NTAG215
Ordinary NFC for information access
NTAG215 can open fitting, handling and product information. A static page or serial lookup can be copied and does not by itself confirm part authenticity or vehicle compatibility.
// Industries
NFC verification for automotive parts and fluids
HASHENTIC / NFC12
Potential label placementSeal strip
Connect a replacement part or fluid pack to its recorded identity, fitting information and service workflow. Safety-critical decisions require a stronger process than accepting a tag response alone.
Choose the NFC tag for your product
Choose the carrier for the part or fluid container and its operating environment. Tag verification supports a defined inspection process; it is not approval of a safety-critical component.
Tag specifications and placement guidance
NTAG424 DNA / EM4425
Secure NFC for tag verification
Configured NTAG424 DNA or EM4425 can provide cryptographic tag evidence through backend verification. Keep supplier controls, approved fitting data and physical inspection; genuine tags can become separated from parts.
Carrier design near metal
Metal parts and containers may require an approved non-metal location or a tested on-metal construction. Evaluate the complete antenna and attachment; a secure chip alone does not guarantee reading on metal.
Packaging and operating limits
Assess oils, heat, vibration, abrasion and the intended installation conditions with the manufacturer. Avoid unassessed placement on moving or sensitive areas; fluid composition, refilling and seal integrity need separate controls.
From supplier receipt to workshop checks
- 01
Associate the part or container
Test approved placement and define the link between the carrier, part number, revision, batch and serial where applicable.
- 02
Check at receipt or installation
Demonstrate the selected tag check alongside supplier evidence and approved fitting data, with physical inspection retained.
- 03
Escalate workshop exceptions
Agree handling of serial mismatches, reused packaging and unreadable labels so uncertainty cannot automatically approve a safety-critical part.
Place the label for its environment
Evaluate the part, protective packaging or container separately. Metal, oils, heat and abrasion impose different antenna and attachment requirements. Agree placement with the manufacturer; do not add a carrier to a moving, hot or electrically sensitive area without a suitable assessment.
Link the right part and installation record
Keep part numbers, revisions, batch data and individual serials distinct. Define how supplier, warehouse and workshop systems exchange those identifiers. A compatibility recommendation must use approved fitting data; a valid record is not evidence that a part suits a particular vehicle.
Use tag verification as one check
A secure chip can provide cryptographic tag evidence when configured and verified correctly. Packaging can be separated from a part, and a genuine carrier can be transplanted. Combine the result with supplier controls, physical inspection and the required service checks.
For fluids, the tag does not assess composition or detect refilling by itself. Define seal construction, opening procedures and handling of suspicious or damaged packaging separately.
Pilot the workshop exceptions
Start with one part family or container. Test final placement, phones, stock receipt, returns and service recording. Include mismatched serials, reused packaging and an unreadable label. Set escalation rules so an uncertain result does not become automatic approval of a safety-critical component.
// Industries
NFC pilot for automotive parts and fluids
Describe your product, packaging material, intended scan or verification result, target market and expected pilot scope. The team can then assess placement, data and integration requirements.
All industries