The startup operates an indoor vertical farm that utilizes hydroponic systems to cultivate nutrient-rich vegetable shoots with minimal water and land usage. This approach provides consumers with fresh, sustainable produce while addressing the environmental impact of traditional agriculture.
Funding
$200K 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.
Founders
Product
Problem
Traditional agriculture can be resource-intensive, requiring significant land and water, and often involves long supply chains that reduce freshness and increase environmental impact. Consumers are increasingly seeking locally sourced, nutrient-rich produce grown in a sustainable manner.
Solution
MicroFlavours operates an indoor vertical farm that specializes in cultivating microgreens, which are young vegetable shoots harvested shortly after germination. By utilizing hydroponic systems and vertical stacking, the company maximizes production yield in a controlled environment while minimizing water consumption by up to 70% compared to traditional farming methods. This approach enables year-round cultivation of a variety of microgreens, ensuring consistent quality and supply. MicroFlavours focuses on short-chain distribution, delivering its produce directly to local restaurants, hotels, and shops, thereby reducing its ecological footprint and ensuring optimal freshness. The company also collaborates with social enterprises to promote social employment within its production processes.
Target Audience
MicroFlavours primarily targets chefs, restaurants, hotels, and local retailers seeking fresh, flavorful, and sustainably grown microgreens.
Features
- Indoor vertical farming using hydroponic systems for efficient resource utilization
- Cultivation of various microgreens, including coriander, broccoli, and peas
- Controlled environment with regulated temperature and humidity for year-round production
- Up to 70% reduction in water consumption compared to traditional agriculture
- Short-chain distribution model for local delivery and enhanced freshness
- Collaboration with social enterprises to support social employment
- Energy-efficient LED lighting to simulate optimal growing conditions