designated for indoor, vertical agriculture, greenhouses and urban vertical growth.
Bioled's system interfaces with existing sensors that control fertilization, irrigation, air, etc. and allows maximum synchronization, comfort and savings for the farmer.
The system is based on IoT, artificial intelligence and machine learning and enables remote management and control of the lighting spectrum, wavelengths, daylight simulation for crops, temperature, heat and humidity sensors, immediate transmission and processing of crop development. It also identifies and issues alerts to faults and problems, which may impair produce quality. In addition, with the data collected, our system adapts the protocol initially defined.

Our smart Horticulture tubes, which are specially developed by our greatest minds and engineers for vertical farming, provide the exact wavelength and light needed but also extremely efficient with electricity consumption in comparison to other alternatives in the market.

...
designated for indoor, vertical agriculture, greenhouses and urban vertical growth.
Bioled's system interfaces with existing sensors that control fertilization, irrigation, air, etc. and allows maximum synchronization, comfort and savings for the farmer.
The system is based on IoT, artificial intelligence and machine learning and enables remote management and control of the lighting spectrum, wavelengths, daylight simulation for crops, temperature, heat and humidity sensors, immediate transmission and processing of crop development. It also identifies and issues alerts to faults and problems, which may impair produce quality. In addition, with the data collected, our system adapts the protocol initially defined.

Our smart Horticulture tubes, which are specially developed by our greatest minds and engineers for vertical farming, provide the exact wavelength and light needed but also extremely efficient with electricity consumption in comparison to other alternatives in the market.

Bioled's horticulture light systems dramatically improve growth performance: (i) Shorter the growth cycles and allow more cycles per year; (ii) Provides more crops in each cycle; (iii) improve the crop quality; (iv) Savings land, water consumption, energy consumption, etc.; (v) Grown anywhere, regardless of the season, weather, daylight hours, land type, etc.
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Employees

Yair Ayalon
Admin