Ecosystem
Seven Actor Types.
One Data Standard.
Digital Product Passports are a multi-stakeholder infrastructure. tap2.cloud serves every actor with the right data interface — from raw supplier portals to machine-readable recycler APIs.
Manufacturers & Brand Owners
The primary obligated party under ESPR. Manufacturers create and maintain the DPP, aggregate component-level passports from their supply chain, and bear legal responsibility for accuracy.
tap2.cloud's core platform is designed around the manufacturer workflow — from ERP data ingestion to QR code issuance to compliance evidence generation.
DPP creation and maintenance
Single source of truth across product lifecycle
Supply chain data aggregation
Link Tier-1 through Tier-N component DPPs
Compliance evidence packages
Audit-ready exports for notified bodies and authorities
Supplier intake portal
Web form + API for structured data submission
Certificate management
Upload and version third-party certificates; auto-expiry alerts
Data request notifications
Manufacturers can request specific data updates from suppliers
Tier-1 to Tier-N Suppliers
Suppliers contribute material declarations, substance data, and component-level DPPs to the manufacturer's passport. The intake portal requires no technical expertise — suppliers upload via web form or API.
The system handles multi-tier supplier networks, tracking data completeness at each level and flagging missing declarations before they block a product's DPP publication.
Notified Bodies & Testing Labs
Accredited conformity assessment bodies digitally sign and timestamp DPP records after testing. The cryptographic attestation is embedded in the passport — providing tamper-proof proof of third-party verification.
Integration with existing lab information management systems (LIMS) allows attestation without changing current workflows.
Digital signature & timestamping
Cryptographic proof anchored to DPP record
LIMS integration
API hooks into existing laboratory systems
GTIN and batch search
Query DPPs by product ID, batch, or economic operator
Compliance dashboard
Aggregate view of DPP completeness across a product category
Full audit trail export
Every data event, access log, and change record
Market Surveillance & Customs
National market surveillance authorities and customs administrations access DPPs via a read-only regulator dashboard. Full audit trail, no write access to production data.
Import controls use DPP presence as a pre-clearance check for goods entering the EU single market from third countries.
Consumers
Consumers access DPP data via QR code scan on their phone — no app required. The public view shows sustainability credentials, material composition, repairability score, and end-of-life guidance in their language.
Consumer-facing data is curated separately from the full technical DPP — displaying only what regulations mandate for public disclosure, never confidential supply chain data.
QR scan — no app needed
Mobile-first consumer page, works in any browser
Multilingual
Auto-detects browser language; all EU languages supported
Selective data disclosure
Public view never exposes confidential supply chain data
Technical service data
Dismantling instructions, torque specs, spare part numbers
Service event logging
Write repair events back to the DPP — builds live service history
Repairers & Refurbishers
Authorised repairers access technical service data from the DPP — specifications mandated to be available to independent operators under ESPR's right-to-repair provisions.
Repair events logged back to the DPP build a live product history — increasing second-hand market confidence and supporting extended producer responsibility (EPR) reporting.
Recyclers & Recovery Operators
Recyclers access the full technical DPP via the Recycler API — including hazardous substance locations, material composition by weight, and battery state-of-health data for second-life assessment.
This data directly increases material recovery yields. For battery recyclers, knowing exact cell chemistry and electrode composition before dismantling can increase lithium recovery by up to 30%.
Material composition data
Exact substance weights, locations, and chemistry
Battery state-of-health
Remaining capacity and cycle count for second-life routing
Hazardous substance locations
Exact positions of SVHCs for safe dismantling
See the full lifecycle
Explore how DPP data flows through all 11 lifecycle stages across every actor type.