For carbon project developers driving the transition to regenerative agriculture
Havona unifies AI modeling with coordinated soil sampling and lab workflows to deliver fast, defensible feasibility studies—making it easier to aggregate land, unlock financing, and launch high-integrity soil-carbon projects.
You have perfected regenerative practices; now expand your impact across the bioregion.
Havona transforms pilot-plot results into a calibrated system that quantifies Soil Organic Carbon (SOC) gains with lab-backed precision.
With integrated sampling logistics, AI-driven modeling, and financial projections, your program can generate high-integrity credits and scale regenerative transitions across an entire productive chain.
Carbon Credit Generation Process
At Havona, we specialize in the first step: enabling and validating soil-carbon monetization projects with high-integrity data, standardized feasibility, and coordinated sampling workflows.
I. Perform a technical and financial feasibility study for a carbon project or program, and prepare a Project Idea Note (PIN).
II. Establish the baseline according to registry and methodology requirements, supported by lab-verified SOC samples.
III. Draft the Project Design Document (PDD) and complete the registration in the Registry.
IV. Implement Regenerative Management practices that optimize ecosystem services such as carbon sequestration in soils.
V. Monitor the increase in Soil Organic Carbon (COS) and biodiversity (co-benefits) compared to the baseline.
VI. Report and Verify the increase of COS for the issuance of carbon credits with co-benefits.
Carbon Credit Generation process
At Havona, we specialize in the first step: enabling and validating soil-carbon monetization projects with high-integrity data, standardized feasibility, and coordinated sampling workflows.
I. Perform a technical and financial feasibility study for a carbon project or program, and prepare a Project Idea Note (PIN).
II. Establish the baseline according to registry and methodology requirements, supported by lab-verified SOC samples.
III. Draft the Project Design Document (PDD) and begin registration with the chosen Registry.
IV. Implement regenerative management practices that enhance soil carbon and ecosystem services.
V. Monitor increases in Soil Organic Carbon (SOC) and biodiversity relative to baseline.
VI. Report and verify SOC improvements for the issuance of carbon credits with co-benefits.
Our services
Our services equip you with the operational and analytical tools to justify and execute regenerative transitions confidently—reducing cost, risk, and complexity.
Technical & Financial Feasibility
Havona automates soil-carbon feasibility with AI-driven models calibrated by soil samples and satellite indices. We generate sampling plans, interpret SOC results, and convert gains into transparent carbon, cash-flow, and payback projections.
Sampling Network Coordination
We connect your project with verified sampling teams and accredited labs. Havona designs statistically valid sampling plans, manages field logistics, and delivers calibrated SOC data ready for modeling and registry use.
Carbon Project Design
We model ROI scenarios for your group of farms, determine minimum viable area, and prepare a Project Idea Note (PIN) aligned with registry requirements—ready to begin the formal carbon credit process.
Learn more about the methodology we are modeling:
“Methodology for Soil Organic Carbon Estimation in Regenerative Cropping and Managed Grassland Ecosystems”
Get an early estimate of your project’s carbon potential, at no cost
Schedule a no-cost call with one of our specialists to begin with an initial carbon sequestration potential estimate.
Key Moments
At Havona we have identified 3 key moments in the transition process towards regenerative agriculture practices where we simplify and enhance the project's success
Aggregates program
Aggregating smaller farms under shared practices reduces verification costs, simplifies logistics, and ensures every landholder can benefit from carbon incentives.
Havona coordinates sampling, modeling, and monetization of SOC improvements, enabling developers to unify fragmented plots, align stakeholders, and reliably forecast credit generation. Our blockchain-based assurance provides credibility without large upfront costs—helping you scale regenerative adoption efficiently.
Who does Havona serve?
Project Developers & NGOs
- Unify multiple plots into a bioregional program and reduce operational burdens.
- White-label Havona’s feasibility outputs to create new revenue streams.
- Provide transparent data to producers, donors, and investors.
Bioinputs Companies
- Validate the SOC impact of your products with lab + satellite data.
- Build joint carbon programs that accelerate adoption and reduce farmer risk.
- Deliver branded, credible feasibility analyses to partners.
Livestock & Regenerative Farmers
- Quantify your carbon gains with lab-verified data and satellite indicators.
- Forecast credit revenue before expanding practices to new hectares.
- Choose between independent operation or joining an aggregated program with shared insurance and blockchain certificates.
Impact Funds & Investors
- Invest in rigorously evaluated, multi-parcel regenerative programs.
- Reduce risk through standardized feasibility and real-time monitoring.
- Track ecological and financial performance across portfolios.
Banks & Trusts
- Finance regenerative transitions based on verified SOC projections.
- Strengthen loan portfolios with transparent farm-level data.
- Support sustainable production systems at scale.
Insurance Companies
- Design policies that support regenerative management.
- Use plot-level SOC and climate indicators to price risk accurately.
- Collaborate with developers to protect farmers and accelerate adoption.
Benefits of Soil Organic Carbon (SOC) in Regenerative Projects
Participate in the most established environmental market
Enhance soil health and water retention
A nature-based climate solution
Reliable and Transparent Measurement
Prevents land degradation and preserves habitats
Paves the way toward a regenerative economy
We have the confidence of leaders in the sector.



Team
Efraín Orozco
General Director
Regenerative Business Models
Faculties
- Certificate in Regenerative Economics and Finance.
- Environmental Engineering.
Experience
8+ years in technology and environmental analytics, agriculture, sensors, and verification systems.
Chase Foster
Chief Technology Officer
Software Engineer
Faculties
- Software Engineer
- Full Stack Developer
- Python, Javascript, Java, C++.
Experience
15+ years leading development teams and building scalable data platforms in the USA.