Automotive Digital Product Passports: Connecting Supply Chain Data with Real-Time Vehicle Usage

Automate EU Battery Regulation and ELV Compliance with Dynamic Lifecycle Tracking.
Seamlessly ingest complex Bill of Materials (BOM), track raw material origins, and connect natively to real-time telematics to update State of Health (SoH) metrics automatically over the vehicle's entire active life.

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The automotive industry is facing a dual regulatory mandate. Under the EU Battery Regulation, electric vehicle (EV) batteries require a fully operational, serialized Digital Battery Passport. Concurrently, emerging End-of-Life Vehicles (ELV) frameworks demand precise circularity data for core vehicle components.

The critical challenge? An automotive DPP is not a static document. It must bridge static Bill of Materials (BOM) data from production with dynamic, real-time usage-phase metrics over a multi-decade vehicle lifecycle.

Arkive serves as your secure, enterprise-grade integration engine. We pull static engineering data, map it to dynamic telemetry via vehicle telematics/BMS systems, and output automated, compliant passports at scale.

  • 1. Ingest Static Material & Sourcing Data: From PLM to Passports.

    Arkive plugs directly into your existing automotive data pipelines, including ERPs (SAP, Oracle), PLM software, and Catena-X data networks. We ingest critical raw material origins (Lithium, Cobalt, Nickel), carbon footprint calculations, and supply chain due diligence verifications.

  • 2. Connect the Usage-Phase Data Engine: Live Operational Telemetry.

    A compliant battery passport requires real-time updates. Via secure API integrations with your vehicle's telematics platforms or Battery Management Systems (BMS), Arkive continuously streams dynamic usage metrics, updating critical parameters automatically.

  • 3. Orchestrate Lifecycle Access: Tiered Stakeholder Gateways.

    Arkive deploys the secure data carrier (QR or Data Matrix). We orchestrate the EU’s required tiered-access model: everyday consumers see battery health metrics; emergency responders see safety sheets; recyclers and second-life buyers unlock granular cell chemistry.

Unified Data Architecture for Complex Automotive Engineering

From individual battery cells to a fully assembled vehicle chassis, Arkive handles multi-layered, serialized assets without rewriting your underlying IT infrastructure.

Automotive & EV Battery Passport Architecture

Standardized data mapping aligned with EU Battery Passports, Catena-X models, and End-of-Life Vehicles (ELV) directives.

Data Layer Key Metrics Captured Update Frequency Access Control
Asset Identification
VIN, Serialized Battery Cell ID, Pack SKU Compatible with European Type-Approval codes
Static at Production Public / Custom Gateways
Material Provenance
Critical Raw Materials (Li, Co, Ni fractions) Supply chain due diligence and responsibly mined status
Batch Sourced Verified Regulators Only
Usage Phase (Dynamic)
State of Health (SoH), Capacity, Cycles Automated telemetry streaming via secure cloud APIs
Real-Time Sync OEMS & Approved Mechanics
Circular Lifecycle
Dismantling Manuals, Recycling Potentials Safe handling sheets and chemistry disclosures
On-Demand Update Certified Recyclers

Regulatory Gateways Handled by Arkive

Ensure vehicle configurations and traction units pass global cross-border customs checks seamlessly.

Regulation Framework Arkive Automated Solution Status
EU Battery Regulation Generates machine-readable, audit-ready carbon footprints and recycling percentages for packs over 2kWh. Fully Aligned
End-of-Life Vehicles (ELV) Maps 3D component material composition to enable rapid sorting for maximum secondary metal reclamation. Fully Aligned
Catena-X Data Exchange Securely bridges localized ERP logs to global decentralized automotive networks without compromising trade data. Integration Ready

Intellectual Property Safety: We protect your competitive edge. Arkive uses zero-knowledge data isolation. Your precise proprietary cell chemistry and supplier commercial agreements remain heavily encrypted, exposing only the exact machine-readable composition attributes required by regional regulatory inspectors.

Try Arkive with 5 DPPs. It's free.Or book a 30 min demo call with us.

Turn Regulatory Compliance into a Secondary Market Asset

Automotive OEMs who leverage Arkive transform compliance costs into absolute revenue protection and asset valuation.

  • Maximize Residual Values: A verified, immutable record of a battery’s high State of Health (SoH) dramatically boosts vehicle resale and lease-end valuations.
  • Unlock Second-Life Revenue: Instantly match degraded EV batteries with grid-scale energy storage providers based on auditable health ledgers.
  • Catena-X & Ecosystem Ready: Built to interoperate with broader European automotive data networks, preventing vendor lock-in.

Ready to Deploy a Dynamic, Compliant Automotive Strategy?

Don't let rigid supply chain silos halt your European vehicle distribution. See how effortlessly Arkive handles complex, live automotive data mapping.

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FAQ Digital Product Passports for Automotive

How does Arkive handle the "usage phase" and dynamic data requirements for EV batteries?

Under the EU Battery Regulation, an EV passport must reflect the current state of the asset, not just its manufacturing metrics. Arkive features specialized data endpoints that integrate directly with an OEM's cloud telematics or fleet management servers. The platform programmatically updates dynamic fields, such as State of Health (SoH), total charge cycles, and capacity changes, ensuring the passport remains continuously compliant throughout the vehicle’s active lifespan.

Can Arkive pull data from standardized automotive networks like Catena-X?

Yes. Arkive is built with cross-ecosystem interoperability at its core. We don't replace your existing data exchange protocols; we consume them. Whether your material traceability is managed via private ERP layers or open networks like Catena-X, Arkive structures and outputs that data into the final, compliant consumer- and regulator-facing DPP layout.

What information is likely to be required for vehicles and batteries?

Automotive and EV battery passports demand a mix of static production records and live operational telemetry:

  • Asset Identification: Serialized battery cell and pack identifiers fully compatible with European automotive registries and Catena-X data models.
  • Material Sourcing & Due Diligence: Critical raw material tracking (Lithium, Cobalt, Nickel fractions) along with human rights and environmental supply chain verification.
  • Dynamic Usage Phase Data: Real-time metrics streaming via cloud-to-cloud APIs, including continuous updates to State of Health (SoH), remaining capacity, and total charge cycles.
  • Technical Specifications: Operational thresholds, thermal safety indicators, and structural Bill of Materials (BOM).
  • Dismantling & Second-Life Data: Comprehensive cell chemistry disclosures and safety sheets made securely accessible to verified second-life operators and recycling facilities.

How is data privacy managed when sharing battery details with second-life buyers or recyclers?

Arkive implements strict cryptographic access controls. Public users and casual drivers can only view superficial diagnostic summaries. When certified second-life remanufacturers, vehicle mechanics, or dismantling facilities request deep-level diagnostic sheets, they must authenticate their identity. The platform then decrypts and presents only the specific modules they are legally authorized to see, fully safeguarding your proprietary engineering IP.

Don’t wait perfect data to start. Let's start with structure. Ready to scope your pilot?

Book a 30 min call to map out your needs.Or try free with 5 DPPs.