Vitalyti provides a technology platform for vertical farming that boosts crop yields per unit area while cutting water use by up to 90 % compared with traditional field farming. Its modular, multi‑layer racks combine closed‑loop hydroponic/aeroponic irrigation, LED lighting, and an IoT sensor network, with AI‑driven analytics and a cloud dashboard for real‑time monitoring, automation, and predictive yield forecasting. The solution targets commercial growers, agritech firms, and food‑service operators seeking high‑density, climate‑controlled indoor production.
Funding
Funding not disclosed
Founders
Product
Problem
Global population growth and loss of arable land are increasing pressure on food production, while water scarcity and climate‑related extreme weather threaten traditional agriculture. Inefficient water use and soil degradation limit the ability to meet future food demand.
Solution
Vitalyti offers a technology platform for vertical farming that maximizes crop yields per unit area while drastically reducing water consumption. By stacking growing layers in controlled indoor environments, the system eliminates dependence on weather and minimizes land requirements. Integrated hydroponic and aeroponic systems recirculate water and nutrients, achieving up to 90 % water savings compared with conventional field farming. Real‑time sensors monitor climate, moisture, and plant health, enabling automated adjustments to lighting, temperature, and irrigation for optimal growth. The platform provides a cloud‑based dashboard that aggregates data across farms, supports predictive analytics, and allows operators to scale production efficiently.
Target Audience
Primary customers are commercial growers, agritech companies, and food‑service enterprises seeking sustainable, high‑density indoor production, as well as urban developers integrating vertical farms into mixed‑use projects.
Features
- Multi‑layer vertical growth racks with modular design for flexible farm sizing
- Closed‑loop hydroponic/aeroponic irrigation that recirculates water and nutrients
- LED lighting spectrum control tuned to specific crop growth stages
- IoT sensor network measuring temperature, humidity, CO₂, pH, and nutrient levels
- AI‑driven analytics platform for real‑time optimization and yield forecasting
- Cloud dashboard with remote monitoring, alerts, and performance reporting
- Compatibility with existing greenhouse infrastructure and plug‑and‑play installation