Our multi-million-euro research center is poised to redefine precision cannabinoid production and cannabis cultivation through its state-of-the-art hybrid cultivation-research facility. By integrating real-time research data directly into cultivation protocols, we can test countless molecular combinations while simultaneously growing new cultivars to validate theoretical models in practice.
This groundbreaking investment delivers a globally unique cultivation module where targeted cannabis growth, data acquisition, and advanced research occur symbiotically. Each cultivation cycle generates thousands of data points that feed directly into our AI-MDIP model, unlocking unprecedented possibilities for molecular and single-compound combinations.
Technical Highlights:
Climate Control
- Temperature precision: ±0.3°C
- Relative humidity: 50-70% (auto-regulated)
- CO₂ concentration: 1,200-1,500 ppm
Lighting System
- Eight independently controllable LED channels
- UV-A/B and IR modules for targeted secondary metabolite production
- Dynamic adaptation to growth phases (18-24 cycles/day)
Automation
- Microliter-precise nutrient dosing
- ISO Class 5 cleanroom technology
- Micro-data acquisition with 50k data points per cycle
“Every plant receives its perfectly tuned microenvironment,” explains Cultivation Director Philipp Bösch. “Our systems continuously learn, generating unique datasets that our AI model processes with unparalleled precision.”
The data yield is staggering: Each harvest wave collects over 100,000 raw data points, which after filtration feed directly into our AI-MDIP system.
“This represents more quality-controlled cannabinoid data than exists anywhere else worldwide,” Bösch states with pride.
The facility’s closed-loop design ensures that every environmental parameter – from spectral light composition to nanoscale nutrient adjustments – contributes to both cultivation optimization and groundbreaking pharmaceutical research.