Drip Illumination: Redefining Vertical Farming Economics
Originating from the Technion’s Electrical Engineering research group, GrowIT represents a leap forward in Ag-Tech innovation. Our Drip Illumination technology utilizes synchronized power flow management to maximize photosynthesis throughput. By aligning lighting pulses with the natural biological rhythms of plants, we solve the energy bottleneck inherent in vertical farming—reducing demand by 65% while maintaining peak yield characteristics.
CORE R&D COLLABORATORS
Technion Institute
Intel Labs
SolarEdge
Performance-Based Pricing
A breakthrough economic model for the future of Ag-Tech. GrowIT aligns institutional profitability directly with operational savings, eliminating capital barriers to high-efficiency vertical farming.
INVESTOR-READY PROPOSITION
Zero Upfront Cost for Customers
Performance Split: We share 50% of the energy savings.
GrowIT eliminates the capital expenditure burden by absorbing engineering and deployment costs. We succeed only when you save, sharing validated energy demand reductions directly with commercial growers worldwide.
Enabling year-round productivity across the global $6.92B Vertical Farming market.
VERTICAL FARMING
Targeting a massive $6.92B global market. Our novel power flow design enables commercial growers to maintain peak yields with 65% less energy, solving the primary barrier to indoor farming expansion.
MARKET OPPORTUNITY
GrowIT leverages Technion-backed power electronics to disrupt high-growth Ag-Tech sectors through optimized Drip Illumination.
ALGAE SECTOR
Revolutionizing carbon sequestration and biomass production. Synchronized photosynthesis lighting accelerates microalgae growth cycles, providing high-tech solutions for sustainable fuel and nutrition.
MEDICAL PLANTS
Optimizing secondary metabolite production through precision optics. Our electronics provide the high-quality control required for pharmaceutical-grade therapeutic botanical research and development.
Impact & Sustainability
65% Energy Reduction
GrowIT's novel power electronics minimize energy demand by 65% through high-efficiency power flow design.
Optimized Footprint
Our synchronized photosynthesis timing eliminates energy waste, significantly reducing the carbon footprint of vertical farming.
Year-Round Security
Enabling resilient commercial farming regardless of geolocation, ensuring local food security in the most challenging climates.
The Architecture of Innovation
Originating from the Technion’s Electrical Engineering research group, our founding team blends academic rigord with industry-leading expertise from Intel and SolarEdge to solve vertical farming’s energy bottleneck.
Prof. Yoash Levron
Chief Scientist. Associate Professor at the Technion, specializing in power systems control and synchronization algorithms.
Strategic Growth Roadmap
Foundation
Originating from Technion Electrical Engineering research. Developing novel power flow architectures based on Intel and SolarEdge expertise.
Strategic IP
Executing the MOU with Technion for exclusive Intellectual Property rights. Transitioning patent-pending Drip Illumination tech to commercial pilot phase.
Capacity
Industrialization of hardware manufacturing. Scaling operations to meet 1MW annual production capacity to serve global commercial farming markets.
Test Site
Construction of our 1000m² vertical agriculture test facility. Real-world validation of 65% energy reduction and performance-based pricing model.
[ SYSTEM STATUS: OPERATIONAL / SCALING ]