Nutrive converts agricultural residues such as rice husks and fruit peels into protein‑rich powders, fiber blends, and functional extracts using a proprietary upcycling process. The company supplies modular processing kits for farmer cooperatives and an AI‑driven formulation engine with VR‑based product design to enable food manufacturers and retailers to incorporate these ingredients, providing traceability and carbon‑reduction metrics.
Funding
Funding not disclosed
Founders
Product
Problem
Smallholder farmers in Southeast Asia generate large quantities of agricultural residues that are left unused or burned, resulting in lost income, environmental pollution, and limited availability of affordable, nutritious food. Existing processing methods are often capital‑intensive and lack scalability, preventing waste streams from being converted into marketable products. Consequently, both rural economies and consumer health miss out on potential benefits.
Solution
Nutrive applies a combination of advanced process engineering, virtual‑reality (VR) prototyping, and artificial‑intelligence (AI) formulation tools to upcycle agricultural waste into high‑value, nutrient‑dense food ingredients and finished products. VR simulations enable rapid virtual testing of product concepts, reducing physical trial cycles and accelerating time‑to‑market. AI models analyze compositional data to optimize nutrient profiles, shelf life, and sensory attributes while ensuring regulatory compliance. The resulting product portfolio is offered to food manufacturers and retailers, creating a new revenue channel for participating farmers and diverting waste from open burning. All operations are designed for low‑cost deployment in rural settings, supporting scalable adoption across the region.
Target Audience
The primary customers are smallholder farmers and farmer cooperatives seeking additional income streams, as well as food manufacturers and retail brands looking to incorporate sustainably sourced, upcycled ingredients into their product portfolios.
Features
- Proprietary upcycling process that converts crop residues (e.g., rice husks, fruit peels) into protein‑rich powders, fiber blends, and functional extracts
- VR‑based product design environment that visualizes texture, flavor, and packaging concepts before physical prototyping
- AI‑driven formulation engine that predicts optimal ingredient ratios for nutrition, cost, and shelf stability
- Modular processing kits that can be installed at cooperative hubs with minimal capital expenditure
- End‑to‑end traceability platform linking farm‑level waste inputs to finished product batches for transparency and compliance
- Custom B2B consulting service that assists manufacturers and retailers in integrating upcycled ingredients into existing product lines
- Sustainable sourcing framework that quantifies carbon reduction and waste diversion metrics for each batch