What is a digital product passport?
What is a digital product passport?
A Digital Product Passport [DPP], is a structured, digital record that tracks a product’s full lifecycle, from raw material sourcing to manufacturing, distribution, usage, and end-of-life processing. Each passport is uniquely tied to the physical product via a secure identifier and is instantly accessible through a data carrier like a QR code or RFID tag.
Veritas ® partners with Europe’s leading high-precision manufacturer to produce micro-sized NFC tags and ultra-sharp, high-fidelity QR codes.
A Digital Product Passport [DPP], is a structured, digital record that tracks a product’s full lifecycle, from raw material sourcing to manufacturing, distribution, usage, and end-of-life processing. Each passport is uniquely tied to the physical product via a secure identifier and is instantly accessible through a data carrier like a QR code or RFID tag.
Veritas ® partners with Europe’s leading high-precision manufacturer to produce micro-sized NFC tags and ultra-sharp, high-fidelity QR codes.
What do I have to put in my DPP?
What do I have to put in my DPP?
Unique Product Identifier (UID):
Each Digital Product Passport must be tied to a unique, globally standardized identifier—at the item, batch, or model level—ensuring traceability and cross-border interoperability. Veritas® delivers the most frictionless product dashboard on the market—connecting your entire supply chain through a single API.
Data Carrier:
A physical data carrier, such as a QR code, RFID tag, or NFC chip, connects the product to its digital passport, with industries free to choose the most suitable technology.
Data Format & Standards:
DPP data must be structured, machine-readable, and built on open, interoperable standards to enable seamless data exchange across systems and stakeholders.
Technology Infrastructure:
Emerging technologies like blockchain, cloud platforms, IoT sensors, and AI are shaping secure, scalable, and decentralised infrastructures for powering DPP ecosystems. Powered by the Veritas Ghost Blockchain®, built on the same ledger used by JPMorgan, every data point is secured, while all blockchain interactions remain completely hidden from the end user.
Access Control:
DPP access is tiered by stakeholder role, ensuring transparency for users while protecting commercially sensitive or proprietary information.
Unique Product Identifier (UID):
Each Digital Product Passport must be tied to a unique, globally standardized identifier—at the item, batch, or model level—ensuring traceability and cross-border interoperability. Veritas® delivers the most frictionless product dashboard on the market—connecting your entire supply chain through a single API.
Data Carrier:
A physical data carrier, such as a QR code, RFID tag, or NFC chip, connects the product to its digital passport, with industries free to choose the most suitable technology.
Data Format & Standards:
DPP data must be structured, machine-readable, and built on open, interoperable standards to enable seamless data exchange across systems and stakeholders.
Technology Infrastructure:
Emerging technologies like blockchain, cloud platforms, IoT sensors, and AI are shaping secure, scalable, and decentralised infrastructures for powering DPP ecosystems. Powered by the Veritas Ghost Blockchain®, built on the same ledger used by JPMorgan, every data point is secured, while all blockchain interactions remain completely hidden from the end user.
Access Control:
DPP access is tiered by stakeholder role, ensuring transparency for users while protecting commercially sensitive or proprietary information.
How does a veritas ® DPP look?
Unique Product Identifier (UID):
Each Digital Product Passport must be tied to a unique, globally standardized identifier—at the item, batch, or model level—ensuring traceability and cross-border interoperability. Veritas® delivers the most frictionless product dashboard on the market—connecting your entire supply chain through a single API.
Data Carrier:
A physical data carrier, such as a QR code, RFID tag, or NFC chip, connects the product to its digital passport, with industries free to choose the most suitable technology.
Data Format & Standards:
DPP data must be structured, machine-readable, and built on open, interoperable standards to enable seamless data exchange across systems and stakeholders.
Technology Infrastructure:
Emerging technologies like blockchain, cloud platforms, IoT sensors, and AI are shaping secure, scalable, and decentralised infrastructures for powering DPP ecosystems. Powered by the Veritas Ghost Blockchain®, built on the same ledger used by JPMorgan, every data point is secured, while all blockchain interactions remain completely hidden from the end user.
Access Control:
DPP access is tiered by stakeholder role, ensuring transparency for users while protecting commercially sensitive or proprietary information.
How does a veritas ® DPP look?
How does a veritas ® DPP look?
