Regional spotlight: Digital product passports & traceability in India — what's different and why it matters

India's approach to digital product passports and supply chain traceability is diverging from the European Union model in ways that carry significant implications for global investors, exporters, and circular economy operators. While the EU's Digital Product Passport (DPP) regulation under the Ecodesign for Sustainable Products Regulation (ESPR) focuses on environmental lifecycle data for products sold within the European market, India is constructing a parallel digital infrastructure rooted in its existing national identity, taxation, and trade platforms. The result is a system that prioritizes domestic supply chain formalization, export competitiveness, and counterfeit prevention alongside environmental traceability. Understanding these differences is essential for any investor or multinational operating across both markets.

Why It Matters

India is the world's fifth-largest economy and a top-ten global exporter of textiles, pharmaceuticals, electronics, agricultural products, and processed foods. These sectors collectively represent over $180 billion in annual exports and are directly affected by the EU's incoming DPP requirements, which will begin phasing in for batteries in 2027, textiles and electronics in 2028, and additional product categories through 2030. Indian manufacturers supplying European markets face a compliance imperative: either integrate DPP-compatible traceability systems into their supply chains or risk losing access to the EU single market.

Simultaneously, India's domestic regulatory environment is evolving rapidly. The Bureau of Indian Standards (BIS) expanded mandatory product certification requirements across 376 product categories as of 2025, up from 256 in 2022. The Goods and Services Tax Network (GSTN) provides a digital transaction backbone covering over 14 million registered businesses. The Open Network for Digital Commerce (ONDC) is creating interoperable data standards for commercial transactions. And the India Semiconductor Mission is investing $10 billion to build domestic chip fabrication capacity, partly motivated by the need to embed traceability into electronics manufacturing at the component level.

For investors, the convergence of EU compliance pressure, domestic formalization, and India's unique digital public infrastructure creates a distinctive market opportunity. The Indian traceability and product data management market was valued at approximately $2.1 billion in 2025 by NASSCOM, with projected growth of 22 to 28% annually through 2030. This growth is driven not by a single regulation but by the compounding effect of multiple regulatory, commercial, and technological forces.

India's Digital Public Infrastructure Advantage

India's most significant structural advantage in digital product traceability is its existing digital public infrastructure (DPI) stack, often referred to as the India Stack. This includes Aadhaar (covering 1.39 billion biometric identity records), the Unified Payments Interface (UPI, processing over 14 billion transactions monthly by late 2025), and the Account Aggregator framework for financial data portability. These systems demonstrate that India can deploy interoperable, population-scale digital platforms at costs that would be prohibitive in markets relying on private-sector solutions alone.

The relevance to product passports is direct. India's Open Credit Enablement Network (OCEN) and the ONDC are building on the same technical principles, open APIs, federated data architecture, and consent-based data sharing, that underpin European DPP specifications. However, India's approach is infrastructure-led rather than regulation-led. Rather than mandating that manufacturers create product passports to a specific format, the Indian model provides shared digital rails on which product data can flow between manufacturers, regulators, customs authorities, and consumers.

This distinction matters for cost structures. European DPP compliance for a mid-sized manufacturer is estimated at EUR 50,000 to EUR 200,000 in initial setup costs plus EUR 20,000 to EUR 80,000 annually, driven largely by the need to engage specialized compliance software vendors and third-party verifiers. In India, integration with existing government platforms (GST e-invoicing, BIS certification databases, ONDC product registries) can reduce initial compliance costs to $15,000 to $60,000 for comparable manufacturers, because much of the data infrastructure is publicly provisioned.

Regulatory Landscape: How India Differs from the EU

E-Waste Management Rules and Extended Producer Responsibility

India's E-Waste (Management) Rules, 2022, mandate extended producer responsibility (EPR) for electronics manufacturers and importers, requiring collection and recycling targets of 60% by weight for specified product categories. The Central Pollution Control Board (CPCB) administers an EPR registration portal that functions as a rudimentary product registry, tracking producer obligations, recycling certificates, and compliance status. While this system falls short of the EU's vision for comprehensive lifecycle data passports, it establishes mandatory digital tracking of products from point of sale through end-of-life management.

The Plastic Waste Management (Amendment) Rules, 2024, extended similar EPR obligations to plastic packaging, requiring brand owners to register packaging volumes and demonstrate recycled content thresholds. These registrations create product-level data points that can feed into broader traceability systems.

Quality Control Orders and BIS Certification

India's Quality Control Orders (QCOs) mandate BIS certification for an expanding list of product categories, from electrical appliances and construction materials to toys and chemicals. Each certified product receives a BIS license number linked to manufacturer identity, production facility, and test report data. As of 2025, BIS operates one of the largest product certification databases in Asia, with over 42,000 active licensees.

For investors evaluating Indian traceability companies, BIS integration represents a critical technical requirement. Solutions that can pull BIS certification data into product passports and combine it with supply chain provenance, customs documentation, and environmental metrics are positioned to capture significant market share.

Food Safety and Standards Authority of India (FSSAI)

FSSAI's Food Safety and Standards (Labelling and Display) Regulations require detailed product information including nutritional data, allergen declarations, and manufacturing origin. FSSAI's FoSTaC training and licensing platform creates a digital record of food safety compliance across the supply chain. India's spice export sector, valued at $4.1 billion in 2024-2025, has been a proving ground for traceability technology following high-profile contamination incidents involving ethylene oxide residues in exported spice blends. The Spices Board of India now requires digital traceability from farm to export port for all spice shipments to the EU and US markets.

Real-World Implementation Examples

Textile Traceability: TextileGenesis and Indian Cotton

TextileGenesis, a blockchain-based fiber traceability platform, partnered with the Indian Cotton Corporation and several major Indian textile exporters to track cotton fiber from gin to finished garment. The platform uses digital tokens mapped to physical fiber batches, enabling European brands to verify the provenance of Indian cotton against EU deforestation and forced labor due diligence requirements. By 2025, over 40 million garments from Indian supply chains carried TextileGenesis digital identities, primarily serving H&M, Bestseller, and other European retailers preparing for ESPR compliance. The system demonstrates that Indian manufacturers can meet EU DPP standards when given commercially motivated incentives and appropriate technology platforms.

Pharmaceutical Serialization: India's Drug Authentication System

India's Directorate General of Foreign Trade (DGFT) mandated serialization and track-and-trace for pharmaceutical exports starting in 2023, requiring unique identification codes on individual drug packages exported to regulated markets. Major Indian pharmaceutical companies including Sun Pharma, Dr. Reddy's Laboratories, and Cipla implemented serialization systems that generate product-level digital identities compatible with US Drug Supply Chain Security Act (DSCSA) and EU Falsified Medicines Directive requirements. This pharmaceutical serialization infrastructure processes over 2 billion unique product identifiers annually and represents one of the largest operational product passport systems in any emerging market.

GS1 India and QR-Based Product Data

GS1 India, the local affiliate of the global standards organization, has deployed QR code-based product data sharing across over 150,000 products from 8,000 Indian manufacturers. The system links GS1 Global Trade Item Numbers (GTINs) to product attributes including origin, batch information, certifications, and sustainability claims. GS1 India's Digital Link standard enables consumers and business buyers to scan product codes and access structured data from manufacturer-controlled repositories. This infrastructure is technically aligned with the EU DPP's requirement for machine-readable product data accessible via standardized identifiers and provides Indian manufacturers a lower-cost pathway to EU compliance than building proprietary DPP systems.

Investment Landscape and Opportunities

India's traceability technology ecosystem includes both established IT services companies and specialized startups. The opportunity set spans several categories.

Enterprise traceability platforms. Companies like Sourcetrace (acquired by Cropin Technology in 2023), TraceX Technologies, and Agnext Technologies provide end-to-end supply chain traceability for agricultural and food products. TraceX raised $2.3 million in Series A funding in 2024, targeting EU compliance readiness for Indian spice, coffee, and seafood exporters. Agnext's AI-powered quality assessment technology, which combines spectral analysis with blockchain-based provenance records, has been deployed across 3,500 collection centers for agricultural commodities.

Government technology providers. India's traceability market is uniquely shaped by government platform integration requirements. Companies that can build middleware connecting BIS, CPCB, FSSAI, and GSTN databases to manufacturer product data systems occupy a strategically defensible position. NIC (National Informatics Centre) and private contractors including Infosys, TCS, and Wipro are active in this space, though specialized startups with domain expertise in sustainability data are emerging as competitors.

Cross-border compliance solutions. The most immediate commercial opportunity lies in helping Indian exporters comply with EU ESPR and CBAM requirements. Solutions that translate Indian regulatory data (BIS certifications, EPR registrations, GST invoices) into EU-compatible DPP formats address a specific, time-bound compliance need for over 50,000 Indian companies exporting to European markets.

Key Risks and Challenges

Data quality and informal economy. Despite India's digital infrastructure achievements, approximately 80% of the economy remains informal by employment share, and supply chain data quality degrades significantly beyond tier-one suppliers. Traceability systems that rely on self-reported data from smallholder farmers, small workshops, or informal recyclers face verification challenges that technology alone cannot solve. Investors should evaluate how companies address ground-truth verification, whether through IoT sensors, satellite imagery, third-party audits, or community-based monitoring.

Interoperability gaps. India's regulatory landscape is fragmented across central and state jurisdictions, with overlapping mandates from BIS, CPCB, FSSAI, state pollution control boards, and industry-specific regulators. No single data standard or integration framework currently unifies these systems. Companies building traceability solutions must navigate multiple APIs, data formats, and regulatory reporting requirements, increasing development costs and time to market.

Privacy and data sovereignty. India's Digital Personal Data Protection Act, 2023, imposes consent and data localization requirements that affect how product and supply chain data can be shared across borders. EU DPP requirements may conflict with Indian data localization provisions when product passport data includes personally identifiable information about supply chain actors. This regulatory tension remains unresolved and represents a material risk for cross-border traceability solutions.

Outlook

India's trajectory toward comprehensive digital product traceability is accelerating, but the path differs fundamentally from the EU approach. Where Europe leads with regulation and mandates specific data formats, India is building shared digital infrastructure and allowing market participants to adopt traceability incrementally. The convergence point will come as Indian exporters must meet EU DPP requirements, creating a compliance-driven adoption wave that benefits companies positioned at the intersection of Indian digital public infrastructure and European regulatory frameworks.

For investors, the optimal entry points are companies solving the EU compliance bridge (translating Indian data into EU DPP formats), platforms integrating India's fragmented regulatory databases, and technology providers enabling traceability in sectors where India holds significant export market share: textiles, pharmaceuticals, agricultural products, and electronics components.

Action Checklist

• Assess portfolio exposure to Indian supply chains subject to EU ESPR and DPP requirements
• Evaluate Indian traceability startups for integration capability with BIS, CPCB, and GSTN platforms
• Monitor ONDC product data standards development for alignment with EU DPP specifications
• Review data localization implications under India's Digital Personal Data Protection Act for cross-border product data flows
• Track BIS Quality Control Order expansions for signals on which product categories will require enhanced digital traceability
• Engage with GS1 India's Digital Link implementation as a low-cost EU DPP alignment pathway
• Evaluate pharmaceutical serialization infrastructure as a model for scaling product passports to other sectors

FAQ

Q: When will Indian manufacturers need to comply with EU Digital Product Passport requirements? A: The EU ESPR's DPP requirements phase in by product category starting with batteries in February 2027, followed by textiles and electronics in 2028, and additional categories through 2030. Indian manufacturers exporting to the EU must comply by these deadlines or risk losing market access. Lead times for implementing compliant traceability systems are typically 12 to 24 months, meaning companies targeting battery and textile markets should have implementation underway by early 2026.

Q: How does India's Aadhaar system relate to product traceability? A: Aadhaar does not directly track products, but it provides the identity verification layer that underpins India's digital commerce infrastructure. Manufacturer identities on BIS, GSTN, and EPR platforms are linked to Aadhaar-verified entity registrations, creating a trusted identity foundation on which product-level traceability can be built. This is analogous to how EU DPP relies on verified economic operator identities through EORI numbers and VAT registrations.

Q: What are the costs for an Indian mid-sized manufacturer to implement DPP-compatible traceability? A: Initial implementation costs range from $15,000 to $60,000 for integration with existing Indian regulatory platforms and basic product data management. Full EU DPP compliance, including lifecycle assessment data, recycled content verification, and carbon footprint calculations, adds $30,000 to $100,000. Ongoing annual costs for data management, verification, and regulatory reporting are typically $10,000 to $40,000. These figures are 40 to 60% lower than equivalent EU-based implementations due to India's publicly provisioned digital infrastructure and lower labor costs for data management.

Q: Is India developing its own product passport standard separate from the EU? A: India has not announced a standalone DPP regulation equivalent to the EU ESPR. Instead, India is building product data requirements incrementally through sector-specific regulations (E-Waste EPR, plastic EPR, FSSAI labeling, BIS certification). The ONDC's product data standards and GS1 India's Digital Link implementation provide interoperable frameworks that can accommodate EU DPP data requirements without requiring a separate Indian DPP mandate. This approach reflects India's preference for infrastructure-led rather than regulation-led digital transformation.

Sources

• European Commission. (2024). Ecodesign for Sustainable Products Regulation (ESPR): Final Text and Implementation Timeline. Brussels: European Commission.
• NASSCOM. (2025). India Digital Commerce and Traceability Market Report. New Delhi: NASSCOM.
• Bureau of Indian Standards. (2025). Annual Report 2024-2025: Product Certification and Quality Control Orders. New Delhi: BIS.
• Central Pollution Control Board. (2024). E-Waste Management Rules Implementation Report. New Delhi: CPCB.
• GS1 India. (2025). Digital Link Implementation Report: QR-Based Product Data Standards Adoption in India. New Delhi: GS1 India.
• Ministry of Commerce and Industry, Government of India. (2025). Export Inspection and Quality Compliance: Annual Review. New Delhi: DGFT.
• TextileGenesis. (2025). Annual Impact Report: Fiber Traceability in South Asian Supply Chains. Zurich: TextileGenesis AG.
• Reserve Bank of India. (2025). Digital Public Infrastructure: UPI and Beyond. Mumbai: RBI.