Stephan Enzinger-Mühlbacher
Co-Founder & CEO
Leads operations and growth at GrowSense. With a background in sensor technology and research project leadership, he helps bring high-tech innovation from research into real agricultural applications.
GrowSense
Automating the global food system
Intelligent sensing and automation solutions for precision hydroponics, aquaponics and aquaculture.
Software platform
GrowSense Platform
Commercial productThe platform combines monitoring, farm management, automation, and AI-supported decision making in one SaaS interface with an API-driven open architecture. Farms can start software-first, connect existing devices and partner systems, and expand into GrowSense hardware when their operation is ready.
Monitoring
Live farm data, alerts, and trends for operational context.
Device orchestration
REST, MQTT, third-party sensors, actuators, and edge units.
AI Decision support
Health checks, forecasts, and farm-data context.
GrowERP
Tasks, planning, forecasting, compliance, and sales workflows.
Dashboard and system view
Platform interface for farm monitoring, device status, operational insights, and control workflows.
Automated analysis hardware
GrowLab
In developmentGrowLab connects the physical cultivation environment to the GrowSense Platform. It is designed for automated on-site analysis in hydroponics, aquaponics, aquaculture, and water analysis.
- 01Eliminates the nutrient blind spot with automated water-quality analysis.
- 02Uses microfluidic chips, reagent bags, and optical absorption measurement.
- 03Synchronizes measurements, configuration, and alerts through the platform.
Microfluidic chipReagent bagsOptical analysis
Open GrowLab
A service-friendly layout built around replaceable reagent bags, integrated microfluidics, and straightforward field maintenance.
10 parameters. Configure 4. Lab precision at farm scale.
GrowLab is planned to support configurable nutrient and water-quality analysis based on each operation's needs.
pH
pH Value
Controls nutrient availability.
NH₄⁺
Ammonium
Dissolved nitrogen form linked to fish waste and system balance.
NO₂⁻
Nitrite
Nitrogen cycle intermediate. Critical in aquaculture.
NO₃⁻
Nitrate
Primary nitrogen for plant growth.
PO₄³⁻
Phosphate
Energy transfer, root development.
K⁺
Potassium
Water regulation, disease resistance.
Ca²⁺
Calcium
Cell wall strength and structural growth.
Mg²⁺
Magnesium
Central ion for chlorophyll and photosynthesis.
SO₄²⁻
Sulfate
Dissolved sulfur source for protein and enzyme function.
Fe²⁺/³⁺
Iron
Chlorophyll synthesis and micronutrient balance.
Pilot program
Help shape GrowLab around real monitoring needs
We are looking for commercial growers, aquaculture operators, research teams, and integration partners to evaluate GrowLab in practical operating environments.
Industry applications
Supporting controlled cultivation and aquatic production with automated monitoring, insights, and operational control.
Hydroponics
Soilless cultivation, greenhouses, specialized crops
Manual sampling leaves nutrient changes unnoticed between tests.
Continuous measurements turn trends into timely dosing guidance.
Vertical Farming
Stacked indoor cultivation with lighting and climate automation
Lighting and climate costs rise when crop response is unclear.
Link nutrients, light, and growth data to improve efficiency.
Aquaculture
Recirculating Aquaculture Systems for fish and shrimp
Small water-quality shifts can quickly affect animal health.
Real-time alerts highlight critical parameters before losses escalate.
Aquaponics
Symbiotic fish and plant ecosystems
Fish load and plant uptake are difficult to balance.
Track nitrogen-cycle signals to keep both systems stable.
Meet the Team
Founders and engineering leadership building operational precision-agriculture technology.
SE
MD
RT
Martin Deixelberger
Founder & CTO
Leads product strategy and is the technical innovator behind GrowSense. He shapes the product vision and drives the development of the Platform, GrowLab, and AI.
Raimund Teubler
Co-Founder & Head of Analytical Chemistry
Leads the chemical development and analytics behind GrowLab. He develops the analytical methods that enable automated nutrient and water quality measurement directly inside farming systems.