10 best software to comply with ESRS regulations

These are 10 software options to consider for ESRS data management in 2026.

1. Dcycle

2. Greenly

3. Futureproof, now Ella

4. StepChange

5. Persefoni

6. Watershed

7. Workiva

8. VelocityEHS

9. Normative

10. Sweep

Your company already generates much of the environmental data needed for ESRS disclosures through energy invoices, fuel logs, purchasing records and supplier documentation. That information also supports cost control, procurement and operational decisions.

Today, teams often use those records for one purpose at a time. A CSRD disclosure, an ISO audit or a customer questionnaire can trigger separate requests for the same information. Each new deadline brings another round of collection, reformatting and reconciliation.

Dcycle structures that information once so it can serve different departments and outputs. Environmental data remains available for emissions calculations, savings analysis and operational decisions, while workforce and governance records retain their own definitions and controls.

ESRS requirements make this structure particularly important. Companies need consistent organisational boundaries, documented methodologies, reliable evidence and clear responsibility for the information they disclose.

A connected data platform helps maintain those foundations throughout the year. Preparing disclosures becomes one use of the information, rather than the only reason to collect it.

The software options below approach this challenge differently. Some emphasise carbon accounting, others disclosure workflows, and others the connection between environmental information, finance and operational management. The right choice depends on the data your company already holds and the processes it needs to improve.

10 software tools for ESRS data management

1. Dcycle

Dcycle is an integrated SaaS data platform for collecting, structuring and reusing environmental, operational, workforce and supplier information. ESRS disclosures are one output from that information, alongside savings analysis, supplier evaluation and operational decisions.

Dcycle is not an audit firm or consultancy. Its role is to provide the infrastructure companies need to manage source records, calculations, evidence and responsibilities in a shared environment. This structured approach to CSRD data automation helps teams reduce repeated requests and maintain consistency between disclosures, internal analysis and operational reviews.

The platform supports work across CSRD, the EU Taxonomy, ISO standards and climate-related projects such as SBTi. These frameworks serve different purposes, so reusing information still requires appropriate boundaries, methodologies and supporting evidence.

For ESRS preparation, Dcycle connects materiality decisions with relevant datapoints, assigns work to contributors and maintains links between information and its source evidence. Its export capabilities support disclosure preparation, but teams should confirm the required format, applicable taxonomy and validation process for their particular filing.

Main advantages include:

• Centralisation of environmental, operational, workforce and supplier information.

• Automated collection through supported integrations, document uploads and structured templates.

• Export options for disclosure preparation and internal review.

• Guided double materiality workflows with documented decisions.

• Connections to business systems, with integration scope assessed during implementation.

• Quality checks and traceability from calculated metrics to source records.

• Reuse of information across ESRS, carbon accounting, ISO projects and internal performance analysis.

2. Greenly

Greenly combines carbon measurement with CSRD workflows that support data collection, double materiality and disclosure preparation. Its interface and guided approach can appeal to teams looking to replace disconnected spreadsheets with a more structured process.

Its offering brings together environmental measurement, collaboration and visualisation. Companies can use these capabilities to understand emissions, coordinate contributions and connect disclosure preparation with reduction initiatives.

When evaluating Greenly, check the coverage of your material environmental, social and governance topics rather than assuming a carbon-focused platform only covers emissions. Ask the provider to demonstrate evidence retention, group consolidation and approval workflows using your own organisational structure.

Key points include:

• Carbon measurement and environmental data collection.

• CSRD preparation and double materiality support.

• Collaboration between contributors and reviewers.

• Visualisation of results and reduction opportunities.

3. Futureproof, now Ella

Futureproof remains relevant to this comparison because it appeared in the original shortlist. However, the team behind it now presents Ella as its successor, with an AI-agent approach to collecting information, drafting outputs and following up with data owners.

The practical problem remains familiar. Mid-sized companies, consultancies and investment teams need to coordinate information without relying on repeated spreadsheet requests. The current proposition places greater emphasis on carrying out those tasks alongside the team, rather than only providing a workspace in which people complete them manually.

Companies evaluating this option should confirm the current product rather than relying on older Futureproof descriptions. In particular, review how AI-generated responses retain source references, how materiality decisions are approved and how users distinguish verified information from drafts.

Key evaluation points include:

• Coordination of data collection and contributor follow-up.

• AI-assisted preparation of draft outputs.

• Support for materiality and broader organisational workflows.

• Human review, evidence controls and approval of generated content.

4. StepChange

StepChange combines carbon management, environmental information and disclosure workflows covering multiple frameworks, including CSRD and ESRS. Its proposition connects measurement with planning and the preparation of structured outputs.

Companies can assess it where they need to organise emissions information, monitor objectives and coordinate framework-specific requirements. The relevant question is whether those capabilities fit the company’s data sources and decision-making processes.

Integration requirements should be evaluated directly. A demonstration should show how the platform handles supplier information, entity-level boundaries and corrections to source data, rather than assuming that a guided interface removes the need for implementation work.

Key points include:

• Environmental and emissions information management.

• Framework-specific disclosure workflows.

• Tracking of objectives and progress.

• Configurable capabilities that should be tested against the company’s actual requirements.

5. Persefoni

Persefoni is a carbon accounting and climate data platform with CSRD disclosure capabilities. Its offering includes collaborative workflows, response reuse and activity tracking alongside emissions management.

It can be considered by organisations that need to consolidate information across business units and connect carbon calculations with external disclosures. The platform’s emphasis on carbon accounting makes calculation boundaries, methodology and evidence particularly important areas to examine.

For an ESRS implementation, confirm the modules included in the proposed package and the treatment of non-climate topics. Buyers should also test how recurring responses are updated when underlying figures, policies or organisational boundaries change.

Key points include:

• Corporate carbon accounting.

• CSRD disclosure preparation.

• Collaboration and activity tracking.

• Reuse of responses across periods, subject to review and current evidence.

6. Watershed

Watershed combines environmental measurement with CSRD preparation, including data collection, materiality mapping and disclosure workflows. Its offering addresses coordination across entities, teams and source systems.

For larger organisations, the value lies in connecting calculations and disclosures with documented ownership and data lineage. Finance and sustainability teams can assess whether the resulting information also supports investment planning, supplier engagement and operational improvements.

Implementation complexity depends on the organisation, its systems and the selected scope. Rather than assuming a fixed deployment timetable, request a plan covering integrations, historical information, entity consolidation and reviewer access.

Key points include:

• Collection and coordination across organisational entities.

• Materiality mapping and disclosure preparation.

• Data lineage and control documentation.

• Environmental measurement connected to broader management workflows.

7. Workiva

Workiva connects financial information, sustainability disclosures and governance processes in a shared environment. Its sustainability management capabilities include controlled collaboration and support for assurance preparation.

This makes it relevant to organisations seeking consistency between financial statements, sustainability statements and internal controls. Linked information and version management can help reduce contradictory figures across documents and review stages.

It would be inaccurate to describe Workiva as lacking evidence or audit-trail capabilities. The purchasing question is how its collection, calculation and disclosure components fit together in the proposed implementation, including any additional systems or services required for specific source records.

Key points include:

• Connections between financial and sustainability information.

• Collaborative preparation and controlled review of disclosures.

• Evidence management and change tracking.

• Digital filing capabilities that should be checked against the applicable requirements.

8. VelocityEHS

VelocityEHS provides an environmental, health and safety suite that connects operational information with environmental performance management. Its environmental compliance capabilities make it relevant to companies coordinating information across multiple sites.

Manufacturing and other operationally complex organisations may value the connection between facility-level records, environmental indicators and established EHS processes. This can help companies avoid maintaining completely separate information flows for operational oversight and corporate disclosures.

For ESRS preparation, ask the provider to demonstrate the specific datapoints, materiality documentation and disclosure outputs covered by the proposed configuration. Operational breadth and complete ESRS coverage are different evaluation questions.

Key points include:

• Environmental and EHS information management.

• Site-level performance monitoring.

• Operational controls and review workflows.

• Potential reuse of facility information for corporate environmental analysis.

9. Normative

Normative combines carbon accounting with a broader CSRD solution that includes environmental, social and governance coverage, guided collection and approval workflows. Its offering also includes expert support.

The carbon accounting component can help organisations examine emissions across their operations and value chain. Those calculations can inform disclosure preparation, supplier priorities and the identification of resource-intensive activities.

Companies should assess the relationship between software and advisory services in the proposed package. Confirm which tasks internal teams can manage independently, how methodologies are documented and how the platform handles evidence for material topics beyond climate.

Key points include:

• Emissions calculations across relevant scopes.

• CSRD information collection and approval workflows.

• Coverage extending beyond carbon metrics.

• Expert guidance alongside platform capabilities.

10. Sweep

Sweep brings environmental information, materiality assessments and disclosure workflows into a collaborative environment. Its offering includes framework mapping, data lineage and review processes.

Its emphasis on coordination across the organisation and value chain can be relevant where several departments or suppliers contribute information. Teams can examine how collected data supports both external disclosures and internal action plans.

The evaluation should focus on the company’s actual requirements. Test supplier participation, consolidation boundaries, approval flows and the handling of changes after a disclosure has been reviewed. Do not assume that framework coverage removes the need for company-specific configuration.

Key points include:

• Environmental and emissions information management.

• Collaboration across teams and value-chain contributors.

• Materiality and disclosure workflows.

• Source documentation, version history and approval controls.

These options represent different approaches to managing information for ESRS and business decisions. Their inclusion does not mean that every product covers the same topics, integrations or output formats.

A useful comparison should therefore begin with a practical test. Give each shortlisted provider the same source records, organisational boundaries and review requirements, then compare how the resulting information is collected, checked and reused.

ESRS data and why it matters now

For companies within the applicable legal scope, CSRD and ESRS make structured environmental, social and governance information part of the disclosure process.

The requirement is not simply to produce a document at year-end. Companies need information that reflects their activities, uses consistent definitions and can be supported by appropriate evidence.

Investors, customers and public authorities may also request information about performance and risks. A reliable data foundation helps companies respond without creating a separate collection process for every audience.

Environmental data management has an operational role as well. Energy consumption can reveal cost pressures. Water records can identify resource dependencies. Purchasing information can help procurement teams understand supplier exposure and compare alternatives.

Poor-quality information can make commercial questionnaires and financing discussions harder to complete. However, exclusion from a tender, contract or funding programme depends on its actual conditions, not simply on whether a company uses ESRS software.

What is ESRS software?

ESRS software supports the collection, organisation, review and preparation of information under the European Sustainability Reporting Standards.

Its scope may include environmental metrics, workforce information, governance records, materiality decisions and narrative disclosures. These information types should remain distinct even when they are managed in one platform.

Depending on the product, the software can connect source systems, assign responsibilities, apply validation rules and prepare structured outputs. The same environmental information can also support cost analysis, supplier management and operational decisions.

Digital export is another capability to assess, but it should not be confused with legal applicability. A product’s ability to generate a tagged file does not establish that the format is required for every company or filing period.

Why implement ESRS software?

Specialised software can make a complex information process easier to manage. It helps teams maintain definitions, ownership, evidence and review status across departments and entities.

Centralisation can reduce duplicate collection and improve coordination between sustainability, finance, procurement and operations. It also makes it easier to see which information is complete and which still needs attention.

At Dcycle, the objective is to structure information once and make it available for multiple uses. ESRS preparation, savings analysis and operational decisions can then draw on a consistent evidence base.

This connection is also relevant to sustainable finance frameworks. Reliable information can support discussions about environmental performance and risk, although financing decisions still depend on lenders’ criteria and the wider financial position of the company.

Framework requirements and operational uses

Before configuring a platform, establish whether the company is within the applicable CSRD obligations. Scope, timing, group structure and national implementation affect the preparation required. Customer requests for ESRS-aligned information are not necessarily the same as a direct legal obligation.

Companies may also work with the EU Taxonomy, ISO standards and national non-financial requirements such as Spain’s EINF. The NFRD is the predecessor framework to CSRD, rather than a separate interchangeable certification.

Understanding the Taxonomy and ESRS relationship helps teams identify information that can be reused and requirements that need additional analysis. A shared source record does not mean that every framework uses the same calculation or disclosure boundary.

The central challenge is often fragmentation. Environmental information, workforce records and governance evidence already exist, but they may be stored under different definitions and ownership arrangements.

A shared structure helps maintain consistency while preserving those differences. Compliance becomes one output from the information, alongside internal performance monitoring and business decisions.

What are the benefits for companies?

Reliable environmental information helps companies identify trends, compare sites, prioritise investments and examine supplier-related risks.

It also supports more transparent communication with investors, customers and public authorities. A figure linked to a documented source is easier to explain than one copied between several uncontrolled files.

A strong data process can improve audit preparation and reduce time spent responding to evidence requests. It does not guarantee a favourable assurance conclusion or better financing terms.

The broader benefit is continuity. Information gathered for a disclosure remains useful after publication because operational teams can continue using it to assess performance and improvement opportunities.

How ESRS software works

ESRS software connects the company’s information sources with the definitions and workflows needed for disclosures and management analysis.

Collection may involve integrations with finance, energy, procurement or HR systems. It can also involve uploaded documents, structured templates and supplier responses. Not every relevant record can be collected automatically.

The information is then standardised and checked. Teams need consistent units, reporting periods, entity boundaries and calculation methods before they can compare results or consolidate them.

A double materiality assessment helps determine relevant topics through impact materiality and financial materiality. Software can organise evidence and assessment decisions, but it does not remove the need for informed judgment and approval.

The platform then connects relevant datapoints with source records, owners and review status. This allows contributors and reviewers to see how a disclosed figure was prepared.

Finally, teams generate the appropriate outputs. These may include disclosure documents, evidence packs, management dashboards and data exports for other systems.

The same controlled process can support savings analysis and operational decisions. For example, energy information collected for ESRS E1 can also help teams compare consumption between facilities and assess changes over time.

5 common functions of ESRS software

1. Automated collection of environmental and supporting information

Collection begins with the systems and records the company already uses. Electricity invoices, fuel logs, purchasing transactions and supplier documentation contain information that can feed environmental calculations and operational analysis.

A suitable platform should support the collection methods appropriate to those sources. These may include native connectors, APIs, bulk uploads or contributor workflows.

Automation reduces repetitive entry, but it does not guarantee accurate inputs. Companies still need to define data owners, review exceptions and maintain the source systems from which information is collected.

2. Standardisation and validation

Collected information must be made consistent before it can be consolidated or reused.

The platform should help standardise units, periods, entity names and calculation boundaries. It should also flag missing records, unexpected changes and inconsistent classifications.

Validation rules need to reflect the indicator being assessed. An energy consumption check is different from a workforce definition or a governance-policy review.

These controls help teams identify issues earlier. They also make the same information more dependable for disclosures, cost reviews and operational comparisons.

3. Digital output preparation and tagging readiness

Digital publication and tagging remain important procurement considerations, but buyers should distinguish between an available taxonomy and an applicable filing requirement.

EFRAG explains that ESRS digital tagging is not mandatory until the European Commission adopts the relevant taxonomy through the ESEF regulatory technical standards. The publication of an EFRAG taxonomy alone does not create that obligation.

Ask providers which XHTML, XBRL or iXBRL outputs they support, which taxonomy versions they use and how files are validated. Also establish whether an additional publication or filing system is required.

The underlying information should remain usable independently of the final format. Finance, procurement and operations should not have to wait for a tagged disclosure to access the metrics they need.

4. Distribution across frameworks and business uses

A shared dataset can support CSRD, the EU Taxonomy, ISO-related work and applicable national disclosures. It can also support customer questionnaires, internal dashboards and savings analysis.

Reuse requires explicit mapping. Different frameworks may apply different boundaries, definitions or calculation rules to information originating from the same source.

A good platform makes those relationships visible. Teams should be able to understand which source records feed each output and where additional evidence or analysis is required.

This reduces duplicate collection without pretending that all frameworks are equivalent.

5. Traceability and audit controls

Traceability connects a metric with the records, calculations and decisions behind it.

The platform should retain the source, relevant transformations, factor versions, reviewer decisions and changes made over time. Roles and permissions help distinguish preparation from approval.

A well-organised CSRD data room makes this information easier to review. Reviewers can examine the supporting records alongside the disclosed figures rather than relying on separate email requests.

Those same controls also support internal oversight. When a consumption figure changes unexpectedly, operations and finance can investigate the source and decide whether corrective action is needed.

What to consider before choosing ESRS software

Start by defining the problem you need to solve.

A company struggling with supplier responses has different priorities from one struggling with group consolidation or document preparation. The same product may address these needs through different modules and implementation arrangements.

Assess data volumes, existing systems, entity structures and required automation. Ask whether the platform can expand without forcing teams to rebuild classifications, ownership rules or historical records.

Technical support and regulatory maintenance also matter. Establish how updates are communicated, how revised mappings are reviewed and whether changes affect previously approved outputs.

Use real examples during procurement. Ask the provider to collect a source record, calculate a metric, retain its evidence and reuse it in an operational dashboard. Then introduce a correction and examine how the system handles it.

A demonstration based on your own information reveals more than a generic feature list.

Can you work without a dedicated tool?

Yes. ESRS does not require companies to purchase a particular software product.

A carefully controlled spreadsheet process can support a limited scope, provided that definitions, evidence, access, version control and review responsibilities are properly managed.

The challenge grows as more entities, contributors and requirements are added. Teams may spend increasing amounts of time checking versions, reconciling figures and locating supporting documents.

Specialised software can reduce that coordination burden. Its value depends on whether it makes the process more repeatable and the information easier to reuse for disclosures, savings analysis and operational decisions.

The choice should therefore be based on scale, complexity and control needs, not on the assumption that spreadsheets automatically make compliance impossible.

5 key benefits of using ESRS software

1. Centralisation of environmental and supporting information

A shared environment brings together environmental records, operational information, workforce metrics and supplier evidence without confusing their definitions.

Contributors work from an agreed structure rather than maintaining separate local templates. Reviewers can see which records are available and which still require attention.

This improves coordination between departments and makes information easier to maintain throughout the year.

2. Collection automation and fewer inconsistencies

Supported integrations and structured uploads can reduce repeated manual entry.

Standardised collection also makes it easier to apply consistent classifications and validation rules. Teams can focus review effort on exceptions rather than checking every record in the same way.

The benefit extends beyond annual disclosures. Information can remain available for monthly cost reviews, supplier assessments and operational monitoring.

3. Better preparation for assurance

Documented sources, calculation methods and approvals make the information easier to review.

Teams can identify missing evidence earlier and address it before external assurance begins. A clear history also helps explain corrections and changes between periods.

Software supports this preparation, but management remains responsible for the information. Organised evidence does not guarantee that every metric or disclosure will pass review without questions.

4. Better-informed decisions

Consistent environmental data helps companies identify trends, dependencies and inefficiencies.

For example, intensity metrics can connect emissions or consumption with production output. Used alongside absolute figures, they help teams distinguish a change in activity from a change in operational efficiency.

Reliable information can also support supplier comparisons and investment planning. Decisions still require context, including service quality, capacity, cost and implementation risks.

5. Cost savings and operational efficiency

Reducing duplicate collection can lower the administrative effort involved in maintaining information.

More importantly, structured data can reveal opportunities to reduce resource use. Energy, water, materials and waste records can help teams investigate where costs arise and which actions may improve performance.

Actual savings depend on the measures implemented. A platform helps identify and monitor opportunities; it does not create financial savings simply by storing the data.

3 challenges of meeting ESRS requirements without software

1. Data fragmentation and weak traceability

Relevant information is often distributed across finance, procurement, HR and operations.

Without shared definitions and controls, teams can produce different versions of the same figure. Supporting evidence may remain with individual contributors rather than alongside the metric.

A controlled process must connect the information with its source, boundary, methodology and owner. Dedicated software can make that connection easier to maintain as the organisation grows.

2. Manual workload and inconsistent versions

Manual collection often involves repeated requests, file consolidation and formula checks.

Format mismatches, outdated factors and unsynchronised versions can delay preparation and create discrepancies between outputs. A correction may need to be repeated across several workbooks and documents.

The operational cost is not only the time spent entering data. It also includes the effort required to discover which version is correct and explain why figures changed.

3. Adapting to regulatory changes

Changes in standards, guidance or disclosure requirements can affect mappings and output structures.

A configurable platform can help teams update those structures while retaining the original source records. However, software updates still need to be assessed against the company’s applicable requirements.

Automatic updates do not guarantee legal compliance. Teams should confirm what changed, how the provider implemented it and whether additional review or information is necessary.

Our view as ESRS practitioners

The quality of an ESRS process depends heavily on how the company treats its information between deadlines.

Budget and organisational size matter, but they do not replace clear ownership, consistent definitions and documented evidence. A large organisation can still struggle if each department maintains a disconnected version of the data.

Companies that manage information continuously have more opportunities to identify gaps and correct them before publication. Their environmental records can also support procurement, finance and operations throughout the year.

The objective is not to automate every task without review. It is to create a repeatable process in which people know what they own, how information is checked and where it will be used.

The real impact of ESRS software

A useful platform changes how information moves through the organisation.

Instead of collecting the same records separately for different requests, teams work from shared sources with documented transformations and approvals.

This can reduce coordination effort and make analysis more timely. Environmental information remains available for planning and operational improvement after the disclosure has been prepared.

The practical test is whether the process continues to work when a new entity is added, a supplier changes its response or a reviewer requests the evidence behind a figure.

3 recommendations for companies

1. Measure consistently and focus on material topics

Begin with the topics that matter under the applicable assessment, including relevant impacts, risks and opportunities.

Document the definitions, boundaries and methodologies used for each indicator. Consistency is essential if teams want to compare results over time or between sites.

Do not confuse a material disclosure topic with every internal management indicator. Companies may also track information for operational reasons even when it is not required in the same form for external disclosure.

2. Integrate value-chain information and standardise inputs

Suppliers and subsidiaries can introduce differences in formats, units and reporting periods.

A structured approach to supplier data integration helps companies define what they need and retain the evidence received. It also makes data gaps and estimation methods easier to identify.

Keep those inputs consistent with the boundaries used in carbon footprint accounting. Procurement teams can then reuse relevant information for supplier evaluation rather than requesting it again.

3. Prioritise automation with clear controls

Automate stable, repeatable collection tasks first.

Define review rules, approval responsibilities and exception handling before expanding the process. Where AI or automated classifications are involved, retain the ability to inspect and correct their outputs.

Prepare for digital publication requirements, but keep the information usable for business analysis independently of the final filing format.

The aim is to reduce repetitive work while maintaining accountability for the figures and decisions produced.

5 steps to implement ESRS software

1. Create a data inventory and gap analysis

Identify the information your company already holds, where it is stored and who manages it.

Include environmental records, workforce information, governance documentation and relevant value-chain evidence. Record formats, update frequencies and known quality issues.

Compare the inventory with the applicable ESRS requirements and materiality conclusions. Separate missing data from information that exists but needs a clearer definition or stronger evidence.

This distinction helps avoid unnecessary collection. A gap may be resolved by documenting an existing process rather than requesting another set of figures.

2. Define framework and operational use cases

Establish which outputs the company needs to produce.

These may include CSRD disclosures, EU Taxonomy information, ISO-related evidence and applicable national non-financial statements. Historical NFRD information may also need to be retained for comparison or continuity.

Add the internal uses from the beginning. Finance may need energy cost analysis, operations may need consumption trends, and procurement may need supplier comparisons.

Defining these uses helps the implementation team create a data structure that serves more than one annual document.

3. Select the platform and plan integrations

Choose the software against the inventory and use cases, not simply against a broad list of features.

Review entity structures, user roles, source systems and expected volumes. Confirm which connections are native, which require an API and which will rely on uploads.

Plan a pilot using representative records. Test missing information, inconsistent units and corrections as well as the ideal collection process.

Document the resources required from internal IT, finance, HR and operational teams before agreeing to a timetable.

4. Configure controls and ownership

Define who prepares, reviews and approves each type of information.

Configure validation rules for units, periods, boundaries and unusual changes. Establish how exceptions are resolved and how decisions are recorded.

The process should distinguish between raw inputs, calculated metrics and approved outputs. A revised invoice should not silently replace an already reviewed figure.

Clear ownership also helps maintain the system after implementation. Teams need to know who updates definitions and responds when a quality alert appears.

5. Prepare the publication format and review outputs

Confirm the publication and tagging requirements that apply to the company and period.

Where a digital taxonomy is relevant, validate the mapping, tagging and generated files. Establish whether the chosen platform prepares the complete publication package or exports information to another system.

Review the narrative and quantitative information together. Figures should be consistent with their explanations, boundaries and supporting records.

After publication, retain the approved version and continue using the underlying information for savings analysis, supplier engagement and operational monitoring.

How Dcycle connects ESRS preparation with business decisions

Dcycle provides a data platform for collecting, standardising and reusing environmental, operational, workforce and supplier information.

The objective is to maintain a reliable information base that different departments can use without requesting the same records separately. ESRS preparation becomes one output from that process, alongside cost analysis, internal performance monitoring and customer responses.

Dcycle is not an audit firm or a substitute for management responsibility. It supports the organisation of information, evidence and workflows so companies can carry out those responsibilities more consistently.

Collect, standardise and reuse source information

Dcycle supports collection from connected business systems, uploaded documents and structured contributor workflows.

Environmental records can include energy, fuel, water, materials and waste information. Workforce and governance records are managed according to their own definitions rather than being labelled environmental data.

Once collected, information can be organised by entity, site, period and relevant category. This provides a basis for calculations, framework mapping and internal analysis.

Teams assessing the wider market can compare these requirements with other data platform capabilities. The important question is how a proposed solution handles the company’s actual sources, controls and reuse needs, not simply how many frameworks appear on its website.

One utility invoice, 4 practical uses

Consider a manufacturing group with three facilities preparing energy disclosures and responding to a customer’s site-level questionnaire.

Each facility receives invoices in a different format. Without a shared process, teams may enter the same figures into separate files for the disclosure, customer response and finance review.

With Dcycle, the source information can be collected and associated with the relevant facility and period. The structured record can then support ESRS energy information, the customer’s request, consumption analysis and an energy cost review.

Calculating consumption per production unit requires production data as well. Allocating costs to individual production lines requires submetering or a documented allocation method; the invoice alone does not provide that detail.

If an invoice is corrected, its source history helps reviewers understand the change and assess which calculations or outputs need updating. Reuse remains controlled rather than becoming a series of disconnected copies.

Connect frameworks without treating them as identical

Dcycle supports work across CSRD, ESRS, the EU Taxonomy, carbon accounting and ISO-related projects.

These uses share some underlying information, but they do not necessarily share the same boundaries or calculation methods. The platform helps organise the relevant records and their mappings while teams maintain those distinctions.

Applicable national non-financial requirements can also be considered within the company’s information process. Historical NFRD or EINF records should be retained where they support continuity, comparison or current obligations.

The result is a common source of evidence, with outputs adapted to the purpose they serve.

Prepare digital outputs with appropriate review

Dcycle’s CSRD offering includes export capabilities for disclosure preparation, including XBRL-related outputs.

Companies should confirm the format, taxonomy version and filing compatibility required for their implementation. Export capability is not the same as a guarantee that every file satisfies every legal or technical requirement.

Review should cover the source information, calculations, narrative content and final output. Teams can then identify whether any additional validation or publication steps are needed.

Keeping structured information available throughout this process also allows finance and operations to continue analysing it independently of the final disclosure package.

Connect business systems and coordinate work

Supported integrations can reduce the repeated transfer of information between systems.

Where a direct connector is not available, APIs, bulk uploads or structured templates may provide an alternative. The implementation should establish collection frequency and responsibility for resolving failed imports or missing records.

Dcycle also supports assignment of datapoints and visibility into contributors’ progress. Teams can see who is responsible, what has been provided and which information still needs attention.

Automation reduces coordination effort, but it does not eliminate the need for review or reliable source systems.

Maintain traceability and governance

A credible metric needs an understandable path back to its source.

Dcycle’s traceability capabilities help retain source documents, processing history and changes associated with the information. Role-based workflows support review and approval responsibilities.

This structure helps external reviewers examine evidence and allows internal teams to investigate unexpected results.

For example, an increase in water use may require checking the invoice period, site boundary and operational activity before deciding whether it represents a genuine efficiency problem.

Use compliance evidence for operational improvement

The information collected for ESRS can remain useful after the disclosure is completed.

Energy records can inform investment planning. Waste information can support material-loss analysis. Supplier data can contribute to procurement reviews and value-chain calculations.

Finance, procurement and operations can therefore work from the same underlying records while applying analyses suited to their responsibilities.

Compliance is one consequence of a well-managed information process. The wider value comes from making reliable data available whenever the company needs to assess costs, risks or performance.

Conclusion

Choosing ESRS software is a decision about how your company will manage information over time, not only how it will prepare its next disclosure.

The options in this article range from carbon accounting platforms to operational suites and connected disclosure environments. Their suitability depends on the company’s source systems, organisational structure, material topics and review requirements.

Start with the information you already hold. Identify where repeated collection, inconsistent definitions or missing evidence create unnecessary work. Then test whether the shortlisted platform can address those problems using your own records.

A useful pilot should demonstrate more than a completed document. It should show that a figure can be traced to its source, corrected through an approved process and reused for savings analysis or operational decisions.

If you are considering Dcycle, request a demonstration based on representative invoices, supplier records and entity structures. Use that exercise to assess how the platform can support ESRS preparation while keeping the same information useful for the teams that manage costs, resources and operations.

Frequently Asked Questions (FAQs)

What Exactly Is ESRS Software?

An ESRS software is a digital platform that automates the collection, analysis, and reporting of ESG data according to the European Sustainability Reporting Standards.

Its purpose is to centralize all sustainability-related information, environmental, social, and governance, and structure it following the CSRD taxonomy.

Unlike traditional tools, it normalizes data, applies quality controls, ensures full traceability, and generates digital reports in XHTML + iXBRL format, fully audit-ready.

In short, it turns ESG management into a continuous, automated, and reliable process.

How Do I Know if My Company Must Report Under ESRS?

The obligation to report under ESRS depends on the type and size of your company.

Generally, it applies to:

• Organizations previously covered by the NFRD.

• Large companies that exceed thresholds for employees, turnover, or assets set by the CSRD.

• Gradually, subsidiaries of European or international groups.

Additionally, there are simplified standards for non-listed SMEs, defined by the European Commission as the VSME standard.

The best practice is to analyze the regulatory calendar and assess the criteria applicable to your company’s size, structure, and location.

How Is ESRS Software Different from a Spreadsheet?

The difference is fundamental.

A spreadsheet can store data, but it cannot guarantee traceability, consistency, or legal compliance.

An ESRS software automatically captures data from multiple systems, validates it against EU standards, and documents every step of the process.

It also maintains a version history, tracks responsibilities, and provides evidence for audits, all essential for compliance.

Moreover, it generates official digital reports in XHTML + iXBRL format, which spreadsheets can’t produce.

What Integrations Should Be Prioritized When Implementing ESRS Software?

The most important integrations depend on each company’s structure, but the key systems to connect are:

• ERP and accounting systems, to collect financial and operational data.

• HR platforms, for social and workforce metrics.

• Procurement and energy systems, for environmental and supply-chain data.

These integrations ensure a continuous flow of information, eliminate duplication, and reduce manual errors.

They also help keep data always up to date, ensuring consistency across frameworks like Taxonomy, NFRD, or ISO standards.

What Are the First Steps to Launch ESRS Reporting?

The process begins with a data inventory: identifying what ESG information you already have, where it resides, and what’s missing to meet ESRS requirements.

Next, define reporting use cases such as CSRD, Taxonomy, or ISO compliance.

Then, select a software solution that can automate and integrate the entire workflow.

Once implemented, configure quality controls and traceability features, connect internal systems, and prepare the digital export in XHTML + iXBRL format.

From that point on, reporting becomes a continuous management process, strengthening both sustainability strategy and competitiveness.

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