Analyst Insight: Manufacturers today face growing pressure from regulators, customers and investors to prove that the products they design and deliver are made responsibly. But meeting these expectations requires more than isolated environmental initiatives. It has become both a supply chain and a data challenge, demanding new levels of transparency, coordination and data sharing across the product ecosystem.

One of the clearest examples of this shift is the rise of the digital product passport (DPP), introduced as part of the European Union’s broader sustainability strategy. Parallel initiatives are also emerging globally, including in China, where the approach is driven more by policy and standards than formal regulation.

The DPP requires manufacturers to provide detailed digital records for products sold in the EU, including information about materials, carbon footprints, supply chains, durability, repairability and recyclability. While the initiative originates in Europe, its implications extend well beyond the region. Companies around the world are recognizing that the ability to track and share product data will soon become a baseline expectation for doing business.

The DPP signals a deeper transformation in how manufacturers manage product data and collaborate across their supply chains. Historically, most manufacturers have focused their sustainability efforts on discrete areas: reducing emissions in factories, improving energy efficiency or sourcing more environmentally friendly materials. While these steps are valuable, they address only part of the challenge.

The environmental footprint of a product is determined across its lifecycle, from raw material extraction to manufacturing, and including its distribution, use, repair, and eventual reuse, recycling or disposal. That means sustainability depends on decisions made by dozens, or even hundreds, of organizations across a supply chain, each contributing data needed to understand the product’s full lifecycle impact.

This complexity is particularly visible in industries such as electronics, automotive and industrial equipment, where products may contain hundreds of components sourced globally. When regulations require transparency about materials, carbon impact, responsible sourcing or recyclability, manufacturers must rely on suppliers to provide accurate and timely information.

In practice, many organizations still manage critical product data in spreadsheets, disconnected systems or static documents. These approaches make it extremely difficult to assemble a reliable picture of sustainability performance, let alone share that information with regulators, customers or recycling partners.

Without consistent lifecycle visibility, organizations struggle to understand the true sustainability impact of their products.

To address these challenges, manufacturers are beginning to move beyond document-based reporting toward more data-driven approaches. Instead of collecting environmental metrics only for periodic compliance reports, organizations are increasingly working to embed sustainability information directly into the product lifecycle.

This means capturing structured data about materials, suppliers, manufacturing processes, and product performance from the earliest stages of design, so sustainability considerations can influence product decisions long before compliance reporting begins. When sustainability data is connected across the product lifecycle and extended supply chain, companies gain the ability to analyze trade-offs, evaluate alternatives and measure progress against environmental goals.

For example, engineers evaluating different materials for a product component can assess not only cost and performance, but also carbon impact, recyclability and supplier compliance. Procurement teams can verify whether materials meet environmental standards early in the lifecycle, well before they enter production. Service teams can track repairs and refurbishments that extend product lifespans, supporting emerging business models such as product-as-a-service. At end of life, recyclers can access accurate information about material composition, with growing regulatory support for access to this data.

In this sense, sustainability becomes less about reporting and more about enabling informed decision-making across the full lifecycle of the product.

Achieving this level of visibility requires closer collaboration across the supply chain. Regulations such as the DPP make it clear that sustainability data cannot reside within a single organization. It must flow between manufacturers, suppliers, logistics providers, service partners and recycling networks.

This creates new expectations for supplier relationships. Manufacturers are also expected to demonstrate greater accountability for how products are sourced and produced across their supply chains. Rather than simply delivering components, suppliers are increasingly expected to provide detailed information about material composition, environmental certifications, and manufacturing practices.

Forward-looking manufacturers are responding by establishing new frameworks for supplier engagement. These include standardized data-sharing agreements, common sustainability metrics and digital systems that allow partners to securely exchange product information. In addition to compliance, the goal is improved transparency, accountability and resilience across the supply chain.

Organizations that treat supplier collaboration as a strategic priority will be far better positioned to navigate evolving regulatory requirements.

While the regulatory landscape continues to evolve, manufacturers can take practical steps today to prepare:

Proactively track emerging regulations. Sustainability policies are expanding rapidly across regions and industries. Companies should actively monitor developments such as the DPP and related circular economy initiatives to understand future requirements.

Audit existing product data. Many organizations discover that critical information, such as detailed material composition, supplier certifications and sustainability metrics, are incomplete or inconsistent. Conducting a comprehensive data audit is an essential first step toward closing these gaps.

Engage stakeholders early. Sustainability initiatives touch nearly every function within a company, including engineering, procurement, compliance, IT and supply chain management. Successful programs require cross-functional collaboration.

Establish shared standards with suppliers. Developing common definitions, data formats and reporting expectations helps ensure that sustainability information can move smoothly across the supply chain.

Build systems that support lifecycle visibility. Sustainability initiatives are most effective when product information can be connected across design, manufacturing, operation and end-of-life processes. This should begin early in the design process and extend to products already in the field, enabling teams and supply chain partners to access consistent, reliable data throughout the lifecycle.

While regulations often create new operational challenges, they can also create new opportunities. Companies that build strong data foundations for sustainability gain deeper insights into product performance, supply chain risks and opportunities for innovation across the product lifecycle.

More transparent product data can support new business models such as repair, refurbishment and product-as-a-service offerings. It can also strengthen relationships with customers who increasingly want to understand the environmental impact of the products they buy.

Perhaps most importantly, organizations that develop the ability to manage sustainability collaboratively, across teams, partners and the full product lifecycle, will be better equipped to adapt as expectations continue to evolve.

The transition toward more transparent and circular manufacturing is already underway. Companies that begin building the necessary capabilities today will not only meet regulatory requirements tomorrow; they’ll help shape a more sustainable future for the entire manufacturing ecosystem.