Enterprise Software in Stockholm, Sweden

Industrial Manufacturing / Sustainability / Enterprise Software / Stockholm

A Stockholm-headquartered industrial group (SEK 48B annual revenue, 18,000 employees, manufacturing precision components, cutting tools, and industrial automation equipment across 35 factories in Sweden, Germany, USA, China, India, and Brazil, listed on Nasdaq Stockholm Large Cap) needed an enterprise platform to transform sustainability from a reporting exercise into an operational capability. The EU's CSRD (Corporate Sustainability Reporting Directive) and EU Taxonomy were creating mandatory sustainability reporting requirements that the group's current approach — annual sustainability report compiled manually by a 6-person CSR team — could not meet. Core challenges: (1) Sustainability data chaos — the group needed to report: Scope 1 emissions (direct — factory fuel combustion, company vehicles), Scope 2 emissions (indirect — purchased electricity and heat), and Scope 3 emissions (value chain — purchased goods, transport, business travel, employee commuting, end-of-life treatment of products) across 35 factories and global operations. Current state: Scope 1 and 2 data collected annually via email requests to plant managers — each plant calculating differently (some using supplier invoices, some using meter readings, some estimating). Data arriving in: 14 different spreadsheet formats, 6 different currencies, 4 different energy unit systems (kWh, MJ, BTU, toe), and 3 different emission factor databases (GHG Protocol, IEA, national factors). Scope 3: barely estimated — the group reporting a placeholder number based on industry averages rather than actual supply chain data. Consolidation: the CSR team spending 4 months annually collecting, converting, validating, and consolidating sustainability data for the annual report — with no confidence in data accuracy. (2) CSRD readiness — CSRD requiring: double materiality assessment (impact materiality and financial materiality for sustainability topics), ESRS (European Sustainability Reporting Standards) compliance with specific data points, quarterly reporting cadence (not just annual), third-party assurance (limited assurance initially, reasonable assurance by 2028), and digital tagging (XBRL) for machine-readable sustainability reports. The group's annual-report-compiled-from-emails approach failing every CSRD requirement. The external auditor (Big Four Swedish practice) estimating 8 months of preparation needed for CSRD readiness — far more than the 4 months before the first reporting deadline. (3) EU Taxonomy alignment — the group needed to report what percentage of revenue, capex, and opex was "taxonomy-aligned" (contributing to EU environmental objectives). This required: classifying every business activity against EU Taxonomy technical screening criteria, calculating revenue/capex/opex per activity, and assessing "do no significant harm" (DNSH) criteria and minimum social safeguards. The taxonomy classification requiring granular operational data that the group's ERP systems didn't categorise by environmental activity — capex recorded by cost centre, not by whether it contributed to climate change mitigation. (4) Science Based Targets (SBTi) — the group had committed to SBTi-validated targets (1.5°C pathway for Scope 1+2, well-below 2°C for Scope 3). Achieving targets required: annual emission reduction tracking against target pathway, identification and implementation of reduction initiatives, and transparent progress reporting to investors and stakeholders. No operational mechanism to translate group-level targets into factory-level actions — each plant manager receiving a general directive to "reduce emissions" without specific targets, available reduction levers, or tracking capability. (5) Supply chain sustainability — customers (particularly automotive and aerospace OEMs) increasingly requiring: product carbon footprint (PCF) data per ISO 14067, conflict mineral reporting (EU Conflict Minerals Regulation), and supply chain due diligence (EU Corporate Sustainability Due Diligence Directive — CSDDD). The group unable to provide product-level carbon footprint because: manufacturing energy data wasn't allocated to individual products, material carbon intensity data wasn't collected from 4,200 suppliers, and transport emissions weren't calculated per product movement. Losing three RFQ opportunities (estimated SEK 280M annual value) because competitors provided PCF data and the group couldn't.

We built a sustainability operations platform over 16 weeks — transforming sustainability from annual reporting into continuous operational management. (1) Emissions data infrastructure: automated emissions data collection replacing email-and-spreadsheet. Scope 1: direct integration with energy management systems and utility providers across 35 factories — natural gas meters, diesel consumption, and company fleet fuel data flowing automatically with standardised unit conversion. Scope 2: electricity and heat consumption captured from utility invoices (automated where providers offer digital feeds) and internal metering — with location-based and market-based calculation methods per GHG Protocol. Emission factors: standardised emission factor database maintained centrally — factory-level calculations using: supplier-specific emission factors (for electricity contracts with Guarantees of Origin), national grid average factors (IEA data), and process-specific factors per GHG Protocol. All factors versioned and auditable. Scope 3: structured data collection from top 200 suppliers (covering 80% of purchased goods emissions) through a supplier portal — suppliers reporting their emissions per product category. For remaining suppliers, spend-based estimation using environmentally extended input-output (EEIO) models, with progressive upgrade to actual data as supplier engagement expands. Business travel: automated data feed from corporate travel management company. Employee commuting: annual survey-based estimation (CSRD requirement) with statistical methodology. Data quality scoring: every data point rated for quality (measured/calculated/estimated) per GHG Protocol hierarchy — auditors and stakeholders seeing not just the emission number but the confidence level. (2) CSRD reporting engine: ESRS-compliant reporting capability. Double materiality: the platform supporting the double materiality assessment process — tracking impact and financial materiality ratings for each sustainability topic per ESRS requirements, with documentation of methodology, stakeholder input, and materiality matrix. ESRS data points: each required ESRS data point mapped to a data source in the platform — whether from the emissions module, HR system (workforce data), procurement system (supply chain data), or manual input with attestation. Quarterly reporting: sustainability data available quarterly rather than annually — matching CSRD's progressive reporting cadence. The CSR team reviewing and approving quarterly data within 2 weeks of period-end rather than spending 4 months on annual compilation. Audit readiness: every data point with: source identification, calculation methodology, review trail, and change log — external auditors accessing platform data directly for assurance procedures. XBRL tagging: sustainability report data tagged per EFRAG's digital taxonomy for machine-readable regulatory submission. (3) EU Taxonomy classification: operational activity mapping. Activity classification: every business line mapped to EU Taxonomy economic activities — with revenue, capex, and opex allocated to each activity. Technical screening criteria: the platform assessing each activity against technical screening criteria for climate change mitigation and adaptation — documenting compliance evidence and calculating taxonomy-aligned percentages. DNSH assessment: "do no significant harm" criteria evaluated per activity — cross-referencing environmental data (water, waste, biodiversity) and documenting compliance. KPI calculation: taxonomy KPIs (taxonomy-aligned revenue %, capex %, opex %) calculated automatically from operational data — ready for annual report and investor presentation. (4) SBTi target management: translating group targets into factory actions. Target cascade: group-level SBTi targets decomposed into factory-level annual reduction targets — each plant receiving a specific target based on their baseline emissions, reduction potential, and the group's pathway. Reduction initiative tracking: each factory identifying and implementing emission reduction initiatives — LED lighting upgrades, heat recovery systems, renewable energy procurement, process optimisation. Each initiative tracked in the platform with: estimated reduction, actual reduction, investment cost, and payback period. Progress dashboard: real-time progress against SBTi pathway — group-level and factory-level. The CEO's quarterly investor presentation showing actual versus target with trend analysis. Early warning: when a factory's trajectory suggests it will miss its annual target, the platform flagging this at quarter-end rather than year-end — enabling intervention (accelerating planned initiatives or identifying new opportunities). (5) Product carbon footprint: cradle-to-gate PCF per ISO 14067. Bill-of-materials integration: product PCF calculated by: allocating factory energy consumption to products based on production process and machine time, adding material carbon intensity (from supplier data or industry databases — ecoinvent, GaBi), and adding transport emissions for inbound materials and outbound product. The calculation automated for the group's 4,800 standard products — updating as emission factors, energy mix, and supplier data change. Customer reporting: PCF certificates generated per product — automotive and aerospace customers receiving ISO 14067-compliant carbon footprint data with their orders. Competitive advantage: the group able to respond to customer PCF requests within days rather than months — addressing the capability gap that cost SEK 280M in lost business.

Results over 12 months. Data quality: emissions data collection from 4 months annual effort to continuous automated collection. Scope 1+2 data accuracy: independent verification showing ±3% variance (versus estimated ±15-25% under previous methodology). Scope 3: actual supplier data covering 62% of purchased goods emissions (from near-zero) — remainder modelled with transparent methodology. Data quality ratings: 78% of data points at "measured" or "calculated" level (versus 35% previously). CSRD: full ESRS compliance achieved 6 months ahead of mandatory reporting deadline — the group among first in its Nasdaq Stockholm peer group to demonstrate CSRD readiness. External auditor: limited assurance engagement completed in 4 weeks (versus estimated 8 months preparation under old approach). Investor response: ESG rating upgraded by two agencies (MSCI: A to AA, Sustainalytics: Medium to Low risk). EU Taxonomy: taxonomy-aligned revenue calculated at 34% (first-time reporting — providing baseline for improvement tracking). Taxonomy-aligned capex at 52% — demonstrating investment commitment to green activities. SBTi: Year 1 actual Scope 1+2 reduction: 7.2% (versus target pathway 4.2%) — the visibility enabling and motivating faster action. Three factories achieving their targets; two requiring intervention plans executed in Q3. Group on track for SBTi pathway at Year 1 review. Product carbon footprint: 4,800 products with ISO 14067 PCF certificates — responding to customer requests within 2 business days. Three previously lost customers re-engaged — SEK 180M in recovered annual business. Two new automotive OEM qualifications citing PCF capability as differentiator — SEK 120M in new annual business. Operational: sustainability team effort: from 4 months annual data compilation to continuous monitoring with 2-week quarterly review — team redeployed from data collection to sustainability strategy and reduction initiative management. Factory engagement: sustainability becoming operational metric alongside productivity and quality — 35 factory managers receiving quarterly sustainability scorecards. Financial: recovered business (PCF capability) SEK 180M; new business (PCF differentiator) SEK 120M; ESG rating improvement (estimated cost-of-capital benefit) SEK 45M; CSRD compliance (avoided penalties and audit surcharges) SEK 12M; operational efficiency SEK 8M. Total annual impact: SEK 365M. Development: SEK 2.2M ($207K). Annual platform: SEK 680K. ROI: 165x first-year return.