
soilin.co
grows it
Farms and landowner platform: land, crops, customers.

soilin.tech engineers, integrates and operates the climate, fertigation, sensing, lighting, robotics, cold-chain and drone systems behind intelligent greenhouses.
Illustrative values for display. Not live data from a customer site.
Ten systems run this greenhouse. Point at any of them to read what it does; select one and the camera flies in for a closer look.

Each system is engineered or sourced, then integrated and run by soilin.tech, and each one is held to the best result published anywhere in the world. Open any of them for the specification.
Vents, screens, fan-pad, fogging, heating, CO₂
Benchmark: Kubo UltraClima (Houweling, US): first commercial greenhouse to harvest more than 100 kg/m² of tomato on a large scale
Explore climate controlT/RH/CO₂, PAR, EC/pH, substrate, vision
Benchmark: Climate control systems hold 34.7% of greenhouse-automation revenue (report estimate, 2025)
Explore sensingDrip, dosing, EC/pH control, recirculation
Benchmark: Drip irrigation: 95–100% water-use efficiency, against 80–85% for sprinklers and 60–70% for flood (Netafim)
Explore irrigation & fertigationLED top-light, inter-light, dimming
Benchmark: DLC Horticultural V4.0 requires at least 2.5 µmol/J (applications from Apr 2025)
Explore lightingNFT/DFT, racks, automated seeding
Benchmark: Spread Techno Farm Keihanna (Japan): 30,000 lettuce heads a day, 90% of water recycled
Explore hydroponics & verticalPipe-rail trolleys, harvest robots, sorting
Benchmark: Dutch validation robot: picked nearly 90% of eligible tomato clusters at about 33 s per cluster (WUR)
Explore robotics & harvestScouting, spraying, delivery, last-mile
Benchmark: India agricultural-drone market: USD 182.94 million in 2025 (Mordor Intelligence)
Explore drones & logisticsPre-cooling, grading, pack-house, reefers
Benchmark: India: tomato post-harvest loss 11.61%, the highest of 14 vegetables studied (NABCONS 2022)
Explore post-harvest & cold chainScreens, solar, storage, CO₂
Benchmark: Dutch growers: 60–100 kg/m² of tomato on 20 m³ of gas per m², about half the gas used 10–20 years earlier
Explore energy & co₂RO, rain capture, condensate, closed loop
Benchmark: Tomato water use: 22 L/kg with open irrigation, 15 L/kg in a closed hydroponic system, about 4 L/kg in a fully closed greenhouse (WUR)
Explore waterClimate, irrigation, fertigation, energy and equipment on one screen, with every sensor reporting to soilin.ai. This is how we run a house. The numbers here are a simulation.
Every node reports to the soilin.ai gateway.
Every Soil-In bay comes with climate, fertigation, water and lighting control, plus sensing for each zone. Four companies split the work, and each one earns its own profit.
How the group splits the work
grows it
Farms and landowner platform: land, crops, customers.

builds it
Manufacturing in Bangalore: structures, racks, tanks, trolleys.

makes it think
Machinery, methods, gadgets and sensors: integration and operations.

makes it learn
The AI layer: models, control strategies and forecasting.
Tomato yield per m² per year. Every figure links to its public source. This is the gap soilin.tech exists to close.
| Operation | Yield | Source |
|---|---|---|
| BASF Nunhems, Netherlands (2020/21, Provine truss tomato) | 121 kg/m² | hortidaily.com (source for BASF Nunhems, Netherlands (2020/21, Provine truss tomato), opens in a new tab) |
| GreenQ LED trial, Netherlands | 100.6 kg/m² | hortidaily.com (source for GreenQ LED trial, Netherlands, opens in a new tab) |
| Houweling (Kubo UltraClima), USA | over 100 kg/m² | edepot.wur.nl (source for Houweling (Kubo UltraClima), USA, opens in a new tab) |
| WUR diffuse glass + hybrid lighting trial | 83–89 kg/m² | research.wur.nl (source for WUR diffuse glass + hybrid lighting trial, opens in a new tab) |
| India national open-field tomato, 2023-24 | 25.1 t/ha (2.5 kg/m²) | indianagri.com (source for India national open-field tomato, 2023-24, opens in a new tab) |
48×The best published greenhouse yield is 48 times India's open-field average. Most of that gap is technology: climate, light, water and how the crop is managed.
