Biochemistry-Driven Plant Health for Sustainable Agriculture
24-72hr Plant-Integrated Bioconversion | Zero Synthetic Inputs, Pure Bio-Catalysis
Synthetic Chemical-Free
Bio-Enzymatic Plant CPR
-
Cleanse (72h phytochemical detox)
-
Prime (vascular-system micronutrient infusion)
-
Regenerate (1.3x nutrient density)
We deliver elevated dry matter and flavonoids in all green plants, aligning farm economics with human nutrition needs by restoring amino acid synthesis (revived plant to the left).
Scope
Reliable Plant Nutrition
BIOREACTOR
Produce Up To
735MT
Per Month
On
2.4 Acre
Production Plant
Our vertically integrated bioreactor platform enables organically produced, closed-loop dual biofermentation (aerobic and anaerobic) of 100% plant and insect extract, maintaining end-to-end control from ingredients selection to commercial-scale biocatalyst production. With 100% in-house organic substrate sourcing, we operate at the optimal intersection of quality assurance and scalable bio-manufacturing.
a
a
01
C3 Plants
C3 plants are at the forefront of the carbon fixation pathway in photosynthesis. At iBioStim™, we specialise in optimising this process through Mr Carbon, Junior, Junior Plus and Baby. Our goal is to raise the sugar content (+4g/100g) through accelerated plant metabolism, building natural insulation against environmental stressors such as cold and heat stress. Shown chilli crop (cash crop) surviving sudden temperature plunge below 15°C.
02
C4 Plants
At iBioStim™, we understand the importance of optimising the growth and productivity of C4 crops. For this reason, we specialise in enhancing the two critical processes of photorespiration and spatial separation in these plants. Mr Carbon and Junior/Junior Plus are field-tested and proven to raise sugar content (+4g/100g) and dry matter for drought resistance in C4 crops on top of existing plant genetics, for harvest security. Shown maize crop as example.
03
CAM Plants
At iBioStim™, our latest approach includes the application of Mr. Carbon and Mrs. CO2 on alternate week until harvest, which helps with accelerated symbiosis and foliar gas exchange kinetics, even in daytime. This overcame the limitation for night time CO2 fixation when labour is unavailable.
NUMBERS
Success in Numbers
3
Continents
100%
Customer Satisfaction Rate
3rd Party
Quality Control
#1
Bio-catalyst Producer
ABOUT
Organoleptic Optimization with Extended Shelf Stability
-
123% flavonoids production in blinded 3rd party trials (Germany)
-
300% extended postharvest viability under controlled-atmosphere preservation (ISO 16679)
-
Non-detect synthetic agrochemical residues
-
Heavy metal free/thresholds below Codex Alimentarius MLs (Pb <0.1mg/kg, Cd <0.05mg/kg)
-
Food-borne pathogen free
On-Boarding Process
01
Consultation
Initial consultation to understand specific operational needs, quality objectives, and business fit. We assess current challenges, production systems, and market positioning requirements.
02
Determination of Priority
Collaborative identification of priority crops, locations, and quality parameters for enhancement. We establish a strategic focus aligned with investment objectives and market opportunities.
03
KPI Establishment
Definition of specific Key Performance Indicators (KPIs) for quality evaluation and acceptance criteria. These measurable benchmarks ensure objective assessment of technology impact.
04
Pilot Establishment
Implementation of representative pilot programs across different locations within the investor's estate. This phase involves controlled application and systematic data collection for comprehensive evaluation.
05
Evaluation of Data
Comprehensive analysis of farm data collected during pilot phase. We evaluate quality improvements, operational impacts, and economic benefits against established KPIs.
06
Licensing Discussion
Final discussion of licensing terms and conditions based on validated results. This phase establishes the framework for full-scale implementation and long-term partnership.
.jpeg)
