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About this item:

• MULTIPLE DNA TAG CONFIGURATIONS TYPES
• STATE-OF-THE-ART-FEATURES AND EFFICIENT DESIGN
• MOST ADVANCED PRODUCT AND CONTENT PROTECTION: Secure Unique NFC for generating tap-unique data authentication when interacting with an NFC-enabled mobile device
• NFC FORUM TYPE 4 TAG SUPPORT
• 10 CM READING DISTANCE
• iPHONE AND ANDROID-COMPATIBLE

Identiv NTAG 424 DNA Tags use NXP’s state-of-the-art secure authentication chip, introducing security, privacy, and trust for NFC IoT applications while providing the most efficient method of digitally connecting products. The new tags leverage the native security mechanism within the attack-resistant certified chip and are designed for use in secure IoT applications, including anti-counterfeiting for brand protection, document authentication, secure supply chain traceability (i.e., product origin and provenance), authorized data access, and trusted customer engagement, including loyalty programs.

Features

• Low power consumption
• Operating distance of 10 cm
• Supports data transmission rates of 106 kbit/s, 212 kbit/s, 424 kbit/s, and 848 kbit/s
• Supports double size (7-byte) Unique Identifiers (UID) and Random ID (RID)
• Supports communication frame size up to 128 bytes
• ISO 7816-4 wrapped commands
• 416 bytes of user memory
• 50-year data retention
• Minimum write endurance: 200,000 cycles
• Three standard data files: 32 bytes (capability file), 256 bytes (NDEF storage) and 128 bytes (Protected data)
• Secure Unique NFC (SUN) message for integrity protection, authenticity and confidentiality
• Secure Dynamic Messaging (SDM) mirrored as text into NDEF message
• NFC counter for each tap
• Five customer-define AES 128-bit keys
• OPTIONAL: Random ID for enhanced privacy
• 3-pass mutual authentication
• Flexible access control configurable per file (EF)
  • Read (R)/ Write (W)/ ReadWrite (RW)/ Configuration key configurations
• Configurable Secure Messaging Communication Mode
  • Plain communication
  • CMAC protected
  • Full Enciphered for full encryption of contactless data transmission
  • ECC-based NXP originality signature
  • AES-based originality keys (LRP wrapped AES authentication)
• Anti-tearing mechanism
• Anti-collision
• Attack-resistant certified chip
• High input capacitance (50 pF) for small form factor design
• APDU message structure

SUN Authenication Support

• Android (Without dedicated app)
• iPhone (With app)