What is dMRV and why is it important to the Thai carbon market?

Summary of Key Points

dMRV (Digital Monitoring, Reporting & Verification) or monitoring Carbon reporting and verification using digital technology involves leveraging AI, satellites, IoT sensors, and Blockchain to automate, enhance transparency, and enable real-time verification of carbon credit processes. This results in a more reliable, rapidly expanding, and efficient carbon market, benefiting businesses in Thailand and the Asia-Pacific (APAC) region. The application of dMRV has thus become an essential foundation for achieving Net Zero targets and developing high-quality carbon projects that are internationally recognized.

What is dMRV?

The global carbon market is rapidly growing amid companies' efforts to achieve Net Zero targets and offset carbon emissions in Scope 1, 2, and 3.

The main question arising in the Voluntary Carbon Market is: "How can we be confident that the carbon credits being traded are genuine?"

This is the beginning of dMRV, or Digital Monitoring, Reporting, and Verification, which incorporates advanced digital technology to enhance the three pillars of carbon project governance:

• Monitoring: The continuous and accurate measurement and collection of data on carbon emissions, sequestration, or reduction from various projects, such as forests, wetlands, or clean energy, in a systematic manner.

• Reporting: The process of analyzing and organizing measured data to communicate in a format that aligns with international standards, such as Verra (VCS), Gold Standard, and the Core Carbon Principle (CCP) established by ICVCM. (The Integrity Council for the Voluntary Carbon Market) or the Voluntary Carbon Market Integrity Council, aims to enhance the quality, credibility, and transparency of carbon credits in the global voluntary carbon market.

  • Key Points of CCP:

    • Establish minimum standards for "quality" carbon credits.

    • Covers data accuracy, transparent measurement and verification, avoidance of double counting, community and environmental participation, and prevention of greenwashing.

    • Help buyers, investors, and project developers ensure that CCP-certified carbon credits will be accepted in global markets and genuinely support climate goals.

• Verification: Allowing external auditors to confirm the accuracy and source of data through an automated system on a digital platform. Data can be traced back to its source at any time, reducing the risk of distortion or greenwashing.

The traditional MRV process often requires field surveys and manual data entry, which are slow, costly, and difficult to scale. dMRV can completely transform this process by enabling real-time data tracking through satellites, IoT sensors, drones, AI algorithms, and Blockchain. This makes the system transparent, verifiable, and truly suitable for the modern carbon market.

Why is dMRV important?

The voluntary carbon market is facing severe credibility issues, both in terms of the quality of carbon credits and concerns about greenwashing. Independent audits have found that carbon credits from some ^1REDD+ projects may not accurately reflect the claimed reductions in emissions.

These factors have significantly eroded confidence in the carbon market, leading many institutional investors to withdraw and companies to face reputational risks if they choose to use low-quality carbon credits. Furthermore, this undermines the credibility of the carbon market structure under Article 6 of the Paris Agreement.

dMRV directly addresses this issue by replacing the use of "personal opinions" or "individual staff/expert decisions" in the verification and evaluation of carbon projects with the use of factual digital data, measured by tools and technologies such as satellites and sensors. IoT or AI systems, to put it simply, refer to the fact that, traditionally, carbon project assessments often relied on staff conducting on-site data collection or making personal judgments, which could lead to inaccuracies or biases. However, dMRV utilizes real-time, automated data collection technology, ensuring data is accurate, transparent, and always traceable. This reduces the likelihood of errors or data distortions caused by human opinions. The result is carbon credits that are complete, transparent, and verifiable by regulatory agencies, investors, and society.

^1REDD+ (Reducing Emissions from Deforestation and Forest Degradation) refers to "the reduction of greenhouse gas emissions resulting from deforestation and forest degradation," and extends its scope to include conservation, sustainable forest management, and the enhancement of forest areas in developing countries.

Key Aspects of REDD+:

• It is a mechanism under the United Nations Framework Convention on Climate Change (UNFCCC).

• The goal is to help developing countries reduce deforestation, conserve and restore forests.

• Countries or projects that can demonstrate actual carbon reduction or sequestration will receive "carbon credits," which can be sold or traded in the carbon market.

• REDD+ not only helps reduce global warming but also promotes biodiversity and the well-being of local communities.

The main issues that dMRV helps address include:

• Doubts about Additionality: dMRV uses satellite data and AI to verify that carbon sequestration is a genuine outcome, not something that would occur naturally.

• Reduce the risk of carbon credit loss: Remote detection systems and real-time monitoring help detect forest loss or events that negatively impact projects immediately.

• Measurement Errors: IoT sensors and AI-driven data analysis help reduce discrepancies from manual measurements.

• Reduce the problem of greenwashing: The Blockchain system ensures that reported data cannot be altered or retroactively falsified.

• Reduce MRV Costs: Automated digital systems help reduce MRV costs. For example, satellite monitoring systems can reduce carbon measurement costs in soil by up to 40% compared to traditional field sampling methods. ( Trend analysis: Soil carbon MRV & incentives — where the value pools are (and who captures them) )

dMRV is therefore considered a key to enhancing the quality and credibility of carbon credits in the modern market, across organizations, investors, and all stakeholders.

Comparison of Traditional MRV with dMRV

The dMRV system represents a significant advancement over traditional MRV processes in every dimension, including accuracy, speed, cost, and scalability. These differences are not merely quantitative improvements but reflect structural changes in the overall carbon verification process.

Technology for dMRV

dMRV is not just a single tool but an ecosystem that integrates various types of digital technologies to work together, ensuring comprehensive, transparent, and verifiable carbon project verification. At PALO IT Thailand, we adopt a "technology-centric" approach to design and implement dMRV systems tailored to the context of organizations and the Thai market.

4.1 Remote Sensing Satellites and Area Observation
Use high-resolution satellite imagery from providers such as Sentinel, Landsat, and Planet Labs to continuously monitor land use changes, forest density, and vegetation health. Combine this with AI to detect significant events such as deforestation or biomass conversion, enabling accurate measurement of carbon stock.

4.2 IoT Sensors and Edge Computing
IoT devices are distributed across project areas to collect real-time environmental data, such as soil carbon, methane emissions, energy production, and more. The data is processed at the collection point, reducing latency (the reduction in the time it takes for data to be transmitted from one location to another, or the time between when data is collected and when it is actually used). In this context, it means that IoT devices will process environmental data immediately at the data collection point (such as on a farm or in a forest) without waiting to send all data back to a central hub or cloud first. This enables rapid updates and responses to various events.

4.3 Artificial Intelligence and Machine Learning (AI/ML)
AI and machine learning models are used to predict carbon storage rates, detect anomalies in data, and create counterfactual baselines for comparative modeling. This enhances accuracy and reduces risks in carbon credit issuance.

4.4 Blockchain for Carbon Credit Traceability
Blockchain technology creates an immutable carbon data recording system that cannot be altered or falsified retroactively. It enables the tracking of carbon throughout the entire supply chain, from the source—such as the amount of CO₂ absorbed by each tree—to the endpoint, which is the actual use of carbon credits in an organization's Net Zero portfolio. This helps close loopholes that could lead to double counting and ensures that the entire process is transparent and verifiable.

4.5 API and ESG Data Platform
Modern dMRV systems connect to ESG platforms via open APIs ^, enabling seamless integration of dMRV data into sustainability reporting processes (ISSB, GRI, SASB, TCFD). For example, PALO IT's Impact Tracker platform can display dMRV data directly on an organization's ESG dashboard.

The 2ISSB (International Sustainability Standards Board) is a set of sustainability disclosure standards issued by an international committee. These standards cover climate risks and ESG data for investors and are considered a new standard that is gaining global recognition. Many countries have begun to implement them through legal mandates.

2GRI (Global Reporting Initiative) is the most widely used sustainability reporting framework in the world. It focuses on disclosing an organization's impacts on the environment, society, and governance (ESG) on a broad scale. It is suitable for communicating with all stakeholder groups, not just investors.

2SASB (Sustainability Accounting Standards Board) is a set of standards that emphasizes financial materiality, categorizing standards across more than 77 industries such as energy, agriculture, and finance. This allows companies to disclose only information that is material to investors in their specific industry.

2TCFD (Task Force on Climate-related Financial Disclosures) is a framework for disclosing information that focuses specifically on risks and opportunities arising from climate change. It covers four main pillars: governance, strategy, risk management, and metrics/targets. Currently, it has been largely incorporated into the ISSB standards.

dMRV in Thailand

Thailand is currently undergoing a critical transition toward sustainability. The government has set a target to achieve net-zero greenhouse gas emissions by 2050 (B.E. 2593), in line with the NDC3.0 goals under the Paris Agreement. Additionally, the country is promoting the BCG Economy Strategy (Bio-Circular-Green Economy) as the primary framework for national development.

In Thailand's voluntary carbon market, the Thailand Greenhouse Gas Management Organization (TGO) serves as the primary responsible agency through the T-VER (Thailand Voluntary Emission Reduction) standard. As the country enters a carbon market with a clear structure, a reliable dMRV (digital monitoring, reporting, and verification) system becomes crucial.

The reason why dMRV is particularly important to Thailand

• High carbon potential from land and forests: Northern forests, mangrove coastlines, and agricultural areas in Thailand are suitable for nature-based projects that require scalable monitoring systems.

• Stricter ESG Requirements: Listed companies must disclose more ESG information, particularly Scope 3 emissions within the supply chain, which require verifiable carbon data.

• In line with the BCG Economy: The BCG policy promotes a low-carbon and circular economy, and dMRV can demonstrate results transparently.

• Access to the international carbon market: Thai carbon project developers who wish to sell credits to foreign buyers must use the global dMRV standard.

• Integrating the ASEAN Carbon Market: As the region moves toward a unified carbon market, Thailand, with its dMRV, will gain a competitive edge.

The Role of PALO IT Thailand

PALO IT Thailand is a trusted technology and sustainability partner for leading organizations. As one of the B Corp-certified technology consulting firms in Thailand, we don't just provide sustainability advice; we operate our business based on those principles.

With our expertise spanning digital innovation, carbon project development, and ESG strategies, we help organizations transform the complexities of the carbon market into tangible opportunities. From designing carbon tracking systems that meet dMRV standards, integrating MRV data with ESG platforms, to building digital infrastructure ready for both the domestic T-VER market and international carbon markets.

Organizations that work with us not only gain better systems but also achieve genuine readiness for a future where carbon becomes a strategic asset.

Read the article on dMRV Part 2 here.

Are you ready to enhance your organization's dMRV capabilities?

Contact PALO IT Thailand's team of carbon and ESG experts to discuss how the dMRV system can enhance your carbon projects, ESG reporting, or Net Zero initiatives. We are pleased to offer consultations and tailored solutions to align with your organizational goals.

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