Unlocking strategic value from digital product passports
Unlocking Strategic Value from Digital Product Passports whitepaper outlines how Digital Product Passports (DPPs) are set to transform global value chains, moving far beyond regulatory compliance to deliver measurable commercial, operational, and sustainability benefits. While the introduction of DPPs is being driven by evolving EU regulations—beginning with mandatory Battery Digital Passports (BDPs) for all batteries placed on the European market from 2027—the paper highlights that organisations adopting DPPs early stand to gain strategic competitive advantage.
DPPs act as digital records containing transparent, verifiable, lifecycle data about products—from raw material extraction through manufacturing, distribution, use and maintenance, to end‑of‑life. This traceability unlocks new opportunities for improved supply chain visibility, enhanced ESG performance, and the development of circular business models such as reuse, remanufacture, repair, resale and leasing. In the context of Electric Vehicle Batteries (EVBs), the whitepaper demonstrates how DPPs support compliance while also enabling safer handling, extended product life, and greater resource efficiency.
A central theme is the role of Artificial Intelligence in enabling scalable, accurate and secure DPP ecosystems. AI addresses longstanding industry challenges such as data fragmentation, lack of standardisation, and reluctance to share sensitive information. Through advanced analytics, predictive modelling, and automated data validation, AI dramatically enhances both the quality and accessibility of product data. Key applications include battery health prediction, end‑of‑life decisioning, carbon footprint calculation, supply chain due diligence, adaptive disassembly and fraud detection. These capabilities improve operational efficiency, reduce risk, and ensure data accuracy for auditors, regulators, OEMs and end users.
Cybersecurity is highlighted as foundational to DPP adoption. Many supply chain actors remain hesitant to share data due to concerns about intellectual property protection and competitive exposure. The paper underscores the importance of robust, standardised security frameworks—including role‑based access control, encryption, identity verification, audit trails and potentially Distributed Ledger Technology. Trusted data environments increase participation and improve overall data quality, which in turn strengthens the performance of AI-driven insights.
The whitepaper also details a three‑layer system architecture—comprising European Commission central services, distributed DPP system services and third‑party services—designed to ensure governance, interoperability and resilience across the wider ecosystem.
Ultimately, the paper concludes that DPPs should be viewed as strategic enablers rather than a compliance burden. Organisations who integrate DPPs early will be better positioned to manage regulatory risk, optimise operations, foster customer trust, and lead in sustainability and innovation. By combining transparent data sharing with robust cybersecurity and AI-powered intelligence, DPPs unlock new pathways for value creation, circularity and long‑term business resilience across global supply chains.