Meaning
An international standard specifies security services for radio frequency identification devices operating at the air interface. Implementing ISO/IEC 29167-10 provides cryptographic protocols for mutual authentication and secure communication between a passive transponder and its reader. This standard ensures that sensitive data stored on the transponder is protected from unauthorized access or cloning.
Cryptographic Protocol
The protocol utilizes symmetric block ciphers like AES or lightweight alternatives to execute secure handshakes. Under ISO/IEC 29167-10, each transaction is protected by a random number generated during the session, which prevents replay attacks by ensuring that every transmission is unique. This is vital for secure supply chains and automated toll systems where tracking must be secure and fast.
Hardware Implementation
Silicon designers must integrate dedicated cryptographic engines into the transponder microchip to support these complex algorithms without exceeding the strict power limits of passive RF devices. These engines must execute the required mathematical calculations within the brief window that the transponder is powered by the reader’s field. Test laboratories measure the power consumption and transaction time of these secure chips to confirm that they comply with the standard and operate reliably at normal read ranges.
The resulting test report is required for the chip’s inclusion in certified secure RFID tags.
System Security
Integrating these certified chips protects sensitive inventory from eavesdropping and spoofing attacks. This makes the standard a main requirement for modern logistics and asset tracking systems that handle high-value or regulated goods.
