A thin, flexible electrode patch applied to a plant's leaf or stem that reads bioelectrical signals in real time. An AI translates these signals into specific needs and automatically triggers IoT micro-dispensers for water, nutrients, or targeted light spectra.
Join early adopters of the plant nervous system console
Similar to an ECG but for plants, the patch reads electrical patterns and impedance changes in real time.
Patterns translate into specific needs: low nitrogen, root compaction, early fungal detection at 3% infection, water deficit 45 minutes before wilting.
System triggers IoT micro-dispensers for precise water, nutrient cocktails, pH adjusters, or targeted LED light spectra.
App delivers plain-language updates and lets you ask the plant questions via pattern recognition and historical data.
Plants generate measurable electrical signals through their cellular processes, action potentials, and impedance changes—similar to the bioelectrical patterns measured in human heart (ECG) and brain (EEG) monitoring.
Our flexible electrode patch captures these signals directly from the leaf or stem, enabling early detection of stress, disease, and nutrient deficiencies before visible symptoms appear.
Onboard or edge-based AI processes electrical patterns in real time, translating complex signal data into plain-language diagnostics and actionable recommendations.
Barely visible on the leaf, applied directly to leaf or stem surface.
Continuously monitors bioelectrical signals with precision comparable to medical-grade ECG equipment.
Seamlessly connects to smart home automation, micro-dispensers, LED systems, and environmental controls.
"Your monstera is telling me it needs more magnesium and less direct sun right now"
Plain-language AI translation of bioelectrical signals
The system automatically triggers connected IoT micro-dispensers for precise water, nutrient cocktails, pH adjusters, or targeted LED light spectra adjustments.
Triggered irrigation based on real-time plant water deficit detection
Customized nutrient delivery matching plant's detected deficiencies
Automatic pH balancing for optimal nutrient absorption
Dynamic light spectrum adjustments for growth optimization
NeuroBloom represents the convergence of bioelectrical monitoring, artificial intelligence, and the Internet of Things—creating what amounts to a nervous system for plants.
By applying a thin, flexible electrode patch to a plant's leaf or stem and reading bioelectrical signals similar to an ECG, we unlock actionable diagnostics in plain language. The system automatically triggers connected IoT micro-dispensers, delivering precise water, nutrients, pH adjustments, and targeted light spectra—all optimized in real time.
Whether you're tending a single monstera or managing thousands of crops in a vertical farm, NeuroBloom empowers you to listen to what plants are actually telling you—and respond before problems become visible.
Be the first to experiment with NeuroBloom's plant-computer interface