ART TREES Partnership Proposal — Technology-Enhanced Carbon Integrity

Executive Summary

This proposal outlines a strategic partnership between ART TREES and DaedArch Corporation, focusing on the integration of DaedArch’s sensor-based Monitoring, Reporting, and Verification (MRV) platform into ART TREES’ jurisdictional approach to REDD+ transactions. By leveraging DaedArch's advanced technology, we aim to enhance the integrity of carbon credits generated through government-level crediting for avoided deforestation, thereby aligning with ART TREES' commitment to national-level forest protection strategies and endorsed initiatives by the LEAF Coalition for large-scale carbon purchases.

DaedArch’s MRV platform offers continuous, real-time data collection, automated reporting mechanisms, and a transparent verification chain that adheres to the stringent requirements outlined in the Verified Carbon Standard (VCS) and the Climate Action Reserve (CAR) protocols. This partnership will not only enhance the credibility of carbon credits but will also streamline the process of achieving compliance with international standards, thus maximizing the potential for large-scale carbon transactions.

Value Proposition

Enhanced Data Integrity

DaedArch’s sensor-based technology provides high-resolution spatial and temporal data that is critical for accurate carbon stock assessments. This data aligns with the VCS's requirements for robust baseline and monitoring methodologies as outlined in the "VCS Methodology Framework" (Version 3.6). By integrating this technology, ART TREES can ensure that carbon credits are derived from verifiable and scientifically robust data.

Cost-Effective Monitoring Solutions

The automated nature of DaedArch’s MRV platform reduces the costs associated with traditional manual monitoring methods. By utilizing remote sensing and IoT devices, we can achieve significant cost savings while maintaining compliance with the VCS and ART TREES’ operational standards.

Real-Time Reporting

Our platform facilitates real-time reporting, which is essential for maintaining transparency in carbon credit transactions. This capability aligns with ART TREES' goal of promoting transparent government-level crediting processes and supports the LEAF Coalition's emphasis on accountability in large-scale carbon purchases.

Alignment with National-Level Strategies

The partnership will support ART TREES’ national-level forest protection strategies by providing the data necessary to inform policy decisions and validate the effectiveness of conservation efforts. This is particularly relevant for jurisdictions implementing REDD+ programs, where evidence-based policy-making is crucial.

Partnership Model

Joint Development Agreement

We propose a Joint Development Agreement (JDA) to outline the scope of collaboration between ART TREES and DaedArch. This agreement will focus on:

• Technology Integration: Collaboratively developing a tailored version of DaedArch’s MRV platform that meets ART TREES’ specific needs.
• Data Sharing: Establishing protocols for data sharing and management to ensure compliance with applicable regulations and standards.
• Capacity Building: Joint training sessions for ART TREES staff on utilizing the MRV platform effectively, ensuring that all stakeholders can leverage the technology for maximum impact.

Revenue Sharing Model

We propose a revenue-sharing model based on the carbon credits generated through the enhanced MRV capabilities. The specifics of the revenue-sharing agreement will be determined based on the volume of credits sold and the cost savings achieved through the use of DaedArch’s technology.

Pilot Program

Objectives

The pilot program aims to demonstrate the effectiveness of DaedArch’s MRV platform in enhancing carbon credit integrity for ART TREES’ REDD+ jurisdictions. Specific objectives include:

1. Baseline Assessment: Establish a baseline for carbon stocks using DaedArch’s sensor data.
2. Continuous Monitoring: Implement continuous monitoring to assess changes in carbon stocks due to deforestation and conservation efforts.
3. Reporting and Verification: Generate automated reports that comply with VCS and CAR standards, facilitating third-party verification processes.

Implementation Steps

1. Site Selection: Identify pilot sites within ART TREES’ jurisdictional REDD+ programs.
2. Sensor Deployment: Deploy DaedArch’s sensors and establish data collection protocols.
3. Data Analysis: Analyze collected data to assess carbon stock changes and validate conservation outcomes.
4. Reporting: Generate reports in accordance with VCS "Monitoring and Reporting" requirements (Version 4.0).
5. Stakeholder Engagement: Engage local stakeholders to ensure transparency and buy-in for the pilot program findings.

Expected Outcomes

• Validation of carbon credits with enhanced integrity.
• Establishment of a scalable model for future projects.
• Strengthened relationships with local governments and stakeholders through transparent data sharing.

Timeline

| Phase | Duration | Key Activities | |---------------------------|----------------|--------------------------------------------------| | Phase 1: Planning | Month 1 | Site selection, stakeholder engagement | | Phase 2: Deployment | Month 2-3 | Sensor deployment, baseline data collection | | Phase 3: Monitoring | Month 4-5 | Continuous monitoring, data analysis | | Phase 4: Reporting | Month 6 | Generate reports, prepare for verification | | Phase 5: Review | Month 7 | Evaluate pilot outcomes, refine approach |

Commercial Terms

Investment and Funding

DaedArch will invest in the initial deployment of the MRV technology, with ART TREES providing access to pilot sites and facilitating stakeholder engagement. Funding for the pilot program may be sought through grants or partnerships with environmental NGOs and governmental bodies.

Revenue Sharing

The revenue-sharing model will be based on the net revenue generated from carbon credits sold, with a proposed split of 60% to ART TREES and 40% to DaedArch. This model will be revisited and adjusted based on the outcomes of the pilot program and the scale of future deployments.

Intellectual Property

Any intellectual property developed during the partnership will be jointly owned, with specific terms outlined in the JDA. Both parties will retain the right to utilize the developed technology and methodologies for future projects, subject to mutual agreement.

Term and Termination

The initial term of the partnership will be three years, with provisions for renewal based on mutual agreement. Either party may terminate the agreement with a six-month notice period, provided that all outstanding obligations are fulfilled.

Conclusion

The proposed partnership between ART TREES and DaedArch Corporation represents a significant opportunity to enhance the integrity and effectiveness of carbon credit transactions within the REDD+ framework. By integrating advanced sensor-based MRV technology, we can ensure that carbon credits are derived from credible and transparent data, aligning with both ART TREES’ mission and the broader goals of sustainable forest management and climate change mitigation.

We look forward to discussing this proposal further and exploring the potential for collaboration in advancing technology-enhanced carbon integrity.

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This partnership proposal is designed to align with the priorities and objectives of ART TREES while leveraging DaedArch's capabilities to achieve mutual goals in the carbon market.