Measure EveryEmission.Verify With Evidence.
Turn fragmented operational records into traceable greenhouse gas inventories, structured disclosures and verification-ready evidence. Digital MRV connects the numbers to the sources, methods and decisions behind them.
MRVEVIDENCE ENGINE
Climate numbers need a chain of evidence.
MRV stands for Monitoring, Reporting and Verification. It is the disciplined process of collecting emissions-relevant information, turning it into transparent results, and checking whether the results are sufficiently supported.
Digital MRV helps organizations organize source records, apply documented methods, maintain revisions and prepare information for internal review or independent assurance. It is relevant to corporate GHG inventories, product footprints, decarbonization programs and—under applicable program rules—carbon projects.
Monitoring
Capture activity data from meters, bills, fuel logs, process records, suppliers and project instruments. Track completeness, units, timestamps and source ownership.
Reporting
Calculate emissions and reductions with selected methodologies, defined boundaries, emission factors, assumptions and reproducible reporting periods.
Verification
Present a reviewable evidence trail, exception history and calculation lineage to qualified internal or external reviewers. Verification is performed by an appropriate independent party when required.
Every emission figure.
Traceable to its origin.
Digital MRV transforms operational records into defensible climate information through connected data pipelines, calculation controls, human review and evidence-backed reporting.
Ingest
Meter readings, ERP records, invoices, fuel logs and supplier data.
RAW SOURCE RECORDSValidate
Check completeness, duplicate entries, time periods and units.
DATA QUALITY GATECalculate
Apply documented methods, emission factors and GWP values.
VERSIONED CO₂e ENGINEReconcile
Map results to Scope, entity, facility and reporting period.
INVENTORY CONSOLIDATIONAssure
Resolve exceptions, link evidence and record approvals.
REVIEW & AUDIT TRAILReport
Publish inventories, disclosure tables and evidence packs.
REVIEW-READY OUTPUTSSource document ID · reporting boundary · factor version · calculation history · reviewer decision · timestamp
Calculation logic: Activity data × appropriate emission factor × applicable conversion or global warming potential adjustments = greenhouse gas emissions expressed in CO₂e.
Explore the calculationImportant distinction: Digital workflows can improve consistency and traceability, but do not by themselves certify emissions data or issue carbon credits. Independent verification and registry issuance depend on the relevant standards and program requirements.
One calculation.
Every assumption visible.
Carbon accounting is not simply a multiplication. Every result must retain its source, boundary, factor selection, units, calculation method and review history.
Capture the activity
Meter readings, utility bills, fuel logs and operational records identify what happened, where and when.
Resolve the calculation
Match geography, period, gas coverage, units and the relevant Scope classification to an applicable factor.
Calculate and normalize
Convert the activity into kg CO₂e, then into tonnes CO₂e, preserving precision and methodology.
Review and trace
Check completeness, factor provenance, exceptions and approvals before including the result in a report.
Every figure has a history.
Every decision has context.
For process emissions, refrigerants and other sources, calculation methods can require mass balance, gas-specific global warming potentials or methodology-specific adjustments. This electricity example is illustrative, not an approved reporting factor.
Trace the result.
Back to its source.
A credible digital MRV record should show where data came from, how it changed, which methodology was used, and who reviewed it.
Versioned calculation records
Preserve period, activity quantity, factor source, factor version, units, formula, boundary and any recalculation history.
Exception and approval workflow
Flag anomalies, request supporting evidence, document corrections and maintain reviewer accountability.
See how a source record becomes a reported figure.
Select a business activity, enter a quantity and illustrative emission factor, and follow the calculation plus basic data quality checks. Values are examples—not authoritative factors for your jurisdiction.
Real inventories require approved factor selection, defined organizational and operational boundaries, correct period coverage and appropriate quality review. A free-text evidence reference does not validate the underlying document.
12,500 kWh × 0.70 kg CO₂e/kWh ÷ 1,000
Scope 2 · Purchased electricity
- Activity quantity provided
- Factor provided
- Unit consistency indicated
Illustrative calculation only. Not independently verified.
Different sectors.
Different evidence needs.
An effective MRV system adapts to the underlying activity, boundary and assurance requirements rather than treating every emissions source as identical.
Corporate Offices
Electricity invoices, diesel generators, HVAC refrigerants, business travel, employee commuting, waste and purchased services. Reconcile site-level activity against reporting periods and Scope categories.
IT & Software
Owned data center energy, cloud service provider information, equipment purchases, cooling, office utilities, travel and device end-of-life. Distinguish directly metered data from allocated supplier estimates.
Manufacturing
Boiler and furnace fuel, process chemistry, production throughput, electricity, industrial gases, purchased materials, waste and transport. Support site meters, mass-balance calculations and process-specific factors.
Logistics & Fleets
Fuel purchases, vehicle distance, fleet type, freight ton-kilometers, subcontractor data and route activity. Separate owned-fleet direct emissions from purchased transport services.
Carbon Projects
Baseline and project scenarios, monitoring plans, equipment readings, field evidence, leakage assessments and permanence risks where applicable. Apply the specific crediting methodology and validation/verification rules.
Multi-Site Enterprises
Common calculation policies, local source evidence, facility hierarchies, ownership boundaries, factor selection and consolidated reporting with traceable site-to-group rollups.
Account for the organization's emissions.
Corporate MRV measures emissions associated with the organization and its value chain. The inventory generally uses an organizational boundary, reporting year and Scope 1, 2 and 3 classification.
- Boundary definitionEquity share, financial control or operational control approach, as appropriate.
- Source-level evidenceMeter records, invoices, activity logs, procurement and supplier data.
- Emissions calculationsDocumented factors, assumptions, conversions and quality checks.
- Inventory outputScope-based emissions, intensity metrics, uncertainty and reporting notes.
Assess a project's climate outcome.
Project MRV evaluates emissions reductions or removals against a defined baseline and approved methodology. It is not interchangeable with a corporate inventory.
- Eligibility and baselineDefine project boundary, baseline scenario and applicable program rules.
- Monitoring planSet parameters, instruments, frequency, QA/QC and recordkeeping.
- Reduction / removal accountingAssess project emissions, leakage, uncertainty and other methodology-specific deductions.
- Validation, verification and issuanceQualified independent bodies and registries perform their respective roles under program requirements.
Quality is engineered into the workflow.
Data quality is not just a final audit activity. Controls must be built into ingestion, calculations, review and publication.
Check whether all relevant sites, assets, time periods and material emission sources are represented.
Apply documented units, organizational boundaries and methods; explain changes and recalculations.
Prefer reliable primary data; document estimates, assumptions, sampling and uncertainty where material.
Retain source links, calculation versions, approval history and role-based access for sensitive records.
QUALITY SYSTEM
Prepare the evidence.
Support the review.
Digital MRV can organize the underlying information for reporting and assurance, but the reporting framework and level of assurance determine what evidence is sufficient.
Inventory Reporting
Organize source-to-scope mappings, methodology notes, emission factors, base-year treatment and consolidation logic for corporate disclosures.
Management Decisions
Track emissions by site, source and time period to identify hotspots, monitor interventions and investigate performance changes.
Independent Review
Provide controlled evidence access, reviewer queries, exception closure and a transparent trail of calculations and revisions.
Relevant frameworks and programs may include the GHG Protocol, ISO 14064 series and specific carbon-credit methodologies. Applicability depends on the reporting or project context; the use of a software platform does not itself confer certification or accreditation.
Less manual reconciliation.
More decision confidence.
Structured digital MRV reduces fragmentation between operations, sustainability teams, finance, auditors and project stakeholders.
Faster reporting cycles
Standardize recurring source collection and reduce repetitive spreadsheet consolidation.
Clear accountability
Make data ownership, approvals and outstanding exceptions visible.
Better emissions decisions
Connect reliable baselines and ongoing measurements to decarbonization initiatives.
Stronger audit preparation
Make source records, assumptions and calculation history easier to inspect.
Build a stronger foundation
for climate accountability.
Connect monitoring, calculations, evidence and review in one coherent digital workflow.