The textile industry is entering a period of mandatory transparency. ESPR (Ecodesign for Sustainable Products Regulation), CSRD, and CSDDD together require brands and manufacturers to demonstrate — not merely declare — the sustainability of their products. The instrument for this is the Digital Product Passport.
But the DPP infrastructure most platforms offer today is built on document collection: upload a GOTS certificate, attach a Transaction Certificate, mark the field as complete. This is documentary compliance. It is not verification.
Most DPP platforms on the market today operate at the documentary level. They verify document presence and formal consistency. They do not compute whether the certified recycled content claimed on 50,000 garments is actually supported by the Transaction Certificates issued for that production run.
This gap is the core greenwashing risk under ESPR. The EU Green Claims Directive and ESPR delegated acts specifically target claims that are not substantiated by verifiable, traceable evidence at product level.
This is what Reeco's verification algorithm does. It operates as a supervisory layer — not a chatbot, not a dashboard, but an enforcement mechanism embedded in the compliance workflow.
Reeco is built as a single access point for all supply chain and regulatory information related to textile products. The platform provides:
| Capability | What it does |
|---|---|
| Structured DPP-ready data | All product and material data mapped to DPP schema requirements |
| Algorithmic recycled content verification | Cross-checks certified volumes against declared content percentages per SKU |
| Shipment consistency monitoring | Detects discrepancies between purchase orders, production records, and certification documents |
| Regulatory alignment mapping | ESPR, CSRD, CSDDD, ECGT — requirement mapping to product data fields |
| Real-time traceability evidence retrieval | Audit-ready evidence package retrievable per product or batch on demand |
Conversational AI answers questions. Agentic AI monitors conditions and acts when conditions are violated. For regulatory compliance — where the failure mode is not "user didn't ask the right question" but "inconsistency existed and no one detected it" — agentic architecture is the only appropriate design.
Reeco's Agentic AI layer monitors incoming documents, flags inconsistencies in real time, and surfaces verification gaps before they propagate into product labels, DPP records, or regulatory filings.
ESPR delegated acts for textiles (expected 2025–2026) will require DPP data to be accurate, verifiable, and traceable to source documents. "We have the certificate" will not be sufficient. Auditors and market surveillance authorities will expect to see the computational chain: how the certified material volume maps to the claimed content percentage on each product unit.
Platforms built on documentary-only architecture will need to rebuild their verification layer. Platforms that built verification first are already compliant with where the regulation is going.
The latest compliance architecture is no longer just "collect and show documents." It is a multi-layer validation and credentialization process where each claim can be checked, traced, and cryptographically verified.
| Layer | Operational role |
|---|---|
| SCH | Schema-level conformance checks against UNTP structures |
| MDL | Model-level checks for mandatory structure and object integrity |
| SEM | Semantic checks for consistency of sustainability assertions |
| TXT | Textile-focused rules (content declarations, textile claim semantics) |
| RCO | Reeco custom controls (e.g., mass-balance and TC-to-product coherence) |
| DCC | Transaction Certificate export as UNTP Digital Conformity Credential |
| DTE | Batch submission mapping to UNTP Transformation Events |
UNTP-aligned DCC and DTE outputs provide machine-readable and reusable evidence across organizations. Instead of re-validating the same claim in isolated systems, external verifiers can consume credentials with explicit rule outcomes (for example SCH001 or RCO003), versioned context references (UNTP 0.6.1), and cryptographic proofs.
This is the practical bridge between today's textile compliance workflows and the EU's upcoming registry-centric DPP architecture.
A DPP platform stores and displays product data in a Digital Product Passport format. A DPP verification platform additionally validates that the data is internally consistent and supported by traceable documentary evidence — including algorithmic cross-checks between certified material volumes and production quantities.
ESPR requires that DPP information be accurate, up-to-date, and traceable. This means sustainability claims — such as recycled content percentages — must be supported by verifiable evidence chains, not just self-declarations or static certificates. Algorithmic verification provides the computational audit trail that satisfies this requirement.
Material exhaustion control is a verification mechanism that tracks the consumption of certified material (e.g., certified recycled polyester) against production output. When the total certified volume has been allocated to produced garments, the system prevents further labeling of products with that certification claim — eliminating the risk of over-claiming certified content.
The primary regulation is ESPR (Ecodesign for Sustainable Products Regulation, EU 2024/1781), with textile-specific delegated acts under development. Related requirements come from CSRD (Corporate Sustainability Reporting Directive), CSDDD (Corporate Sustainability Due Diligence Directive), and the EU Green Claims Directive.