The Digital MRV Revolution – How Technology Is Building Trust in India's Carbon Market

Introduction: The Trust Deficit in Carbon Markets

Carbon markets have a trust problem. For years, buyers, investors, and regulators have grappled with fundamental questions: Does this credit represent a real tonne of CO₂ reduced? Has this credit been sold before? Are the emission reductions permanent?

These questions are not academic. They go to the heart of whether carbon markets can deliver genuine climate impact. Without trust, carbon credits lose value. Without trust, markets cannot scale. Without trust, the entire premise of carbon trading collapses.

The numbers tell the story. India supplies about 17% of the world's carbon credits, the second-largest share globally. Yet much of this value has flowed overseas, and credibility concerns have limited the market's growth.

But a revolution is underway. Digital Monitoring, Reporting, and Verification (dMRV)—powered by Artificial Intelligence (AI), Internet of Things (IoT) sensors, and blockchain—is transforming how carbon credits are measured, reported, and verified.

The Open Network for Carbon Markets (ONCM) vision paper, launched by IIM Bangalore on 13 July 2026, presents ONCM as an open, interoperable digital infrastructure designed to connect every actor in the carbon credit lifecycle. The initiative is founded on the principle that trust in a carbon credit comes from its evidence trail (dMRV data, verification, ownership, retirement) being interoperable and tamper-evident across every registry and market.

This guide examines how digital MRV is building trust in India's carbon market, the technologies driving this transformation, and what it means for project developers, buyers, and investors.

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What Is Digital MRV (dMRV)?

The Traditional MRV Problem

MRV stands for Monitoring, Reporting, and Verification. It is the process of ensuring that emission reductions are real, measurable, and verifiable. Traditional MRV relies on:

• Manual data collection: Labour-intensive and error-prone
• Periodic reporting: Data is reported months or years after collection
• Human verification: Subject to bias, error, and fraud

The Digital MRV Solution

Digital MRV (dMRV) uses digital technologies to automate and enhance the MRV process:

Component	Traditional MRV	Digital MRV
Monitoring	Manual sampling, periodic	IoT sensors, satellite, continuous
Reporting	Spreadsheets, paper	Automated, real-time dashboards
Verification	Human auditors, periodic	AI-assisted, blockchain-verified

The dMRV Value Proposition

Benefit	Description
Accuracy	Reduces human error
Efficiency	Cuts verification timelines
Cost Reduction	Lowers transaction costs
Transparency	Creates auditable, immutable records
Scalability	Enables large-scale projects

The dMRV Market

As the ONCM vision paper notes, existing challenges include fragmented registries, opaque over-the-counter trading and manual, paper-based MRV processes that can take 12-18 months and cost thousands of dollars per project, often excluding smallholder farmers, community forestry groups and rural renewable energy projects.

The proposed open network seeks to address these limitations through shared digital infrastructure that lowers transaction costs, enables transparent pricing and provenance, strengthens auditability, and builds trust across market participants.

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Why Traditional MRV Is Failing India

The Scale of the Challenge

India's Carbon Credit Trading Scheme (CCTS) covers approximately 490 obligated entities across seven energy-intensive sectors, growing to 740 entities across nine sectors. The compliance market covers 477 million tCO₂e, expanding to over 700 million tCO₂e.

The Traditional MRV Problems

Problem	Impact
High Costs	MRV costs can consume significant project revenues
Slow Timelines	Verification can take months or years
Limited Accuracy	Manual sampling is prone to error
Verification Bottlenecks	Limited number of accredited verifiers
Fraud Risk	"Phantom credits" and inflated claims

The Credibility Crisis

India's carbon market has faced persistent criticism. Weak regulations and inadequate oversight have raised serious concerns about fraud, manipulation, and the exploitation of vulnerable communities.

The Double-Counting Problem

The explicit permission for forestry projects to register under both the Carbon Credit Trading Scheme and the Green Credit Programme simultaneously creates what carbon accounting experts call "double-counting".

The Technology Solution

India is entering a rare policy inflection point as the CCTS launches in 2026. The rules and digital infrastructure for its carbon market are being shaped right now. dMRV offers a path out of the credibility crisis.

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The Open Network for Carbon Markets (ONCM)

The Vision

The Open Network for Carbon Markets (ONCM) vision paper was launched by IIM Bangalore on 13 July 2026 in collaboration with Networks for Humanity (NFH) and the Indian Institute of Forest Management Bhopal.

What ONCM Is

ONCM is an open, interoperable digital infrastructure designed to connect every actor in the carbon credit lifecycle, from resource owners, project developers, MRV providers, verifiers, auditors and registries to exchanges, marketplaces and buyers across both voluntary and compliance markets.

The Three Layers

ONCM is structured as three interdependent layers:

Layer	Description
Neutral Foundation	NFH fabric providing shared registries, credentialing, and tokenization infrastructure
Network Layer	Country-specific rules and methodologies
Innovation Layer	Existing exchanges, platforms, and applications operate freely

The Core Principle

The initiative is founded on the principle that trust in a carbon credit comes from its evidence trail (dMRV data, verification, ownership, retirement) being interoperable and tamper-evident across every registry and market.

The Impact

The paper argues that such an interoperable infrastructure can transform carbon credits into a durable, financeable asset class: one that can unlock livelihood income and climate finance for farmers, forest communities, and small projects, not just large intermediaries.

The Example

To illustrate the network's potential, the vision paper presents the example of a farmer whose carbon sequestration is verified through satellite imagery and IoT-based dMRV evidence. The network enables project developers to onboard participants more efficiently, prepares project documentation, allows corporate buyers to verify and retire carbon credit transparently across registries, and provides regulators with a single real-time, tamper-evident audit trail from issuance to retirement.

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The RenewCred Model: IoT + AI + Blockchain

The Company

RenewCred, a Bengaluru startup founded by Abhimanyu Rathi and Yogendra Panchal, uses IoT sensors, AI verification, and blockchain to turn agricultural waste into tradeable carbon credits.

The Impact

Metric	Value
Emissions reduced, avoided, or removed	100,000 tonnes of CO₂e
Projects	22 projects across Gujarat, Madhya Pradesh, Maharashtra, Tamil Nadu and Telangana
Scientists	93 from 6 countries

The dMRV System

Through its proprietary digital platform, Net Zero, RenewCred enables continuous monitoring, reporting, and verification (digital MRV) at the level of each credit issued.

The Timeline

RenewCred is scheduled to issue its first set of carbon credits in the fourth quarter of the financial year 2026.

The Infrastructure-First Approach

Rather than rushing to market, RenewCred spent nearly two years in pre-launch development. The founders assembled a scientific advisory network of 93 researchers across six countries, working to develop methodologies, verification frameworks, and digital monitoring systems.

The Significance

RenewCred demonstrates that technology can solve the credibility problem in carbon markets. By building digital MRV infrastructure, the company is creating credits that can withstand scrutiny.

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The TRST01 Approach: AI-Native Carbon Intelligence

The Company

TRST01 is a global carbon intelligence and digital MRV firm operating across the UAE, India, and Singapore, with a structured three-hub platform designed to mobilise green finance and investment across carbon markets.

The Three-Hub Architecture

Hub	Role	Function
India	Technology Hub	AI-native analytics, digital MRV systems, blockchain traceability architecture
Singapore	Green Finance Hub	Structured green finance, ITMO buyer networks, Article 6 transaction mechanisms
Dubai	Climate Intelligence Hub	Regional deployment centre

The India-UAE CEPA Connection

Enabled by the India-UAE Comprehensive Economic Partnership Agreement (CEPA), technology services flow between the two hubs. India provides the engineering foundation for the platform's AI-native analytics, digital MRV systems, and blockchain traceability architecture.

What Is Carbon Intelligence?

TRST01 uses the term "Carbon Intelligence" to describe the convergence of:

Element	Description
Carbon Market Expertise	Deep understanding of carbon markets
AI-Native Analytics	Purpose-built for carbon market applications
Digital MRV Infrastructure	Systems for measurement, reporting, and verification
Institutional Policy Advisory	Guidance for governments and corporates

The Vision

"The carbon market does not need more brokers. It needs infrastructure: systems that turn raw emission data into auditable, bankable, and policy-aligned assets at the speed Article 6 now demands."

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Pi Green and EcoGuard: Digitising Carbon Capture

The Partnership

On 15 April 2026, Pi Green Innovations and EcoGuard Global AG announced a partnership to digitise carbon capture methodology and develop and deploy a digital MRV system for clients in India and internationally.

The Purpose

The partnership is intended to create a strong digital foundation for credible carbon accounting, transparent climate-impact verification and future carbon credit generation.

The Technologies

Technology	Description
Pi Green	Carbon Cutter device for particulate matter capture; Net Zero Machine (NZM) which converts captured emissions into carbon-negative construction materials
EcoGuard	Platform built on Hedera distributed ledger technology, enabling end-to-end MRV, registry-grade traceability and digital carbon credit issuance

The Benefits

The partnership will enable:

• Automated data capture
• Emissions calculations
• Streamlined verification workflows
• Traceable and transparent carbon transactions through distributed ledger technology

The India Context

India's carbon market is gaining strong policy momentum, with a recent INR 20,000 crore (USD 2.2 billion) budget allocation for carbon capture and storage and a newly operational domestic compliance framework.

The CEO Perspectives

Irfan Pathan, Co-founder and CEO of Pi Green Innovations, said, "At Pi Green, we believe the next phase of industrial decarbonisation will be defined not only by breakthrough technologies, but by the ability to measure, verify and scale impact with credibility".

Yashodhan Ramteke, CEO of EcoGuard Global, said, "As the world enters the new era of Carbon Markets 2.0 in which trust, transparency and auditability are no longer optional but foundational pillars".

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The IIM Bangalore Vision Paper: Interoperable Infrastructure

The Launch

The Centre for Digital Public Goods (CDPG) at IIM Bangalore, under the aegis of Prof. R. Srinivasan, in collaboration with Networks for Humanity (NFH) and the Indian Institute of Forest Management Bhopal (IIFM), launched the Open Network for Carbon Markets (ONCM) Vision Paper on 13 July 2026.

The Rationale

India currently contributes nearly 17% of the world's carbon credits, making it the second-largest supplier globally. With the CCTS expected to take effect in 2026, the paper notes that the country is at a pivotal stage in shaping the rules and digital infrastructure of its carbon market.

The Challenges

The paper highlights existing challenges, including fragmented registries, opaque over-the-counter trading and manual, paper-based MRV processes.

The Solution

The proposed open network seeks to address these limitations through shared digital infrastructure that lowers transaction costs, enables transparent pricing and provenance, strengthens auditability, and builds trust across market participants.

The Compounding Effect

According to the paper, the compounding effect of these efficiencies can help scale carbon markets while ensuring that greater value reaches primary resource owners.

The Audit Trail

At the core of ONCM is digital Monitoring, Reporting and Verification (dMRV), which replaces one-time, paper-based audits with continuous verification through satellite imagery, IoT sensors, and other digital tools.

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Blockchain for Carbon Credit Integrity

What Is Blockchain Doing in Carbon Markets?

Blockchain is a distributed, immutable ledger that records transactions across a network of computers. In carbon markets, blockchain provides:

• Unique identification: Each carbon credit gets a unique digital token
• Immutable records: Once recorded, data cannot be changed
• Transparent transfers: Every transfer of ownership is visible
• Retirement tracking: Retired credits are permanently recorded
• Double-counting prevention: Each credit can only be counted once

How Blockchain Solves Carbon Market Problems

Problem 1: Double Counting

Issue	Blockchain Solution
Same credit sold multiple times	Unique tokens prevent duplication
Credit counted by multiple parties	Transparent ledger shows all transactions
Credit used for multiple purposes	Retirement records show final use

Problem 2: Fraud

Issue	Blockchain Solution
Fake credits	Cryptographic verification
Inflated claims	Immutable data records
Phantom projects	Verifiable project documentation

Problem 3: Lack of Transparency

Issue	Blockchain Solution
Limited visibility	Public ledger shows all transactions
Difficult verification	Anyone can verify credit history
No audit trail	Complete, immutable audit trail

Blockchain in Action

EcoGuard's platform, built on Hedera, the world's greenest distributed ledger technology, enables end-to-end MRV, registry-grade traceability and digital carbon credit issuance.

TRST01's blockchain traceability architecture has been deployed in:

• The Democratic Republic of Congo's National Digital Carbon Credit Registry
• Malawi's emerging carbon credit ecosystem

The Blockchain Advantage

Aspect	Traditional Registry	Blockchain Registry
Data Integrity	Centralised, vulnerable	Decentralised, immutable
Transparency	Limited	Complete
Verification	Manual, costly	Automated, efficient
Cross-Border	Difficult	Seamless

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AI in Carbon Monitoring and Verification

What Is AI Doing in Carbon Markets?

Artificial Intelligence is transforming carbon monitoring by:

• Analysing large datasets for patterns and anomalies
• Predicting carbon sequestration based on environmental factors
• Detecting fraud through anomaly detection
• Automating reporting through natural language processing
• Analysing satellite imagery for land-use change

TRST01's AI-Native Platform

TRST01's AI-native platform integrates:

• AI-native analytics purpose-built for carbon market applications
• Digital MRV systems
• Blockchain traceability architecture

AI for Fraud Detection

AI can detect anomalies in carbon credit data that human auditors might miss. Inflated sequestration claims, fake baseline data, and over-credit issuance—all common problems in carbon markets—can be flagged by AI systems trained to recognise patterns of fraud.

The AI Advantage

Metric	Traditional	AI-Enabled
Data Processing	Manual, weeks	Automated, minutes
Accuracy	Prone to human error	Pattern recognition, consistent
Scale	Limited by human capacity	Handles millions of data points
Cost	High	Decreasing with scale

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IoT Sensors: The Eyes and Ears of the Carbon Market

What Is IoT?

The Internet of Things (IoT) refers to the network of physical devices—sensors, meters, and other equipment—that collect and share data. In carbon markets, IoT sensors provide real-time, continuous monitoring of emissions and environmental conditions.

IoT Applications in Carbon MRV

Application	Description
Emissions Monitoring	Continuous tracking of GHG emissions
Soil Carbon Monitoring	Real-time measurement of soil organic carbon
Water Management	Monitoring irrigation and water use
Weather Stations	Tracking environmental conditions
Drone-Based Monitoring	Aerial data collection

RenewCred's IoT Infrastructure

RenewCred uses IoT sensors, AI verification, and blockchain to turn agricultural waste into tradeable carbon credits. The company's platform integrates live data streams, scientific models, and automated checks to reduce verification timelines and lower transaction costs.

The IoT Advantage

Metric	Traditional	IoT-Enabled
Monitoring Frequency	Periodic (monthly/quarterly)	Continuous (real-time)
Data Accuracy	Sampling error	Precise measurements
Data Volume	Limited	Massive
Cost	High (manual labour)	Decreasing (automation)

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The Business Case for dMRV

For Project Developers

Benefit	Impact
Lower Costs	Significant reduction in transaction costs
Faster Verification	Reduced verification timelines
Higher Credibility	Verifiable, auditable credits
Premium Pricing	High-quality credits command premium prices

For Buyers

Benefit	Impact
Trust	Verifiable, auditable credits
Risk Reduction	Lower risk of fraud and greenwashing
Due Diligence Efficiency	Automated verification reduces due diligence costs
Compliance	Aligns with regulatory requirements

For Investors

Benefit	Impact
Transparency	Clear, auditable records
Risk Assessment	Better data for investment decisions
Liquidity	Standardised, verifiable credits
Scalability	dMRV enables large-scale projects

The Market Opportunity

As the ONCM vision paper notes, the compounding effect of these efficiencies can help scale carbon markets while ensuring that greater value reaches primary resource owners.

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Challenges and the Road Ahead

Challenge 1: Cost of Implementation

Problem: dMRV systems require significant upfront investment.

Solution: Start with pilot projects. Leverage government support. Use open-source platforms where possible.

Challenge 2: Technical Capacity

Problem: Limited technical expertise in AI, IoT, and blockchain.

Solution: Partner with technology providers. Invest in training and capacity building.

Challenge 3: Regulatory Acceptance

Problem: Regulators may not yet accept dMRV for compliance purposes.

Solution: Engage with regulators. Demonstrate the benefits. Align with international standards.

Challenge 4: Interoperability

Problem: Different dMRV platforms may not work together.

Solution: Adopt open standards. Ensure systems are interoperable.

Challenge 5: Data Quality

Problem: Data from sensors and satellites may be inaccurate.

Solution: Use multiple data sources. Implement quality control measures. Validate with ground truthing.

The Road Ahead

Phase	Timeline	Developments
Phase 1	2026-2027	Pilot projects, proof of concept
Phase 2	2028-2030	Widespread adoption, integration with CCTS
Phase 3	2030+	Full automation, global interoperability

Conclusion: Trust Through Technology

India's carbon market is at a pivotal moment. The CCTS is operational. Trading is about to begin. The rules and digital infrastructure for its carbon market are being shaped right now.

The choice is clear: rely on traditional MRV and perpetuate the trust deficit, or embrace digital MRV and build a carbon market worthy of India's ambition.

Key Takeaways

Aspect	What You Need to Know
ONCM	Open, interoperable digital infrastructure for carbon markets
RenewCred	IoT + AI + blockchain for agricultural waste credits
TRST01	AI-native carbon intelligence platform
Pi Green & EcoGuard	Digitising carbon capture with dMRV
Benefits	Faster verification, lower costs, greater transparency
Future	Continuous verification through satellite imagery, IoT sensors

The Choice Is Yours

Option	Outcome
Embrace dMRV	Build trust, reduce costs, access premium markets
Rely on traditional MRV	Higher costs, slower timelines, lower credibility