ChrysaLabs provides a Direct Contact Proximal Sensing MRV™ platform that delivers lab‑grade soil carbon measurements in the field, aligned with Verra’s VM0042 standard. Using patented sensors, AI‑driven spectroscopy, and automated data pipelines, the system produces high‑precision, registry‑defensible carbon data in under 30 seconds per sample, reducing lab costs and uncertainty. This enables soil carbon project developers, agribusinesses, and land‑management firms to generate more bankable carbon credits at lower operational expense.
Funding
$12.6M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
AQBCE+3Founders
Product
Problem
Soil carbon projects often struggle to produce accurate, verifiable carbon measurements at scale because traditional laboratory analysis is costly, slow, and difficult to align with registry standards, creating uncertainty and limiting the bankability of carbon credits.
Solution
ChrysaLabs offers a Direct Contact Proximal Sensing MRV™ platform that provides field‑deployed, lab‑grade soil carbon measurements aligned with Verra’s VM0042 standard. The system combines patented proximal sensors, AI‑driven spectroscopy, and advanced modeling to generate high‑precision carbon data in under 30 seconds per sample. An integrated data pipeline automates QA/QC, traceability, and reporting, delivering registry‑defensible outputs and reducing reliance on expensive lab analyses. A proprietary sampling‑design calculator optimizes field layouts to balance operational costs with carbon credit yield, improving project profitability. ChrysaLabs also manages end‑to‑end field logistics, ensuring consistent data collection across large‑scale deployments.
Target Audience
Primary customers are soil carbon project developers, agribusinesses, and land‑management firms seeking Verra‑compliant, cost‑effective measurement solutions to generate bankable carbon credits.
Features
- Patented direct‑contact proximal sensing technology validated by a third‑party auditor for use under Verra VM0042
- AI‑powered spectroscopy delivers real‑time soil carbon scans in under 30 seconds, reducing lab turnaround time
- Uncertainty‑driven smart sampling design and digital soil mapping to maximize information value per sample
- Automated data pipeline with QA/QC, version control, and API/downloadable outputs for seamless integration with carbon accounting systems
- Advanced modeling that fuses field sensor data, lab results, and geospatial inputs to produce low‑uncertainty, registry‑compatible carbon estimates
- Vertical profiling capability measuring carbon at 6‑inch intervals down to one meter, strengthening permanence claims
- End‑to‑end field operation management, including logistics, trained crews, and compliance with registry documentation requirements