Scalable by Design
Move from one pilot to thousands of hectares with standardized baselines, comparable indicators, and portfolio-level dashboards.
RegenWise: The Platform to Scale Regenerative Agriculture
Monitor, and report regenerative agriculture projects with satellite intelligence, from land assessment to carbon reporting and Scope 3 insetting.
From Baseline Assessment to MRV: One Platform for Regenerative Agriculture
RegenWise helps teams move from fragmented field data to standardized baselines, scalable monitoring, and audit-ready reporting.
Baseline Assessments
Establish a reliable starting point for every project using soil, climate, topography, vegetation, water, land-use, and carbon indicators.
Monitor Plantation & Impact
Track plantation health, vegetation dynamics, biomass, yields, and carbon evolution across plots, clusters, and portfolios.
Field Prioritization
Identify which plots, clusters, or sourcing areas require intervention first, using satellite data, agronomic indicators, and risk signals to focus field teams where impact potential is highest.
Report Carbon, Scope 3 & Insetting Outcomes
Generate standardized reports for carbon accounting, Scope 3 reduction, insetting programs, donors, investors, and corporate sustainability teams.
Why RegenWise
Transparent Through Satellite Data
Create data transparency across remote and fragmented landscapes using satellite monitoring, agronomic models, and structured field inputs.
Built for Prioritization
RegenWise helps teams identify risk areas, prioritize field interventions, and allocate resources where they can deliver the highest impact.
Credible for Reporting
Structure project data for carbon reporting, plantation monitoring, ESG reporting, Scope 3 accounting, and insetting claims.
Who is it made for
RegenWise is made for you if you're:
Agri Food Companies
Ensure supply chain projects are well designed and successfully implemented.
Grounded in Science. Proven in the Field.
Our approach is not just tech, it’s built on validated research and tested in real-world environments.