Nearly 90% of material resources across the European Union are lost after their first use, highlighting how linear today’s manufacturing economy remains. To address this, the EU introduced the Ecodesign for Sustainable Products Regulation (ESPR). At the center is the Digital Product Passport (DPP), a framework designed to make product-level data traceable, verifiable, and accessible across the full lifecycle.

With delegated acts rolling out this year, manufacturers face a near-term reality. Compliance will require a fundamental shift in how operational data is captured, connected, and maintained. As requirements take shape over the coming months, organizations that delay risk falling behind.

Migrate from Silos to a Single Source of Truth

Fragmented manufacturing data has become the norm. Quality metrics sit in inspection systems, supply chain data lives in spreadsheets, and compliance records are stored separately. The DPP will require manufacturers to move away from these disconnected approaches toward a connected, auditable data foundation that can bring product, process, quality, and supply chain information together.

Verified product data, including material composition, carbon footprint, and repairability, must be integrated into a single federated system that connects information across the full supply chain, forming a unified digital thread. Under the DPP, this information will be accessed through a product’s QR code or unique identifier and pulled from a unified, tamper-resistant record. That data must remain accurate and continuously updated as the product moves from production to end of life.

The regulation is also designed to eliminate greenwashing, where companies make vague or unsupported environmental claims due to limited visibility. In the U.S., 68% of executives admit to using greenwashing tactics, while 58% of global executives say the same. The DPP replaces ambiguity with verifiable, product-level data.

SPC Provides Manufacturing Evidence that Strengthens DPP Readiness

Meeting these requirements depends not only on connecting data across systems, but also on proving how products were actually made. Manufacturers will need to connect statistical process control (SPC) and manufacturing execution system (MES) data with product lifecycle and product information systems to create a digital thread that links design intent, production execution, and quality outcomes. 

When this data is connected through genealogy, batch, lot, or serial-level traceability, manufacturers gain a searchable record of how the product was produced, under what conditions, and whether key quality characteristics remain under control. 

SPC matters uniquely in this environment because it does more than record that a product was made. It shows whether the manufacturing process was stable, monitored, and operating within acceptable limits at the time of production. Product lifecycle management (PLM) can define what should be made, and MES can record what was made, but SPC provides evidence that critical process characteristics were being controlled throughout production.

This level of traceability not only supports compliance but also improves operational performance. In the automotive industry, Digital Product Passport usage has reduced remanufacturing time by 39%, improving both efficiency and cost control.

Manufacturers Should Expect New Levels of Sustainability and Transparency

The traditional manufacturing model often loses visibility once a product leaves the loading dock, creating a gap between production and end-of-life. The DPP closes that gap by making product data accessible throughout the lifecycle.

This shift levels the playing field for organizations that prioritize environmental responsibility over marketing claims. Sustainability statements backed by auditable data allow customers and partners to make decisions based on facts rather than assumptions.

In practical terms, transparency will become a requirement rather than a differentiator. Durability, repairability, and material composition will need to be documented, verified, and easily accessible through digital records. Companies that adapt early will be better positioned to meet regulatory expectations and respond to increasing demand for sustainable products.

Prepare Now for What Comes Next

The Digital Product Passport represents a meaningful shift in how products are tracked, validated, and evaluated over time. As initial deadlines approach, the window to prepare is narrowing.

Quality and IT leaders should begin by identifying where critical product, process, and quality data reside today and where gaps exist. In many organizations, this data remains fragmented across systems. Teams should then map how product data flows across the lifecycle and determine what is required to create a complete Digital Product Passport record.

Organizations that act now will be better positioned to meet compliance requirements while gaining clearer visibility into their operations and product lifecycles.