CSRD-Compliant CO₂ Reporting

Context
With the introduction of CSRD and increasing EU focus on Scope 2 & 3 emissions reporting, enterprise fleet customers required structured, export-ready environmental data to remain compliant.
Environmental reporting shifted from a “nice-to-have” to a contractual requirement in regulated markets such as Norway and Sweden. In some cases, lack of CO₂ reporting capabilities was flagged as a risk factor during renewal discussions.
The feature was built within a fleet management platform serving 40,000+ customers and 411,000+ subscriptions across Europe  
My role
Led end-to-end product design of the Environment Report moduleInterpreted CSRD Scope 2 & 3 requirements and researched country-specific nuances (e.g., Norway, Sweden)
Translated regulatory and operational requirements into structured product logic
Defined report architecture, filtering system, and export structure
Conducted prototype usability testing and iterated on discoverability and reporting workflows

Signals & Drivers

Several signals indicated that structured environmental reporting required immediate action:
Regulatory Pressure: CSRD and increasing EU Scope 2 & 3 requirements created demand for standardized, export-ready emissions reporting across regulated markets.
Enterprise Risk: CO₂ reporting surfaced in sales and renewal discussions as a requirement rather than a differentiator.
Churn Indicators: In certain cases, lack of environmental reporting capabilities contributed to customer dissatisfaction.
Operational Friction: Customers relied on manual spreadsheet workflows to extract emissions data, leading to inconsistency and audit risk.
Market Expectation Shift: Sustainability reporting became a baseline expectation in Norway and Sweden fleet segments.
These signals positioned CO₂ reporting as a compliance-critical capability rather than a feature enhancement.

Usability Testing

Web
Platform
5
Participants

Hypothesis

Users primarily need visual dashboards to understand emissions trends;
Users want to check data before downloading it;
Standard date-picker interactions would be sufficient;
Report discoverability within navigation was intuitive;
Users want precise calculations in the excel file;
Users want only business trips to be in the report;
Users want to see trips divided by month in report.

Actual Findings

Users prioritised structured, export-ready raw data over in-product visualisation;
Reports were often used as input for external ESG systems, mostly use excel format;
Accuracy, filtering, and export reliability mattered more than visual presentation;
Users worked in strict monthly, quarterly, and annual reporting cycles;
Trip type separation and fuel-type precision were critical for compliance accuracy and required clearer logic and visibility.

Solution

Based on regulatory requirements and usability findings, the solution focused on clarity, structure, and audit-readiness rather than visual enhancement

Design

To align with compliance workflows and usability findings, the final solution focused on structure and export reliability:
Precise filtering by vehicle type, fuel type (diesel, hybrid, EV, HVO), project, and trip category
Monthly breakdown structure aligned with reporting cycles
Export-first interaction: prominent Excel download as primary action
Consolidated 3–4 separate reports into a single structured compliance workflow

Impact

Adopted by 1,000+ customers across regulated EU markets  
Reduced reliance on fragmented spreadsheet-based data extraction
90% of users reported the workflow was “as expected” or easier (30 responses)

Sustainability Hub (AI Hackathon)

From compliance reporting → actionable sustainability insights
During an internal AI hackathon, I led a cross-functional team to explore how our Environmental Report could evolve beyond compliance into a decision-support system.
Seeing an opportunity to expand the product’s value, we reframed the report as a Sustainability Hub — transforming static regulatory output into actionable insights.

What We Explored

Fleet-level emission trends with target tracking
Alignment with government and EU sustainability programs
AI-assisted reduction suggestions with quantified impact
Cost and emissions transparency in a single decision-support view

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