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GrowSense
Automating the global food system
Intelligent sensing and automation solutions for precision hydroponics, aquaponics and aquaculture.
Software
GrowSense Intelligence
Software platformGrowSense Intelligence combines monitoring, farm management, automation, and AI-supported decision context in one software interface. It is designed to connect selected devices, partner systems, and future GrowSense hardware through an API-driven architecture.
Monitoring
Farm data, configured alerts, and trends for operational context.
Device orchestration
REST, MQTT, third-party sensors, actuators, and edge units.
AI-supported context
Health indicators, forecasts, and farm-data context.
GrowERP
Tasks, planning, forecasting, compliance, and sales workflows.
Dashboard and system view
Example GrowSense Intelligence interface showing monitoring data, device status, and configured control workflows. Interface content may include simulated data.
Automated analysis hardware
GrowLab
In developmentGrowLab is a hardware concept intended to transfer on-site measurements to GrowSense Intelligence. Its target contexts include hydroponics, aquaponics, aquaculture, and water analysis.
- 01Is being developed to provide additional nutrient and water-quality measurements between manual tests.
- 02Uses microfluidic chips, reagent bags, and optical absorption measurement.
- 03The planned integration would exchange measurements, configuration data, and alerts with the platform.
Microfluidic chipReagent bagsOptical analysis
Concept render — design subject to change
Open GrowLab
Concept layout showing replaceable reagent bags, integrated microfluidics, and access points intended for 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.
Field evaluation
GrowLab evaluation in practical operating environments
GrowLab evaluation scenarios include controlled commercial cultivation, aquaculture operations, and research settings.
Solutions for controlled cultivation
GrowSense addresses monitoring and control use cases across controlled cultivation and aquatic-production systems.
Hydroponics
Soilless cultivation, greenhouses, specialized crops
Manual sampling provides measurements only at selected times.
Continuous measurements can provide additional context for dosing decisions.
Vertical Farming
Stacked indoor cultivation with lighting and climate automation
Crop-response data can be considered alongside lighting and climate data.
Nutrient, light, and growth data can be viewed together for operational context.
Aquaculture
Recirculating Aquaculture Systems for fish and shrimp
Water-quality changes may affect animal health.
Configured alerts can indicate when measured parameters cross defined thresholds.
Aquaponics
Symbiotic fish and plant ecosystems
Operators monitor fish load, plant uptake, and nitrogen-cycle parameters together.
Nitrogen-cycle measurements can be reviewed alongside fish and plant system data.
Meet the Team
A multidisciplinary team working across software, analytical chemistry, operations, and communication for GrowSense.
MD
RT
EH