Kybele's Garden uses controlled fermentation of algae to produce high‑bioavailability raw materials that serve as regenerative fertilizer, functional food ingredients, and clean‑label cosmetic actives. Their industrial‑scale process creates nutrient‑dense, standardized ingredients rich in proteins, antioxidants, vitamins, and probiotics, enabling agribusinesses, food manufacturers, and cosmetics companies to improve efficacy, sustainability, and product performance.
Funding
$420K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
SVFounders
Product
Problem
Conventional fertilizers, food ingredients, and cosmetic actives often suffer from low bioavailability, inconsistent quality, and reliance on resource-intensive production methods, limiting their effectiveness and sustainability.
Solution
Kybele’s Garden applies controlled fermentation of algae to create high‑bioavailability raw materials that can replace or augment traditional inputs across agriculture, food, and cosmetics. The process converts algal components into standardized, nutrient‑dense ingredients that enhance plant nutrient uptake, deliver functional proteins, antioxidants, and probiotics in foods, and provide barrier‑supporting actives for skin care. By producing these ingredients at industrial scale under consistent conditions, the company ensures reliable performance while reducing the need for synthetic fertilizers and other less sustainable inputs. Clients can integrate the algae‑derived materials directly into their formulations to improve efficacy, sensory qualities, and clean‑label claims.
Target Audience
Primary customers are agribusiness firms seeking regenerative fertilizer solutions, food and beverage manufacturers developing functional or fortified products, and cosmetics companies aiming for clean‑label, probiotic‑rich formulations.
Features
- Fermentation‑based conversion of algae into highly bioavailable nutrients, proteins, antioxidants, and probiotic compounds
- Consistent, industrial‑scale production that decouples ingredient quality from environmental variability
- Multi‑sector applicability: fertilizer raw material for enhanced plant growth, functional food additives with prebiotic/probiotic benefits, and cosmetic actives supporting skin barrier and regeneration
- High nutrient density with enriched vitamins, polyphenols, and postbiotic metabolites for superior efficacy
- Sustainable sourcing that reduces reliance on synthetic fertilizers and conventional raw material supply chains