MicrogreensFarm & Czechmicrogreens
Modular Third-Generation Aeroponic System
Modular aeroponic (fogponic) system for controlled microgreens cultivation. Complete vertical growing solution — from hardware to mist irrigation control and cloud data layer with ESG reporting.
Key Features
Aeroponic / Fogponic Principle
Mist irrigation instead of traditional watering. More efficient use of water and nutrients.
Modular Construction
From professional version (2 m²) to industrial modules and standardized HIVE units.
IoT Sensor Network
Real-time measurement of cultivation parameters — temperature, humidity, pH, EC, light.
Cloud Management
Remote monitoring and system control, automation of growth cycles.
ESG Reporting
Transparent tracking of environmental metrics, base for investors and EU projects.
Metal Construction for Mass Production
Designed in collaboration with VŠB-TUO (FS, Jiří Struž), production via KK Maschinenbau.
Anatomy of Fog
Why is aeroponics more efficient than soil?
In our system, roots don't swim in water, nor are they in the ground. They hang in free space, where every few minutes they are enveloped in an ultra-fine mist with nutrients. This gives roots unlimited access to oxygen, accelerating metabolic processes by up to 30%. Result? Faster growth, higher bioactive content, and zero mold.
Kyslík
Maximální okysličení kořenové zóny.
Živiny
Přímá absorpce skrze mlhové částice.
Economics and Sustainability
Water Saving
95%
Compared to conventional field cultivation.
CO2 Footprint
-80%
Thanks to elimination of the logistics chain.
Chemical-free
100%
Closed system needs no pesticides.
Market Variants
MicrogreensFarm Pro (2 m²)
Compact professional system for daily production.
Industrial Module
Larger modules for commercial production.
HIVE Unit
Standardized farm kit for EU HIVE project — Connected Urban Farm Systems.
MicroFarm EDU / MiniFarm
Educational version for practical biotechnology teaching.
Pilot Operation: VŠB-TUO Canteen
The system has been successfully operating in pilot at the VŠB-TUO Canteen since September 2025, verifying capacity, quality, and user experience in a real catering environment. Contract agreed in May 2025 via the FIP conference.
Partner
Menza VŠB-TUO, od 9/2025
Technologie
3. generace s IoT a cloudem
Cíl
Ověření v reálném stravovacím provozu
Czechmicrogreens
Research concept for bioactive substances and genetic potential of microgreens
Czechmicrogreens is our joint research concept focused on studying genetic potential and bioactive substances in microgreens. The goal is to optimize cultivation for future plant use in the nutraceutical and pharmaceutical industries.
Společný koncept MoraviaLab, CARC, CzechGlobe a Moravoseed.
Podepsaný Letter of Intent s Moravoseed.
The Plant as a Bio-factory
Microgreens are not just plate garnishes. They are biochemical laboratories in an early growth stage. Our research shows that young plants can contain up to 40x higher concentrations of vitamins and antioxidants than their adult versions. At Czechmicrogreens, we tune the light spectrum and mist composition to force these 'factories' to produce maximum specific substances like glucosinolates or polyphenols.
Nutritional Power in Data
Nutrient Conc.
higher than adult vegetables
Antioxidants
when optimized by light spectrum
Growth Time
to reach peak bioactivity
Research Goals
Study of genetic potential of selected microgreens species
Identification and quantification of key bioactive substances
Optimization of growth parameters to maximize nutritional profile
Validation of plants for nutraceutical and pharmaceutical applications
Creation of a data base of growth protocols and bioactive content
Project Status
The concept is in an early stage — after visiting CARC in March 2025, a LOI was signed with Moravoseed. We are following up on initial contact with CAS Olomouc (IEB, Application Lab for Agricultural Research) from 2023 and preparing the structure for research collaboration.