Our Technology | Treegen

Revolutionizing Carbon Measurement with Advanced Digital Technology

Explore how our cutting-edge dMRV systems set a new global standard for carbon credit integrity

Digital MRV System

The Engine of Carbon Credit Creation

The FCAS Digital MRV System integrates every essential component of the carbon credit lifecycle into a single, seamless platform. Unlike fragmented traditional systems, our solution ensures efficiency and transparency:

Advanced Forest Carbon Measurement: Uses cutting-edge AI and photogrammetry to capture precise carbon data.
Secure Data Management: Safeguards data in an immutable blockchain ledger, ensuring records remain tamper-proof.
Blockchain Transparency: Displays real-time credit data on the FCAS Registry, automating sales and the end-of-life process for unmatched efficiency.

By combining these features, the platform delivers a reliable, streamlined solution to carbon credit creation, eliminating inefficiencies and risks.

From the initial forest carbon assessment to the issuance of verified credits, the FCAS Digital MRV System simplifies each stage of the carbon credit lifecycle:

Carbon Measurement: Tree-AI technology ensures instant and precise data capture.
Data Analysis: Advanced analytics provide actionable insights and accurate quantifications.
Credit Issuance: Blockchain-powered processes automate validation, registry updates, and credit sales.

This holistic approach reduces costs, accelerates processes, and ensures consistency, setting a new industry benchmark for efficiency.

Transparency and trust are at the heart of the Digital MRV System:

Immutable Records: Data is stored in a tamper-proof blockchain ledger, providing an unalterable record of carbon measurements and transactions.
Full-Lifecycle Transparency: Stakeholders can track carbon credits from creation to retirement via a secure portal.
Risk Elimination: Automated processes prevent double sales or double counting, ensuring every credit’s integrity.

This robust data management system fosters trust among stakeholders and buyers, ensuring confidence in every carbon credit generated.

The reporting and verification process of the Digital MRV System is designed to meet the highest industry standards:

Precision-Based Reporting: AI-driven data feeds into accurate greenhouse gas (GHG) assessments for tree farms.
ISO Methodology Compliance: The system adheres to globally recognised ISO standards, ensuring reliable carbon credit production.
Independent Audits: Collaborates with third-party verification bodies to enhance credibility and ensure compliance with FCAS standards.

By automating these steps, the platform minimizes human error, reduces costs, and delivers trustworthy credits to buyers.

The Future of Forest Carbon Asset Solutions

Comprehensive Reporting & Validation-home.png

Consistent Data Collection

GPS-Guided Measurement Paths

The Tree-AI drone unit follows pre-determined, GPS-guided paths, allowing data to be collected in the same way every time.

Repeatability

This guarantees that measurements taken during subsequent surveys are consistent, improving the reliability and accuracy of the carbon data across multiple cycles.

Reliable Data Sets

The ability to consistently collect data along the same routes ensures that the carbon footprint calculations are based on precise and repeatable measurements, making it easier to track carbon levels over time.

Advanced AI Forest Carbon Storage Measurement-home.png

Advanced AI for Carbon Measurement

Instant Data Capture

Tree-AI directly measures tree height, diameter, and carbon content with 95%+ certainty, eliminating errors associated with traditional estimation methods.

Advanced Photogrammetry

This technology uses 3D modeling for precise measurements and allows for real-time data collection during forest surveys.

Consistency and Precision

The AI ensures consistent, reliable measurements across large forest areas, providing a level of certainty previously unattainable in carbon quantification.

Transparent Data Management

Immutable Data Storage

All data collected by Tree-AI is securely stored in an unalterable blockchain ledger, making it tamper-proof and transparent for all stakeholders.

Real-Time Transparency

Stakeholders can access carbon data at any time through a secure portal, allowing for full visibility of every carbon credit’s lifecycle.

Audit-Friendly System

The blockchain infrastructure makes it easy for third-party auditors to validate the data and verify the authenticity of carbon credits, ensuring the credibility of every credit generated.