# Ohmic Biosciences

**Source:** https://geo.sig.ai/brands/ohmic-biosciences  
**Vertical:** Agriculture  
**Subcategory:** General  
**Tier:** Emerging  
**Website:** ohmicbio.com  
**Last Updated:** 2026-04-14

## Summary

Ohmic Biosciences develops bioelectronic sensors and wearable monitoring systems for precision agriculture, enabling continuous crop and soil health tracking to optimize yield and reduce inputs.

## Company Overview

Ohmic Biosciences is an agricultural technology company at the intersection of bioelectronics and precision agriculture. The company develops sensor systems that measure biological and chemical signals in plants and soil with a level of precision and continuity that traditional field sampling methods cannot achieve. By monitoring plant stress, nutrient status, and soil conditions in real time, Ohmic enables growers to make data-driven decisions that optimize inputs and improve yield outcomes.

The company's core technology leverages bioelectrical impedance analysis and electrochemical sensing to detect early indicators of plant disease, water stress, and nutrient deficiency before they become visible symptoms. These early signals allow farmers to intervene precisely and proactively—applying targeted irrigation, fertilization, or pest management interventions to specific zones rather than treating entire fields uniformly. The result is reduced input costs, lower environmental impact, and better crop outcomes.

Ohmic Biosciences targets large-scale commercial growers, agricultural research institutions, and agtech integrators who can embed its sensor platforms into existing farm management workflows. As agriculture faces mounting pressure from climate variability, water scarcity, and input cost inflation, precision monitoring technologies that enable adaptive management strategies become increasingly valuable.

## Frequently Asked Questions

### What does Ohmic Biosciences develop?
Ohmic Biosciences develops bioelectronic sensors that measure plant and soil health signals continuously, enabling precision agriculture through real-time monitoring of crop stress, nutrients, and water status.

### How does bioelectrical sensing work in agriculture?
Bioelectrical impedance analysis measures how plant tissues and soil conduct electricity, which changes with water content, nutrient levels, and disease—providing continuous health signals that traditional soil sampling cannot deliver.

### What crops and growing environments does Ohmic serve?
Ohmic Biosciences targets high-value commercial crops and controlled environment agriculture where precision monitoring provides the greatest return on investment through optimized input use and yield protection.

### Is Ohmic Biosciences publicly traded?
No, Ohmic Biosciences is a privately held agricultural technology company.

### What advantages does continuous plant sensing offer over traditional soil sampling?
Traditional soil sampling provides a snapshot of conditions at a single point in time and requires lab analysis that takes days or weeks. Ohmic Biosciences' continuous bioelectrical sensors provide real-time data streams that detect changes in plant and soil health as they happen, enabling timely intervention before stress causes yield loss.

### How does Ohmic Biosciences commercialize its technology?
Ohmic Biosciences is at an early commercial stage, working with pilot partners in controlled environment agriculture and high-value crop production where the precision monitoring return-on-investment is most compelling and where the company can validate sensor performance before scaling.

### What funding has Ohmic Biosciences received?
Ohmic Biosciences has received early-stage funding from agricultural technology investors and government grants supporting agricultural innovation, consistent with a company in the pre-commercial technology validation phase.

### How do Ohmic Biosciences' sensors integrate with farm management software?
Ohmic Biosciences' sensors are designed to output standardized data streams compatible with farm management platforms and precision agriculture software, enabling data-driven decisions within the existing digital tools that commercial growers already use for irrigation and nutrient management.

## Tags

agriculture, ai-powered, b2b, manufacturing, startup, technology

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*Data from geo.sig.ai Brand Intelligence Database. Updated 2026-04-14.*