The Digital Product Passport is not a QR code: why textile RFID is the backbone of the DPP under the ESPR
The Digital Product Passport (DPP) will transform transparency in the textile sector. The real challenge is not where the data is displayed, but how it is captured, validated and kept up to date throughout a circular lifecycle. That is the role of RFID.
The Digital Product Passport is not a QR code: why textile RFID is the backbone of the DPP under the ESPR
The Digital Product Passport (DPP) will transform transparency in the textile sector. The real challenge is not where the data is displayed, but how it is captured, validated and kept up to date throughout a circular lifecycle. That is the role of RFID.
Textile DPP
UHF RFID
ESPR
Textile traceability
Circular economy
ALT: ‘Premium textile RFID tag being scanned by an industrial reader in a fashion warehouse’
The Digital Product Passport (DPP) is the digital record—unique to each physical unit—that collects and shares a product’s sustainability, composition and traceability data throughout its entire life cycle. Under the ESPR, the challenge is not to publish this data, but to capture it without human error: this is where RFID ceases to be a labelling option and becomes critical infrastructure.
The fashion and technical textiles industry is facing its biggest operational turning point in decades. Brussels has moved away from legislating on intentions and is now legislating on the physical flow of goods. The Ecodesign Regulation for Sustainable Products (ESPR), in force since 18 July 2024, introduces the tool that will redefine corporate transparency: the Digital Product Passport.
For the executive committees of fashion brands, retailers, industrial laundries and logistics operators, the Digital Product Passport is often misinterpreted as a simple labelling exercise or a consumer-facing website. Reducing the DPP to a URL printed on a composition label is the quickest route to systemic failure in the supply chain. This is where radio-frequency identification ( RFID ) becomes the viable infrastructure, and where the combination of the Digital Product Passport and textile RFID defines the sector’s operational future.
What is the Digital Product Passport?
The Digital Product Passport is a product-specific digital record that collects, stores and shares data throughout a product’s entire life cycle, from the extraction of raw materials to its recycling or final disposal. It is neither a statistical aggregate nor a brand’s sustainability claim: it is a unique digital identity, inextricably linked to a physical unit (an item, a batch or a component).
Under the European Union framework, the passport must be accessible to all stakeholders in the value chain — manufacturers, distributors, consumers, repairers and recyclers — and each stakeholder has access to different layers of information: from the certified carbon footprint and exact chemical composition to disassembly instructions for automated recycling. The European Commission’s aim is to eliminate greenwashing through auditable and standardised data, interoperable with protocols such as GS1.
ALT: ‘Isometric diagram of the DPP: a garment connected to data nodes for composition, carbon footprint and recycling’
Why the EU is promoting the DPP in the textile sector
The textile sector has been selected as a priority sector for one obvious reason: its linear model is unsustainable. It is estimated that less than 1 per cent of the world’s textile materials are recycled back into clothing. The first ESPR Work Plan 2025–2030, adopted on 16 April 2025, identifies textiles as one of the priority product groups.
The DPP acts as a catalyst by resolving information asymmetry. Without precise data on fibre composition (for example, a 60/40 polyester-cotton blend), chemical or mechanical recycling plants cannot process waste efficiently. By demanding radical transparency, the EU aims to extend the useful life of garments, encourage eco-design and apply extended producer responsibility (EPR) on the basis of indisputable metrics.
On 9 February 2026, the European Commission adopted the acts prohibiting the destruction of unsold textiles and footwear — the first concrete sector-specific measure under the ESPR. The specific requirements of the Textile WEEE Directive will be set out in subsequent delegated acts, which the sector anticipates will come into force from 2027. The technological transition, however, must begin now.
ALT: ‘Contrast between a chaotic textile landfill and an automated sorting plant with a robotic arm’
The real challenges for manufacturers and brands
For operations directors and sustainability managers, the implementation of the digital passport exposes the weaknesses in their current information systems. The challenges are not aesthetic; they are strictly operational:
Upstream traceability
Linking data from spinning mills in Asia with garment factories and European distribution centres.
Dynamic updating
The passport is not static: if an RFID-tagged workwear garment is sent to a laundry for repair, that event must be recorded in its history.
Capture cost
If reading the garment’s identity requires human intervention (line of sight), the operational cost erodes margins in retail and reverse logistics.
Why data is the real challenge
The critical issue in textile lifecycle management lies in data governance. Many brands entrust the management of the passport to blockchain-based software platforms or cloud databases. This is an incomplete approach: the software is only as accurate as the method used to feed it data from the physical world.
If an operator makes a mistake whilst manually scanning a barcode at a used clothing sorting centre, the entire digital ecosystem of the product passport is compromised. The real challenge lies in automating data capture seamlessly, ensuring that the digital twin matches exactly – in real time and without human error – the physical garment as it moves through the supply chain.
A DPP is only as reliable as its weakest data capture point. The integrity of the passport is not determined by the software, but by the physical moment when the garment is identified.
ALT: ‘Garment-to-Cloud flowchart: automated physical capture feeding the ERP/DPP via RFID readers’
The role of RFID within the DPP
The question dominating strategic design meetings is: is RFID mandatory for the Digital Product Passport? The legal answer is no: European regulations tend towards technological neutrality and allow for QR codes or other formats. The operational and pragmatic answer is a resounding yes.
QR codes are excellent for two-way interaction with consumers at the point of sale, but they are unsuitable as the sole carrier of industrial data: they require a clear line of sight, must be scanned individually, and suffer severe degradation following industrial washing and ironing. UHF (Ultra-High Frequency) RFID natively overcomes these limitations.
| Operational criterion | Conventional QR code | UHF RFID (EPC Gen2v2) |
|---|---|---|
| Line of sight | Required for every scan | No: reads through materials and packaging |
| Capture speed | Single item (1-to-1): 2–3 seconds per garment | Bulk: hundreds of garments in seconds per box or pallet |
| Resistance to industrial washing | Very low: discolours, tears or warps | Very high with certified laundry labels |
| Security and counterfeiting | Very low: can be copied using a photograph | High: chips with encryption and access codes |
| Logistics automation | Requires manual handling | Fully automatable (tunnels and arches) |
| Data rewriting | None: static printed data | Possible: memory can be modified in the field subject to authorisation |
Why RFID will be the backbone of the DPP
To understand why RFID is establishing itself as the de facto standard for advanced industrial traceability, it is worth breaking down its six fundamental architectural advantages:
Unique identification
Unlike barcodes, which identify a generic model or SKU, RFID assigns a unique electronic product code to each physical unit. Two identical jackets have different histories.
Automatic capture
With no line of sight required, RFID gates at loading bays can take stock of entire lorries containing thousands of garments in seconds, updating transit statuses in the DPP.
Longevity
RFID textile tags withstand bulk dyeing, high-pressure ironing and daily wear and tear, keeping the product passport accessible from the factory right through to recycling.
Mass inventory
Inventory accuracy rises from 70–85 per cent (manual) to over 99 per cent, which is essential for certifying actual stock levels to the regulator and preventing the destruction of surplus stock, which is prohibited under the ESPR.
Reusable garments
In workwear, uniforms and textile hire, RFID records every wash cycle, verifying whether the garment retains its protective properties or has reached the end of its useful life.
Circular economy
In waste management, mass scanning classifies materials by exact composition at high speed, unlocking the economic viability of large-scale textile recycling.
The most common mistake is to budget for RFID as a regulatory cost centre. It is quite the opposite: an investment in digital infrastructure that generates operational returns at every stage. The DPP provides the data required by law; RFID delivers the profitability demanded by the business.
ALT: ‘Infographic showing the six pillars of RFID as the backbone of the DPP’
Case study: the textile life cycle optimised with RFID
Let’s look at the journey of a high-end garment or a technical uniform fitted with Kyubi System technology through seven critical stages:
1. Manufacturing
A UHF textile tag featuring circuits such as the NXP UCODE X or the Impinj Monza 830 is integrated. At the very start, the unique code is encoded in accordance with the EPC Gen2v2 standard, and certificates of origin, toxin-free dyes and social and labour conditions are recorded. The digital identity and the physical garment are irreversibly linked.
2. Warehouse
The boxes pass through high-density RFID reading tunnels without being opened. The system cross-checks physical units against the digital delivery note and validates the customs status of each batch, eliminating bottlenecks at reception.
3. Retail
Full stock takes are carried out in minutes using handheld terminals. Accurate stock levels prevent stock-outs and enable true omnichannel retailing (Click & Collect). At the till, the RFID POS processes the sale in seconds and the DPP status changes from ‘in stock’ to ‘sold’, activating the digital warranty.
4. Use
The consumer scans a visible secondary QR code that links to the garment’s public information: authenticity, washing advice to reduce microplastics, and the item’s carbon footprint.
5. Laundry
For workwear or hospitality textiles, washing tunnels equipped with RFID solutions read hundreds of garments simultaneously and monitor cumulative cycles, chemicals used and thermal disinfection, ensuring compliance with industrial hygiene standards.
6. Reuse
The tamper-proof life-cycle record enables second-hand markets and hire companies to assess the true value of the garment and certify its authenticity and remaining useful life.
7. Recycling
At the treatment plant, fixed long-range readers transmit the exact fibre composition to the sorting software. Pure fibre blends are automatically separated for closed-loop chemical recycling.
ALT: ‘Circular timeline of the 7 stages of the textile life cycle with RFID, from Manufacturing to Recycling’
| Regulatory requirement (ESPR / DPP) | Physical implementation challenge | Kyubi System solution |
|---|---|---|
| Unambiguous identification at item level | Preventing duplication or forgery of the unique ID | Secure encoding based on the EPC Gen2v2 standard |
| Access to chemical composition data | Protection of information against environmental damage | Premium NXP UCODE X and Impinj Monza 830 silicon chips |
| Auditable operational history | Recording maintenance and sanitisation processes | Automated bulk reading with RFID workwear solutions |
| Data availability following intensive cycles | Prevent electronic failure caused by moisture and heat | Advanced encapsulation certified for intensive industrial washing and calendering pressures |
How Kyubi helps businesses prepare
Adapting to the Digital Product Passport is neither an isolated software project nor an impulse purchase of tags. It requires end-to-end engineering consultancy that understands the production plant, the logistics centre and the point of sale. At Kyubi System, we support the entire process:
Process audit
We analyse goods flows and systems (ERP, WMS, PLM) to identify where data capture is failing or inefficient.
Optimised hardware
We determine the ideal format for textile RFID tags based on fabric type, packaging and washing requirements.
Reading infrastructure
We design gates, tunnels and solutions for laundries with 100% read rates in complex environments.
We connect the capture hardware to the DPP’s software platforms, ensuring that every physical read updates the digital twin transparently and securely.
Manual tracking vs. automated RFID traceability
| Metric dimension | Manual tracking (barcode / paper) | Automated traceability (Kyubi RFID) |
|---|---|---|
| Warehouse stock accuracy | 75%–82% due to errors and misplacements | > 99.5% through automated bulk scanning |
| Taking stock of 10,000 garments | 32 to 40 hours of labour | Less than 15 minutes using high-speed terminals |
| Cost per item scanned | High: staff dedicated to scanning individual items | Virtually zero following the deployment of fixed infrastructure |
| Reverse logistics | Slow: manual processing, item by item | Immediate: instant identification of origin and status |
| Value chain visibility | Fragmented, with blind spots between suppliers | Continuous and in real time throughout the entire life cycle |
Future trends
Textile RFID is moving towards passive sensors capable of recording temperature or humidity without batteries, and towards the convergence of UHF chips (industrial logistics) and NFC (interaction with the consumer’s smartphone) within a single package. Brands that deploy a robust RFID infrastructure today will be able to adopt these innovations without having to redesign their processes.
Strategic conclusion
The Digital Product Passport with textile RFID is not merely a regulatory requirement, but the sector’s most powerful strategic tool for optimising operations and making sustainability profitable. Those who reduce their response to the ESPR to a static QR code will face unsustainable logistical inefficiencies and rising costs in reverse logistics.
Companies that implement a comprehensive automated identification infrastructure based on Kyubi System’s RFID technology will transform a legal obligation into a competitive advantage: regulatory compliance, inventory accuracy, value chain optimisation, and genuine, measurable and profitable circular models. The future of textile traceability is no longer a design choice; it is a reality of industrial engineering.
ALT: ‘Executive committee analysing a dashboard of global supply chain metrics’
Frequently asked questions about DPP and textile RFID
What is a Digital Product Passport?
Is RFID mandatory for the Digital Product Passport?
When will the DPP become mandatory for the textile sector?
How does RFID help with compliance with the DPP?
How can a textile company prepare for the ESPR?
Which technologies enable textile traceability?
What is the best technology for reusable garments?
How does RFID improve the circular economy?
How can laundries support DPP programmes?
What is the difference between the NXP UCODE X and Impinj Monza 830 chips?
How does the EPC Gen2v2 standard enhance the security of the DPP?
How does the DPP influence stock management and returns?
Ready to turn the ESPR into a competitive advantage?
Discover how Kyubi System’s RFID infrastructure makes the Digital Product Passport a reality in your textile supply chain: true traceability, >99% inventory accuracy and profitable circular models.
digital product passport
textile DPP
textile RFID
ESPR
textile traceability
laundry RFID tags
textile circular economy
EPC Gen2v2
RFID workwear
