Pluckd operates AI‑controlled greenhouse farms in Virginia that grow tomatoes year‑round using precision climate management, robotics, and high‑efficiency LED lighting. The platform cuts water use by 13× and land use by 21× compared with field production, and its proximity to 60 % of the U.S. population reduces delivery times to 5–7 days.
Funding
Funding not disclosed
Founders
Product
Problem
Field‑grown tomatoes consume large volumes of water and land, and long transportation routes create high food‑mile counts, reduced shelf life, and supply‑chain volatility for East‑coast markets.
Solution
Pluckd runs large‑scale, AI‑driven greenhouse facilities in Virginia that produce tomatoes year‑round under precision‑controlled climate conditions. A proprietary software platform ingests billions of climate data points to select an optimal site and continuously adjusts temperature, humidity, CO₂, and lighting via a cloud‑based control loop. Integrated robotics handle seeding, pruning, and harvesting, while smart LED lighting with spectral tuning and waste‑heat recirculation maximize photosynthetic efficiency. Automated pollination systems and a high‑density gutter layout deliver consistent flavor and yield while using 13× less water and 21× less land than conventional fields. By locating the farms within a day’s drive of 60 % of the U.S. population, delivery times shrink to 5–7 days, extending shelf life by nearly a week. Real‑time sensor data feed agronomic dashboards that enable proactive quality management and traceability.
Target Audience
Primary customers are wholesale grocery chains, food‑service distributors, and food manufacturers that require fresh, locally sourced tomatoes for the East‑coast market.
Features
- AI‑powered climate control engine that dynamically balances temperature, humidity, CO₂, and light spectra based on predictive models
- Robotics suite for autonomous seeding, canopy management, and precision harvesting, reducing labor variability
- High‑efficiency LED lighting system with programmable spectral profiles and integrated waste‑heat recovery to lower energy consumption
- Automated pollination platform using bio‑inspired robotic pollinators to ensure uniform fruit set
- 180 miles of modular growing gutters delivering 6× the footprint of a standard stadium, achieving 21× land‑use efficiency
- Closed‑loop water‑recirculation and drip irrigation delivering a 13× reduction in water use compared with field production
- Sensor network (soil moisture, nutrient, microclimate) streaming data to a cloud analytics platform for real‑time agronomic insights
- Integrated logistics hub that consolidates regional distribution, cutting over one million food‑mile equivalents annually