Digital Product Passports: The Next Test of Product Excellence

Product excellence has traditionally been judged at the point of sale: design, performance, price, packaging and the promise of innovation. Digital product passports are beginning to change that test. Instead of relying on a launch narrative, buyers, regulators and business partners increasingly want evidence of what a product is made from, how long it can last, whether it can be repaired and what happens when it reaches end of life. For the Global Product Awards 2026, that shift adds a new dimension to how products are assessed.

A digital product passport is not simply a sustainability report attached to a product. It is a structured digital record that can be linked to a physical item and made accessible through a QR code, NFC tag or similar interface. The concept is central to the European Union's Ecodesign for Sustainable Products Regulation, which provides a framework for product-specific passport requirements. The direction of travel is clear: product information is becoming part of the product itself.

From Launch Features to Lifecycle Evidence

The traditional product story is built around features, specifications and market positioning. A digital product passport adds a different set of questions. Where were the materials sourced? Which suppliers were involved? What components are critical to performance? Can the product be repaired, and are spare parts available? How should it be dismantled, recycled or otherwise handled at end of life?

These questions matter because they expose the gap between a product's marketing claims and its operational reality. A product may be presented as durable or recyclable, but those claims become more credible when they are supported by records that can be checked. A passport can help connect design decisions to lifecycle outcomes, making product excellence a matter of evidence rather than assertion.

This does not mean every product must disclose every detail immediately. Requirements are being developed product by product, and scope will vary. But the strategic implication is broader. Companies that treat lifecycle data as an afterthought may find themselves responding to customer, regulatory and market pressure late. Companies that build reliable records early can use them to improve design, after-sales service and circularity.

The Data Challenge Beneath the Passport

The visible part of a digital product passport is simple: a code on a label, a scan, a page of information. The difficult part sits behind that interface. Material composition, supplier records, repairability details and end-of-life instructions often sit across disconnected systems, spreadsheets and supplier relationships. A passport requires those fragments to be brought together in a consistent and maintainable way.

That is a data-governance challenge as much as a technology challenge. Companies need unique product identifiers, clear ownership of data fields, version control and processes for updating records when components or suppliers change. They also need to decide how much information is public, how much is restricted and how access is managed across different markets.

• Material data: composition, weight, hazardous substances and recycled content where relevant.
• Supplier records: traceability across tiers of supply, including evidence for key claims.
• Repairability information: spare parts, disassembly guidance and service documentation.
• End-of-life handling: recycling, recovery and take-back instructions.

For large manufacturers, the challenge is often integration. For smaller suppliers, it can be capacity. A passport that depends on incomplete supplier data will not deliver trust. It may instead create a false impression of rigour. The quality of the underlying record is therefore the real test.

QR Codes, NFC and the Trust Gap

QR codes and NFC tags are useful because they connect a physical product to a digital record. A buyer can scan a label in a shop, a technician can access service information, and a regulator can check whether required data is available. The interface is familiar, but the value depends entirely on what sits behind it.

A passport that leads to a generic marketing page is not a passport. A broken link, an outdated record or a data field that cannot be compared with other products undermines confidence. The same technology can support trust or expose weakness. What matters is whether the data is accurate, maintained and presented in a way that users can understand.

This is where the trust gap emerges. A QR code can look authoritative without being reliable. Companies therefore need validation processes, supplier attestation and clear responsibility for updates. The physical-digital link can support recalls, warranty management, resale and repair services, but only if the record remains current throughout the product's life.

Compliance, Greenwashing and Circularity

Regulators are moving towards more granular product information because broad sustainability claims are difficult to verify. Poor data creates greenwashing risk. A claim that a product is recyclable, repairable or made with lower-impact materials can be challenged if the supporting records are missing or inconsistent. Robust passports can reduce that risk by making claims more specific and traceable.

They can also support circularity. Repairers need parts information. Recyclers need material composition. Resellers need provenance. Consumers need clear instructions. A well-maintained passport can serve all of these audiences, extending the useful life of products and supporting after-sales services. The business case is not only compliance; it is also better product management.

The risk is that passports become a box-ticking exercise. If companies treat them as a one-off disclosure rather than a living record, the information will quickly lose value. Governance must cover the full lifecycle, including changes in suppliers, components and service arrangements.

A New Benchmark for Product Awards

Award programmes have traditionally assessed design, performance, market relevance and innovation. Digital product passports add a further test: can a product's claims be supported by credible lifecycle evidence? Passport-style criteria could help distinguish products that combine innovation with transparency from those relying on broad sustainability language.

Such criteria need not be bureaucratic. They can focus on whether material and supplier data is available, whether repairability is documented, whether end-of-life handling is clear and whether the digital record is maintained. These questions sit alongside design and performance rather than replacing them. A product can be innovative and poorly documented, or conventional and highly transparent. The strongest products will manage both.

The shift towards digital product passports therefore represents more than a new compliance requirement. It changes what product excellence looks like. Features and price still matter, but they are no longer the whole story. The next test is whether a product can prove its lifecycle story through data that is accurate, accessible and maintained. That is a demanding standard, and one likely to define the strongest entries in the Global Product Awards category.