytopathological conditions, ionic balance, cation ratios (CEC — cation exchange capacity), pesticide residue content, and the soil’s energetic and productive potential.
• This makes it possible not merely to identify “deficiencies or excesses,” but to understand how the system functions and which processes must be initiated for its restoration.
Living Strains and Symbionts + Foliar Technologies ULTIMATON
Living microbial complexes are the immune system of the field. They make soil truly alive and restore its fertility.
Organic matter processing → plant residues are converted into nutrition.
Symbiosis with roots → a strong root system and an expanded nutrient zone.
Release of N, P, K → natural plant nutrition.
Suppression of pathogens → reduction of fungal and bacterial diseases.
Humus accumulation → the foundation of sustainable fertility.
Breakdown of pesticides → neutralization of accumulated chemicals and ecological soil recovery.
ULTIMATON technology is a bioenergetic platform.
The ULTIMATON line represents a new generation of products created on the principle of molecular bioavailability.
Each formula:
✓ Activates soil microbiota, enhancing biological activity and regenerative processes.
✓ Delivers elements to plants (N, P, B, Zn, Cu, Fe, Mo, Mn) in active forms that immediately enter cellular metabolism; triggers enzymatic and hormonal cascades; strengthens anti-stress resilience; and operates in sync with natural growth rhythms.
✓ This is not a fertilizer in the conventional sense, but a bioenergetic matrix that restores the cell’s “memory of growth” and regenerative energy.
The ULTIMATON line represents a new generation of products created on the principle of molecular bioavailability.
Each formula:
✓ Activates soil microbiota, enhancing biological activity and regenerative processes.
✓ Delivers elements to plants (N, P, B, Zn, Cu, Fe, Mo, Mn) in active forms that immediately enter cellular metabolism; triggers enzymatic and hormonal cascades; strengthens anti-stress resilience; and operates in sync with natural growth rhythms.
✓ This is not a fertilizer in the conventional sense, but a bioenergetic matrix that restores the cell’s “memory of growth” and regenerative energy.
What this provides for farmers:
Increased yields and improved product quality
Reduced costs for agrochemicals
Activation of soil regeneration and restoration mechanisms
УFarm stability and significant growth in profitability
Enhanced plant stress resistance (drought, sharp temperature fluctuations, heat, frost resistance)
Environmental safety and the prestige of “clean production”
As a result, a dual immunity is formed:
Soil is revitalized through microbiota
Plants are strengthened through foliar bioenergetic nutrition
Together, this creates a system that allows farmers to remain confident in their yields even under extreme climatic conditions and high chemical loads
Cation–Anion Balance — the Geometry of Fertility
Soil fertility is not only the presence of elements, but their spatial and quantitative coherence.
✓ What matters is not merely the amount of nutrients in the soil, but their ratios to one another. The balance between calcium (Ca) and magnesium (Mg), nitrogen (N) and sulfur (S), phosphorus (P) and sulfur (S), potassium (K) and magnesium (Mg), iron (Fe) and manganese (Mn), zinc (Zn) and phosphorus (P), and so on determines how available these elements are to plants and how harmoniously they function within the system.
✓ We apply fertilizers not for the sake of numbers, but to establish this balance and restore the integrity of soil nutrition.
✓ SEGREGATA studies cation–anion interactions to build an optimal “ionic architecture.”
✓ When ratios are harmonious, plants receive nutrition evenly, without toxicity or deficiencies. This is the geometry of fertility.
Field Regeneration Scenarios:
3–5 Years to Awakened Fertility
SEGREGATA develops step-by-step restoration programs tailored to each farm.
Diagnostics and Limiting Factors MappingIdentification of key factors that block soil fertility
Intelligent Soil TreatmentA system of adaptive practices aimed at moisture accumulation and retention, structural support, and creating conditions for microbial life
Microbiota ActivationIntroduction of living strains and symbionts, activation of the humus cycle
Mineral Nutrition CorrectionRestoration of cation–anion balance
Support Under Stress ConditionsApplication of amino acid and microelement formulas
Formation of a Sustainable EcosystemTransition to self-regenerating fertility
👉 Within 3–5 years, the field becomes a living organism capable of sustaining fertility independently
