Our proprietary innovations

• Nano technology utilizes engineered particles sized 1–100 nanometers for efficient crop protection and plant nutrition. Their extremely small size increases surface area and reactivity, improving antimicrobial activity and nutrient efficiency compared with conventional agricultural formulations.
• Due to their ultra-small size, nanoparticles provide superior adhesion, uniform coverage, and deeper penetration on plant surfaces. This enhances nutrient uptake, enables controlled release, reduces application frequency, and minimizes chemical residues and environmental impact.
• This nano-enabled approach improves disease management, plant health, and stress tolerance. Nanoparticles such as nano silicon, copper, and silver support pathogen control, enhance photosynthesis efficiency, stimulate plant metabolism, and ultimately contribute to improved crop yield and quality.

• Geolife Bio-Nano Technology utilizes specially engineered nutrients derived from unique microbial sources. These microorganisms produce a wide range of bioactive metabolites that significantly enhance the efficiency of both macro- and micronutrient uptake in plants.
• Microbial extracts contain nano-colloidal complexes along with several naturally occurring metabolites that interact with essential plant nutrients. These complexes bind with nutrients and improve their availability and absorption by plants, even at very low application dosages.
• The nano-colloidal nutrient complexes contain important signalling biomolecules such as lipo-chitooligosaccharides (LCOs), peptides, and polysaccharides. These molecules function as biochemical signals that activate plant genes responsible for nutrient transport, uptake, and metabolic activity.

• Low dosage
• Low residue
• Low cost
• High performance

• Ayurveda is a measure for nutrition, disease prevention, diagnosis, and treatment.
• Rooted in an ancient one health framework that integrates plant, animal, and human health.
• Vruksha Ayurveda has paved the way for the development of formulations for crop protection using a Botanical Extract Consortium.

Botanical extract consortium

• The Sacred BasilOcimum sanctum
• Ricinus communisCastor
• Evolvulus alsinoidesShankhpushpi
• Bauhinia racemosaKanchan
• Crab AppleMalus sylvestris
• Achyranthes asperaApamarga
• Embelia ribesVidanga
• Basella rubraMalabar Spinach
• Azadirachta indicaNeem
• Curcuma longaTurmeric

• The Geolife research team isolates beneficial bacteria from various environments and uses DNA sequencing to identify their genetic structures.
• This enables the development of effective Biofertilizers and Pesticides, serving as eco-friendly alternatives to chemical fertilizers and pesticides.
• By leveraging Biotechnology—these formulations are tailored to specific crops and soil conditions, enhancing sustainability & agricultural productivity.
• At Geolife, we prioritize encapsulation technology to improve the efficacy and shelf life of microbes, enabling stable consortia formulations with consistent field results.

• It involves isolating unique microbial strains from diverse habitats in a specialized medium for completing the growth cycle.
• A series of intricate processes are employed to extract valuable metabolites, such as enzymes and amino acids, from the microbes.
• Microbial enzymes, recognized as potent biocatalysts, are then coupled with concentrated form ensuring efficiency and rapid action.

• Our proprietary Biochelation process is a revolutionary approach to plant nutrition, bridging the gap between raw minerals and biological uptake. By leveraging the principles of molecular bonding, we ensure that every nutrient delivered is utilized to its maximum potential.
• Molecular shielding: Bio chelation binds essential minerals with organic molecules from amino acids and microbial extracts, forming stable complexes preventing nutrient lock-up.
• Targeted bioavailability: Biochelated nutrients remain soluble and stable unlike mineral salts, enabling consistent absorption and efficient delivery through plant vascular systems.
• Eco-sustainable efficiency: Improved nutrient absorption allows reduced application rates, minimizing environmental runoff while enhancing crop performance and maintaining healthier soil ecosystems.
• Rapid metabolic integration: Biological chelating agents enable plants to metabolize nutrient complexes efficiently, supporting faster deficiency recovery and improved physiological growth.