Fieldstone Bio
Fieldstone Bio develops remote sensing solutions that combine engineered biosensors with hyperspectral imaging and AI to detect chemicals, nutrients, pollutants, and pathogens in soils and landscapes. The company focuses on producing high-resolution, field-scale maps and data products to support environmental remediation, agricultural measurement (MRV and plant health), mining exploration and tailings management, and national-security sensing needs. Fieldstone originated from academic research and emphasizes strain engineering, soil assays, airborne/satellite sensing, and AI-driven signal interpretation.
Industries
Nr. of Employees
small (1-50)
Products
High-resolution pollutant concentration maps
Data products that show pollutant concentration distributions across landscapes, intended to support remediation planning, verification, and monitoring.
High-resolution pollutant concentration maps
Data products that show pollutant concentration distributions across landscapes, intended to support remediation planning, verification, and monitoring.
Services
On-site or remotely delivered mapping of soil and landscape contaminants using engineered biosensors coupled with hyperspectral imaging and data analytics to produce high-resolution concentration maps.
Field-scale measurement tools for greenhouse gas MRV, plant health monitoring, and early pathogen detection using imaging and biosensor-based approaches.
Identification and mapping of mineral targets and tailings constituents using hyperspectral imaging combined with biosensor signals to support exploration, operations, and tailings management.
Customized sensing solutions for government and defense customers, including hazard identification and post-conflict cleanup support developed in collaboration with FFRDCs and contractor partners.
Laboratory and field assay development to identify and optimize engineered strains and reporter assays for target analytes and environmental matrices.
On-site or remotely delivered mapping of soil and landscape contaminants using engineered biosensors coupled with hyperspectral imaging and data analytics to produce high-resolution concentration maps.
Field-scale measurement tools for greenhouse gas MRV, plant health monitoring, and early pathogen detection using imaging and biosensor-based approaches.
Identification and mapping of mineral targets and tailings constituents using hyperspectral imaging combined with biosensor signals to support exploration, operations, and tailings management.
Customized sensing solutions for government and defense customers, including hazard identification and post-conflict cleanup support developed in collaboration with FFRDCs and contractor partners.
Laboratory and field assay development to identify and optimize engineered strains and reporter assays for target analytes and environmental matrices.
Expertise Areas
- Environmental monitoring and remediation
- Agricultural measurement and MRV
- Mining exploration and tailings mapping
- National-security sensing solutions
Key Technologies
- Hyperspectral imaging
- Engineered microbial biosensors
- Synthetic biology (strain engineering)
- Colorimetric reporter assays
News & Updates
Describes a method to deliver high-resolution pollutant concentration maps for environmental monitoring and remediation.
Describes using sensors on drones, planes, and satellites to map ecosystems, agricultural soils, and contaminated areas with continuous precision.
Overview of turning subtle soil signals into actionable data in real time across landscapes.
Site references external coverage in outlets such as The New York Times, Nature Biotechnology, and TechCrunch regarding engineered microbes and environmental sensing.
Describes a method to deliver high-resolution pollutant concentration maps for environmental monitoring and remediation.
Describes using sensors on drones, planes, and satellites to map ecosystems, agricultural soils, and contaminated areas with continuous precision.
Overview of turning subtle soil signals into actionable data in real time across landscapes.
Site references external coverage in outlets such as The New York Times, Nature Biotechnology, and TechCrunch regarding engineered microbes and environmental sensing.