IRIS offers an AI‑driven digital farming platform that grows chef‑grade produce with precise, customizable flavor profiles. By continuously adjusting environmental conditions and incorporating chef feedback, it delivers consistent, on‑demand harvests of rare or region‑specific crops for restaurants, hospitality operators, and gourmet home chefs.
Funding
Funding not disclosed
Founders
Product
Problem
High-end restaurants and gourmet home chefs often struggle to obtain rare, region-specific, or flavor‑optimized ingredients because traditional farms, greenhouses, and vertical farms cannot reliably produce these niche crops, leading to seasonal gaps, geographic limitations, and inconsistent flavor quality.
Solution
IRIS is a chef‑grade digital farming platform that combines advanced artificial intelligence with plant and culinary science to grow any desired plant with a precisely targeted flavor profile. The system continuously monitors and adjusts environmental conditions throughout the growth cycle, learning from taste feedback to fine‑tune parameters and ensure each harvest matches the specified flavor. By synchronizing harvest timing with demand, IRIS delivers peak‑flavor produce on‑site or through neighborhood micro‑hubs, minimizing waste and providing consistent quality across multiple locations.
Target Audience
Primary customers are high‑end hospitality operators and restaurant chains seeking reliable, chef‑grade ingredients, as well as gourmet home chefs who desire authentic, fresh, and flavor‑customized produce.
Features
- AI‑driven growth controller that optimizes light, temperature, humidity, and nutrient delivery to achieve exact flavor specifications
- Integrated flavor intelligence loop that incorporates chef feedback to automatically refine cultivation parameters
- Modular deployment options including on‑premise units for restaurants and compact micro‑hubs for local distribution or home use
- Real‑time monitoring dashboard with predictive analytics for harvest scheduling and inventory management
- Zero‑waste harvest synchronization that aligns production volume with real‑time demand forecasts
- Capability to cultivate rare, delicate, and region‑specific crops that are impractical for conventional agriculture