This is our step-by-step guide to digital product passport implementation, covering ESPR compliance, GS1 standards, EPCIS 2.0 and phased rollout.
A Practical Roadmap to Implementing Digital Product Passports
As Digital Product Passports move closer to mandatory adoption across multiple sectors, many organisations are shifting from understanding the regulation to implementing it in practice.
Under the EU’s Ecodesign for Sustainable Products Regulation (ESPR), Digital Product Passports will become a core requirement for selected product categories, starting with batteries in 2027 and expanding to others over time. This poses a significant operational and data challenge for manufacturers, retailers, and supply chain operators.
In our 2026 Guide to Digital Product Passports, we explored what digital product passports are, which sectors are affected, and the standards shaping compliance. In this follow-on article, we focus on how organisations can approach implementation in a structured, practical way.
Why a Roadmap Matters
Digital Product Passports are not a single technology deployment.
They require coordination across product data, identification, IT systems, labelling, operations, and external partners. Without a clear roadmap, initiatives can become fragmented, overly complex, or difficult to scale.
A phased implementation roadmap helps organisations:
- Manage complexity and reduce delivery risk
- Align internal teams around a shared approach
- Pilot solutions before committing to full rollout
- Build a future-proof foundation for ESPR compliance
Phase 1: Scope, Regulation, and Prioritisation
The first step is understanding where Digital Product Passports apply today and where they are likely to apply next.
This includes:
- Identifying which product categories fall under ESPR timelines
- Understanding market exposure, particularly EU requirements
- Prioritising products based on volume, complexity, or regulatory risk
At this stage, organisations should focus on defining a manageable starting point. The goal is to define a manageable starting point.
Phase 2: Defining Product Data and Ownership
Digital Product Passports are only as good as the data behind them.
Before selecting technology, organisations need to clarify:
- What product data is required for compliance and transparency
- Where that data currently resides
- Who owns, maintains, and validates each data element
This phase often reveals gaps or inconsistencies that must be addressed early to avoid issues later in the programme.
Phase 3: Standards-Based Data Modelling
To support scale and interoperability, Digital Product Passport data should be built on open standards.
This typically involves:
- Using GS1 identifiers to uniquely identify products
- Structuring lifecycle events using EPCIS 2.0
- Defining how data is captured, stored, and shared across systems
A standards-based data model ensures compatibility across partners and avoids reliance on proprietary or siloed solutions.
Phase 4: Product Identification and Data Capture
Once the data model is defined, organisations can focus on linking physical products to digital records.
This may include:
- Printing and applying 2D codes
- Encoding RFID tags where automation or non-line-of-sight reading is required
- Deploying readers or portals to capture product events reliably
The emphasis should be on repeatability, accuracy, and operational fit.
Phase 5: Pilot and Validation
Pilots are a critical step in any Digital Product Passport Programme.
They allow organisations to:
- Test data capture in real operational conditions
- Validate EPCIS events and data flows
- Identify process or system issues early
- Refine workflows before scaling
A successful pilot creates a proven reference model for wider rollout.
Phase 6: Scale, Integrate, and Optimise
Following a successful pilot, Digital Product Passport capabilities can be extended across:
- Additional product ranges
- Multiple sites or regions
- Suppliers and logistics partners
At this stage, integration with enterprise systems becomes increasingly important to ensure efficiency, data consistency, and long-term sustainability.
How Coriel Solutions Supports Digital Product Passport Programmes
Coriel Solutions designs and delivers end-to-end traceability solutions so that organisations can move from roadmap to reality.
By integrating:
- RFID and 2D identification technologies
- Fixed and mobile readers
- Automated portals
- Cloud platforms built on GS1 standards and EPCIS 2.0
Coriel Solutions helps organisations connect physical products with trusted digital data to support phased implementation and long-term ESPR compliance.
Solutions are designed for real operational environments and can evolve as regulatory requirements and business needs change.
Seeing the Full Picture
This roadmap outlines the practical steps to implement Digital Product Passports.
For a broader overview, including what digital product passports are, which sectors are affected, and how ESPR is shaping requirements, read our companion article:
The 2026 Guide to Digital Product Passports
Moving Forward
Digital Product Passports represent a significant shift in how product data is managed and shared. Organisations that take a structured, phased approach will be best placed to respond as requirements come into force.
Whether you are in the early scoping stages or planning a pilot, Coriel Solutions can help you shape a roadmap that aligns with your products, systems, and regulatory obligations.
Frequently Asked Questions
What is the difference between RFID and barcodes on the line?
Barcodes need line of sight and single-item scans. RFID reads many items automatically without line of sight, which makes it better for portals, kitting, WIP and closed-loop assets.
Will RFID work around metal and liquids in our plant?
Yes, with the right tags, spacers and antenna design. A site survey and tag-on-product testing are essential to reach the required read accuracy at speed.
How does RFID integrate with our MES or ERP?
Middleware such as corielEDGE transforms raw reader data into clean events and posts them to MES or ERP through standard interfaces so transactions update automatically.
Can RFID support just-in-time and sequencing?
Yes. By instrumenting supermarkets, kitting and line-feed gates, planners get real-time inventory and movement data to trigger replenishment and confirm correct sequence.
What about operator acceptance and change management?
Design out extra steps. Use hands-free reads, clear HMIs and visible confirmation lights. Train teams on exceptions, not basic scans, and monitor performance during ramp-up.
How do we choose the right tag for high temperatures or chemicals?
Select tags rated for your environment, including on-metal constructions, encapsulation and adhesive types. Validate durability through heat, wash and abrasion cycles.
What are the main security and privacy considerations?
Minimise personal data in tags, secure reader networks, harden devices, and follow least-privilege access. Complete a DPIA where staff or visitor identifiers are processed.
How quickly can we scale beyond a single line?
Use a repeatable pattern. Standardise mounts and power, centralise device management with corielCONTROL and keep identifiers and events consistent so each new line is a configuration, not a project.
Useful links
GS1 RFID Standards Overview
GS1 overview of EPC RFID standards and how to implement them
EPCIS 2.0 and EPCIS 1.2
Find out more about EPCIS
Ecodesign for Sustainable Products Regulation (ESPR)
Discover more about ESPR as part of the Circular Economy Action Plan