Digital Product Passport

EU Digital Product Passport 2026: Why the Product Link Matters

The Digital Product Passport is often described as a data challenge. For manufacturers, it is also a product identity decision.

A passport only creates value when the right person can access the right information for the exact product in front of them. That means something has to live on the product, the packaging, the label, or the component itself. It may look like a QR code, barcode, Data Matrix code, or another scannable carrier. But the strategic question is bigger than the format:

  • Will the product link only open information, or will it also prove that the product is genuine?

This is where many Digital Product Passport programs split into two very different paths. One path treats the passport as a compliance project. The other uses the same rollout to create a secure product identity that supports compliance, anti-counterfeiting, and direct customer engagement at once.

For companies preparing for the European Union’s Digital Product Passport requirements, the second path can create a much stronger business case.

Key takeaways

  • The regulatory foundation for the Digital Product Passport is now in place, but obligations will roll out by product category and through sector-specific rules.
  • A standard QR code may provide access to a digital record, but it does not prove that the physical product being scanned is genuine.
  • A secure, copy-resistant product identity can turn one scan into three sources of value: DPP readiness, brand protection, and customer engagement.
  • The best time to make the product identity decision is before packaging, labeling, IT, compliance, and product data teams are locked into a single-purpose implementation.

What is a Digital Product Passport?

A Digital Product Passport is a digital record connected to a physical product, component, or material. It is designed to make relevant product information easier to access throughout the product lifecycle.

Depending on the product category and future delegated acts, a passport may include information such as:

  • Product identification data
  • Manufacturer and origin information
  • Material composition
  • Sustainability and environmental data
  • Compliance and certification records
  • Repair and maintenance instructions
  • User manuals and safety information
  • Recycling, disposal, and end-of-life guidance
  • Supply chain or traceability information

Today, this information is often fragmented across ERP and PLM systems, supplier declarations, compliance databases, packaging files, manuals, service portals, and generic websites. The Digital Product Passport creates a framework for bringing that information closer to the individual product and making it accessible to the right stakeholders, including customers, distributors, repair centers, recyclers, customs authorities, and regulators.

Where the EU stands in 2026

The legal foundation is already in place. The EU Ecodesign for Sustainable Products Regulation, known as ESPR, entered into force on 18 July 2024. It extends the previous ecodesign framework from energy-related products to virtually all physical products, with limited exemptions such as food, feed, and medicinal products. The European Commission describes the DPP as a digital identity card for products, components, and materials that will support sustainability, circularity, and legal compliance. Source: European Commission ESPR overview

This does not mean every product needs a passport immediately. ESPR is framework legislation. Product-specific requirements will be developed through delegated acts, supported by stakeholder consultation, impact assessments, and working plans.

In April 2025, the European Commission adopted the first ESPR and Energy Labelling Working Plan for 2025-2030. The priority products identified for the coming years include steel and aluminium, textiles with a focus on apparel, furniture, tyres, mattresses, and a number of energy-related products. The Commission also plans horizontal measures on repairability, including a repairability score, and recyclability requirements for electrical and electronic equipment. Source: European Commission 2025-2030 working plan summary

There are also sector-specific regimes that should be considered separately. The EU Batteries Regulation introduces battery passports accessed via QR code, while the new Construction Products Regulation introduces Digital Product Passports for construction products. Source: European Commission Batteries Regulation news Source: European Commission Construction Products Regulation news

Technical preparation is also underway. The Commission has stated that DPP rollout work includes rules on identifiers and data carriers, access rights to DPP information, and the establishment of a DPP registry and web portal. Source: European Commission ESPR implementation page

The message for manufacturers is clear: the exact timeline depends on the product category, but the direction is set. Products sold in the EU market will increasingly need reliable, accessible, product-specific digital information.

Why waiting can be expensive

Many organizations still treat the Digital Product Passport as a future compliance requirement. That is understandable. Detailed requirements are not yet final for every category.

But waiting creates its own risk.

First, product data is rarely ready in one place. Information that may be needed for a future passport can sit across multiple systems, markets, suppliers, business units, and document formats. Mapping, cleaning, structuring, approving, and governing that data takes time.

Second, packaging and labeling decisions have long lead times. Once a company chooses a data carrier, label position, packaging process, scan flow, and integration model, changing direction later can be costly.

Third, a compliance-only rollout may miss the biggest opportunity. The DPP will create a new scan moment on the product. That scan moment can simply open a digital record, or it can become the trusted entry point for authentication, warranty protection, product registration, instructions, service flows, circular economy content, and customer engagement.

Companies that start earlier can use pilots to validate the carrier, data model, scan experience, and internal workflow before deadlines arrive.

The overlooked decision: what will users scan?

A Digital Product Passport only works when the physical product can be connected to its digital record. That makes the on-product link one of the most important decisions in the whole program.

For many DPP scenarios, a standard data carrier such as a QR code, barcode, or Data Matrix code may provide access to the required information. These formats are familiar, inexpensive, and easy to scan.

But access is not the same as authenticity.

A copied QR code can still lead to a real passport. If that copied code is printed on a counterfeit product, the user may see legitimate-looking digital information even though the physical product is fake. The digital record may be real, but the physical-digital connection is not trusted.

That creates a gap in DPP planning. A passport can describe the genuine product, but a plain copied code does not prove that the item in the user’s hand is the genuine product.

This is why the product identity layer matters.

QR access vs. secure product identity

The goal is not to replace every QR code. The goal is to decide what the scan should achieve.

If the scan only needs to open information, a standard code may be enough for some use cases. If the scan also needs to confirm product authenticity, protect brand value, and support customer interaction, the carrier must become part of a secure product identity.

Compliance-only data carrier Secure product identity
Opens a digital record Opens a digital record and verifies the physical product
Can often be copied, photographed, or reprinted Designed to resist copying and cloning
Supports access to passport information Supports DPP readiness, authentication, warranty protection, and engagement
Limited ability to identify counterfeit scans Can generate authentication and market intelligence
Mainly a compliance cost Creates value beyond compliance

One secure identity, three returns

This is where the business case changes.

If a manufacturer treats DPP as a stand-alone project, the investment may look like a pure compliance cost. The company creates data structures, connects systems, updates labels, trains teams, and builds governance mainly to satisfy future requirements.

If the same product identity is also used for anti-counterfeiting and customer engagement, the economics are different.

A secure product identity can become the shared foundation for three outcomes.

1. DPP readiness

Each product, package, or component can be connected to structured digital information. As product-category requirements evolve, the same identity layer can support the passport content, scan flow, access rules, and lifecycle information needed for compliance.

This allows companies to prepare gradually instead of rushing to create a last-minute, single-purpose DPP rollout.

2. Brand and revenue protection

Counterfeit products do more than create lost sales. They can damage customer trust, increase warranty fraud, create liability risks, distort distribution channels, and weaken brand reputation.

A secure product identity gives customers, distributors, field teams, and service partners a practical way to check whether a product is genuine. It can also help brands identify suspicious scan patterns and locations, giving teams better intelligence on where counterfeit activity may be appearing.

3. Direct customer engagement

Every scan is a moment of attention. Once a customer, installer, distributor, service technician, or recycler scans the product, the brand has an opportunity to deliver relevant content and create a useful digital experience.

That experience can include manuals, installation instructions, safety content, warranty registration, service flows, loyalty programs, spare parts information, recycling guidance, or product-specific offers.

Instead of sending users to a generic website, the brand can provide information connected to the exact product being scanned.

Why the internal project load matters

For global manufacturers, the most difficult part of DPP readiness is often not the technology itself. It is the internal project burden.

A real rollout may involve packaging, printing, compliance, IT, product data, marketing, customer service, legal, procurement, regional teams, suppliers, and external implementation partners. Each group has its own systems, timelines, constraints, and priorities.

This is why a narrow compliance project can become difficult to move forward. It touches too many teams for too little immediate return.

A combined secure product identity program is easier to justify because it supports multiple objectives at once. It gives compliance teams a DPP-ready foundation, brand protection teams an anti-counterfeiting tool, marketing and service teams a customer engagement channel, and leadership a stronger return on the same physical rollout.

How Authentic Vision helps

Authentic Vision provides secure product digitalization by giving physical products a unique, copy-resistant identity and connecting that identity to digital value such as product authentication, Digital Product Passport content, and customer engagement. Authentic Vision’s Holographic Fingerprint technology, smartphone-based authentication, and backend infrastructure are designed to bridge the physical product and the digital experience.

For manufacturers, this means the product link can do more than open a passport. The same scan can help verify authenticity, deliver product-specific information, support service or warranty flows, and create intelligence for the brand.

The practical advantage is implementation focus. Instead of launching separate projects for DPP access, anti-counterfeiting, and engagement, companies can build one secure identity layer and connect additional use cases over time.

Authentic Vision’s approach is designed to minimize disruption by integrating into existing labels, packaging processes, and enterprise systems where possible. The result is a scalable foundation for secure product digitalization, not another isolated compliance tool.

How to start preparing now

Manufacturers do not need to wait for every delegated act to begin. The most useful first steps are practical and low-regret.

  • Identify which product categories and markets are most likely to be affected by DPP or sector-specific passport requirements.

  • Map the product information that already exists across ERP, PLM, supplier systems, certification records, packaging files, manuals, service content, and compliance databases.

  • Decide what the on-product data carrier should do beyond opening a digital record.

  • Test a secure product identity on one product line, package type, or region before scaling globally.
  • Connect the scan experience to immediate value, such as authentication, digital instructions, warranty registration, product information, or customer engagement.

  • Build toward future DPP readiness while generating value before regulatory deadlines arrive.

The critical decision is not only what data the passport will contain. It is how the physical product will be trusted as the entry point into that data.

Looking ahead

The Digital Product Passport is one of the most important shifts in product information management in decades. It will change how product data is created, governed, accessed, and trusted across the lifecycle.

Companies that treat DPP as a last-minute compliance expense may get the passport online, but miss the larger opportunity. Companies that treat DPP as part of secure product digitalization can create a stronger foundation: one product identity that supports regulatory readiness, brand protection, and customer engagement.

That is the opportunity today.

One secure product identity. One scan. Three sources of value.

Ready to make your products DPP-ready and secure? Request a free sample kit or talk to Authentic Vision about building a secure product identity foundation for your products.

FAQ

The Digital Product Passport is a digital record connected to a physical product, component, or material. It is intended to make relevant information about sustainability, composition, repair, recycling, compliance, and lifecycle management easier to access for the stakeholders who need it.

There is no single date for all products. The ESPR entered into force in July 2024, but product-specific obligations will be introduced gradually through delegated acts and working plans. Some sectors, such as batteries and construction products, also have sector-specific rules.

A standard QR code may be enough to provide access to digital product information in some scenarios. However, a copied QR code does not prove that the physical product is genuine. Manufacturers that need authentication, brand protection, warranty protection, or trusted product-level engagement should consider a secure product identity.

The passport itself does not automatically stop counterfeiting. The protection comes from the product identity layer. If the scannable link is copy-resistant and connected to backend verification, the same scan that opens product information can also help verify authenticity and detect suspicious activity.

Start by mapping product data, identifying affected product categories, reviewing packaging and labeling processes, and deciding what the on-product scan should deliver. A pilot on one product line can help validate the data model, scan experience, authentication approach, and internal workflow before a larger rollout.

Our solution offering consists of security labels, mobile App and access to our web portal. The exact costs are dependent on the volume of security labels, the type of mobile App (customer branded or SDK) and the software capabilities being used on the web portal.