Digital Product Passport and Anti-Counterfeiting: A Guide for Italian Luxury Brands

The Made in Italy label is among the most imitated in the world. According to the EUIPO (European Union Intellectual Property Office), counterfeiting costs the EU economy approximately EUR 119 billion every year, with fashion and luxury goods among the most affected sectors. For Italy alone, estimated losses in the fashion and leather goods sector range between EUR 7 and 8 billion annually.

Traditional anti-counterfeiting measures such as holograms, serial numbers, and paper certificates are becoming increasingly ineffective. Modern counterfeiting operations rely on advanced manufacturing, global e-commerce logistics, and social media distribution, making it harder than ever to distinguish authentic products from fake ones.

The Digital Product Passport fundamentally changes this dynamic. Powered by NFC chips with cryptographic authentication, it allows each physical product to have a verifiable digital identity. Consumers can check authenticity with a simple smartphone tap — no app required, in just a few seconds. For luxury brands, the Digital Product Passport (DPP) can become a core tool for:

• product authentication
• supply chain traceability
• brand protection against counterfeiting.

This guide explains:

• how the technology works
• which Italian luxury sectors are adopting it
• how brands can implement it effectively.

The Scale of Counterfeiting in Italian Luxury

The Italian fashion and leather goods sector generates more than EUR 95 billion in annual revenue and supports over 580,000 jobs. At the same time, counterfeiting has grown into a massive global market that erodes this value at multiple levels.

The impact extends beyond direct revenue loss. Research from Bocconi University shows that widespread counterfeit availability can reduce consumers' willingness to pay premium prices by 15 to 25 percent, even for products they know are authentic.

The digital marketplace has accelerated the problem dramatically. According to EUIPO, online channels now account for more than 50 percent of counterfeit purchases in the European Union.

A counterfeit bag can be photographed in a factory in Southeast Asia, uploaded to multiple platforms within hours, and shipped directly to consumers around the world.

In this environment, traditional enforcement methods such as border seizures, physical inspections, and market raids are structurally insufficient.

The employment impact is equally significant. Confindustria estimates that counterfeiting costs tens of thousands of legitimate jobs each year, particularly in artisan workshops and SMEs that form the backbone of Italian luxury manufacturing.

What Is a Digital Product Passport

A Digital Product Passport (DPP) is a structured digital record that contains verifiable information about a product's identity and lifecycle. Typical data included in a DPP may cover: materials used in production, manufacturing origin, sustainability information, care instructions, and authentication credentials.

Each DPP is linked to a physical product through a data carrier, typically an NFC chip or QR code. The data carrier creates a bridge between the physical and digital worlds. When a consumer, retailer, or inspector interacts with the tag, they can access the product's digital passport and verify information about its origin and authenticity.

The regulatory context makes this technology increasingly important. The EU Ecodesign for Sustainable Products Regulation (ESPR – EU 2024/1781) introduces Digital Product Passports for a growing number of product categories. Textiles, footwear, and leather goods are among the priority sectors. For Italian luxury brands, adopting the DPP is therefore not only a strategic choice — it is becoming a regulatory requirement for maintaining access to the European market. For a deeper technical explanation, see our guide to the Digital Product Passport.

How Digital Product Passports Fight Counterfeiting

The anti-counterfeiting power of the Digital Product Passport does not rely on visual labels that can be copied. Instead, it uses cryptographic authentication mechanisms.

NFC Authentication with NTAG 424 DNA

One of the most advanced authentication standards for luxury goods uses the NXP NTAG 424 DNA chip, which supports the SUN (Secure Unique NFC) protocol.

Unlike static identifiers that can be photographed or duplicated, this chip generates a unique cryptographic response every time it is read.

The chip stores an AES-128 encryption key in secure memory. Each interaction generates a Message Authentication Code (MAC) combined with an incremental counter.

The server verifies both the cryptographic validity of the MAC and the sequence of the counter. This means that even if a URL from a previous scan is copied, it will fail verification.

Supply Chain Traceability

Digital Product Passports allow brands to record key steps in the production process.

Tanneries, cutting workshops, assembly ateliers, quality control teams, distribution centers, and retailers can record interactions with the product.

The result is a verifiable provenance record, making it extremely difficult for counterfeiters to replicate the history of an authentic product.

Consumer Authentication

For consumers, the experience is intentionally simple.

They only need to tap their smartphone against the product. The phone automatically reads the NFC tag, the server verifies authenticity in milliseconds, and a verification page is displayed.

This transforms authentication from an expert-only task into something any consumer can perform instantly.

Use Cases Across Italian Luxury Sectors

Leather Goods and Handbags

Tuscany remains one of the global centers of luxury leather craftsmanship. NFC tags integrated into bag linings or hardware allow consumers to verify leather origin, view artisan certifications, and explore the product's production history. In the pre-owned luxury market, where authenticity is critical, embedded NFC authentication increases buyer confidence and resale value.

Fashion and Apparel

NFC tags integrated into garment labels or seams enable authentication that lasts throughout the product's lifecycle. DPPs can also include sustainability information such as fiber origin, water consumption, carbon footprint, and recycling instructions.

Jewelry and Watches

Miniaturized NFC tags integrated into watch casebacks or jewelry packaging provide cryptographic proof of authenticity. The Digital Product Passport can also store gemological certificates and full chain-of-custody documentation.

Wine and Spirits

In the wine and spirits sector, NFC-enabled capsules can provide tamper-evident authentication. The tag is designed to break when the bottle is opened, registering the event on the digital passport and preventing fraudulent refilling of authentic bottles.

Beyond Anti-Counterfeiting: Strategic Benefits

Regulatory Readiness

Implementing DPP systems today allows brands to prepare for future requirements under the ESPR regulation, avoiding rushed compliance when the regulation becomes mandatory.

Consumer Engagement

The Digital Product Passport transforms product verification into a brand interaction moment. A simple tap can reveal content such as artisan stories, atelier history, material sourcing details, and product care guidance.

Secondary Market Authentication

Products with verifiable digital authentication often achieve higher resale value, because buyers can easily confirm authenticity.

Supply Chain Transparency

DPPs allow brands to document sustainability practices, material origins, and environmental impact with unprecedented clarity.

Consumer Analytics

Each product authentication generates anonymized data such as where scans occur, when they occur, and how consumers interact with products. These insights provide brands with valuable information that was previously unavailable once a product left the retail environment.

Implementation: How to Get Started

Phase 1 — Pilot (4–8 weeks)

Select a product line and implement NFC authentication on a few hundred or thousand units.

Phase 2 — Expansion (2–4 months)

Extend the system to additional product lines and integrate supply chain partners.

Phase 3 — Full Scale (3–6 months)

Roll out the system across the entire product catalog while activating advanced analytics and ESPR compliance features.

Choosing the Right Data Carrier

For luxury products where anti-counterfeiting is critical, NFC with NTAG 424 DNA is generally the most effective option. A hybrid approach — NFC on the product and QR codes on packaging or documentation — often provides the best balance between security and accessibility.

Platform Selection Criteria

When evaluating DPP platforms, brands should consider:

• support for NTAG 424 DNA SUN authentication
• compliance with ESPR requirements
• scalability from pilot to full deployment
• API integration with ERP and PLM systems
• GDPR compliance
• quality of the consumer experience.

Frequently Asked Questions