Bringing Circularity into Practice: Why Digital Product Passports Matter
As mobility systems evolve under the combined pressures of artificial intelligence, sustainability requirements, and accelerating global change, the expectations placed on future leaders are rapidly expanding. This is at the heart of Aurelia Academy’s program Female Leadership in Mobility: Shaping Future-Ready Leaders in an Era of AI, Sustainability and Global Change, which brings together professionals preparing to lead in increasingly complex technological and value-chain environments.
In this setting, DiPPa is partnering with Aurelia Academy to contribute to the dialogue on how circularity can move from strategic ambition to operational reality. As part of this collaboration, Marion Rouzeaud, founder of DiPPa and author of DiPPa: Rethinking the Way We Buy Things with Digital Product Passports, will join the program as a guest speaker, focusing on how lifecycle transparency and Digital Product Passports can support more resilient, data-driven, and sustainable materials and products.
Why circularity has become a strategic necessity
Circularity is increasingly recognized not only as an environmental objective but as a structural requirement for long-term resilience. Organizations face growing pressure from resource constraints, regulatory developments, and stakeholder expectations to understand and manage the full impact of their products across sourcing, production, use, and recovery.
While sustainability strategies frequently include circularity targets, implementation often remains difficult. Circular transformation requires visibility into how products are designed, manufactured, distributed, used, maintained, upgraded, and ultimately recovered or recycled. Without reliable product information across these stages, companies struggle to operationalize ambitions consistently, compare alternatives, or demonstrate credible progress.
Lifecycle-based methodologies such as Lifecycle Assessment (LCA), supported by Lifecycle Inventory (LCI) data, provide a structured way to quantify environmental impacts and identify improvement priorities. Yet their effectiveness depends heavily on the availability of consistent, traceable product data across suppliers and life stages. In practice, data gaps are often what prevent lifecycle insights from being used confidently in design trade-offs, procurement decisions, and end-of-life strategies.
This lifecycle perspective is central to DiPPa: Rethinking the Way We Buy Things with Digital Product Passports, which argues that meaningful circularity depends on connecting information with action across every stage of the product journey.
Mobility transformation and lifecycle complexity
The mobility and electric vehicle ecosystem provides a clear illustration of why lifecycle understanding is becoming essential. Modern mobility systems integrate advanced software, globally sourced components, and increasingly sophisticated battery technologies. Their sustainability performance depends on material sourcing, production methods, operational efficiency, maintenance practices, and end-of-life recovery pathways.
Managing such complexity requires coordination across manufacturers, suppliers, service networks, and regulatory environments. It also requires structured information capable of supporting decisions as products evolve through updates, repairs, upgrades, and component replacements. As artificial intelligence and digitalization reshape both vehicles and supply chains, product data becomes a strategic asset that informs design, compliance, servicing, and long-term value retention.
Future leaders in mobility must therefore understand how sustainability objectives, digital infrastructures, and global supply dynamics intersect, and how transparency enables more informed and responsible decision-making.
Circular business models require traceability
Circular economy strategies often translate into new operational models such as leasing or product-as-a-service approaches, refurbishment programs, remanufacturing systems, second-life applications for components, or structured reverse logistics to recover materials and value.
These models depend fundamentally on traceability across time and across actors. Maintenance teams need accurate specifications to service products safely. Upgrade programs rely on knowledge of component compatibility and performance history. Remanufacturing and recycling operations require reliable information on materials, configuration, and condition. Without trusted lifecycle data, circular initiatives remain difficult to scale, standardize, or verify.
Circularity is therefore not only about redesigning products or processes. It is also about ensuring that relevant product information remains accessible throughout its journey, enabling decisions that preserve value rather than lose it.
Digital Product Passports as an enabling infrastructure
Digital Product Passports are emerging as a mechanism to support this transition. By structuring and making product information accessible across stakeholders, they can strengthen traceability, support regulatory alignment, and enable lifecycle-informed decisions.
Policy initiatives such as the European Ecodesign for Sustainable Products Regulation (ESPR) illustrate the growing institutional focus on product-level transparency and the role of Digital Product Passports in enabling it. Yet their relevance extends beyond compliance. When integrated into operational and digital systems, they can influence design choices, improve sourcing and distribution strategies, support maintenance planning, enable upgrades, facilitate remanufacturing, and guide recovery pathways.
From an execution perspective, their connection with lifecycle assessment is particularly important. Digital Product Passports do not replace LCA, but they can improve the continuity, comparability, and reliability of the underlying product data that lifecycle analysis depends on. This is especially significant in mobility systems where configurations, ownership models, and performance conditions may evolve over time.
In DiPPa: Rethinking the Way We Buy Things with Digital Product Passports, this broader role is explored through the idea that transparency must ultimately translate into systemic change. The book introduces the DiPPa framework, structured around Illumination, Measurement, and Adaptation, to describe how product data can move from visibility to accountability and ultimately to improved decisions.
Through this perspective, Digital Product Passports are not simply digital records for compliance. They represent an emerging information infrastructure capable of reconnecting design, manufacturing, distribution, usage, maintenance, upgrading, remanufacturing, and recycling into a more coherent circular infinite loop.
Leadership capability in an era of AI and sustainability
For leaders in the mobility sector, understanding this transition is increasingly part of strategic competence. Navigating the connection between artificial intelligence, sustainability requirements, and global operational complexity requires the ability to translate ambition into implementable systems, supported by clear governance, responsibilities, and decision processes.
Lifecycle transparency and product data governance therefore become leadership topics, not only technical ones. They enable organizations to integrate sustainability into innovation processes, align digital transformation with environmental objectives, and strengthen the analytical basis for decisions, including more robust lifecycle assessments where data quality often determines credibility.
By engaging with these themes, collaborations such as the one between DiPPa and Aurelia Academy aim to support leaders who can connect sustainability intent, digital capabilities, and operational execution. In practice, the differentiator will be the organization’s operating model: who owns product data over time, how trade-offs are decided when objectives compete, and how suppliers, service networks, and internal teams are aligned around shared product indicators. Leaders who establish these mechanisms turn transparency into an operational management practice, making circularity achievable beyond isolated initiatives.
References
European Commission. (2024). Ecodesign for Sustainable Products Regulation (ESPR).
https://commission.europa.eu/energy-climate-change-environment/standards-tools-and-labels/products-labelling-rules-and-requirements/ecodesign-sustainable-products-regulation_en
European Commission. (2024). Commission seeks views on the future Digital Product Passport.
https://single-market-economy.ec.europa.eu/news/commission-seeks-views-future-digital-product-passport-2024-11-13_en
ISO. (2006). ISO 14040:2006 Environmental management, Life cycle assessment, Principles and framework.
https://www.iso.org/standard/37456.html
ISO. (2006). ISO 14044:2006 Environmental management, Life cycle assessment, Requirements and guidelines.
https://www.iso.org/standard/38498.html
Rouzeaud, M. (2026). DiPPa: Rethinking the Way We Buy Things with Digital Product Passports.
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