All-Around Package Security Using Radio Frequency Identification Threads

Wei Wang, Aydin Sadeqi, S. Sonkusale
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引用次数: 17

Abstract

There is a need to secure packages that can provide non-contact detection of package tampering using an approach that is simple and low cost. We expect this solution to provide an all-around tamper detection along all sides and edges of a package which is lacking in current solutions. In this paper, we propose novel radio-frequency identification (RFID) threads, which can be wrapped around an entire package covering all sides and edges. In RFID threads, long flexible silver conductive threads serve as feed lines from the RFID chip to the dipole antenna. Opening of the package leads to breaking of the feed lines, which shuts off the radiation from the antenna and results in loss of signal at an RFID reader thus providing wireless tamper detection. This paper presents fabrication of such RFID threads and validation of 100% tamper detection of several packages.
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使用射频识别线程的全方位包安全
有必要使用一种简单和低成本的方法对包装篡改提供非接触式检测。我们期望这个解决方案能够提供一个全方位的篡改检测沿着所有的侧面和边缘的一个包,这是目前的解决方案所缺乏的。在本文中,我们提出了一种新颖的射频识别(RFID)线程,它可以缠绕在整个包装上,覆盖所有的侧面和边缘。在RFID螺纹中,长而灵活的银导电螺纹作为从RFID芯片到偶极天线的馈线。打开包装会导致馈线断裂,从而关闭天线的辐射,导致RFID读取器的信号丢失,从而提供无线篡改检测。本文介绍了这种RFID线程的制作和对几个封装的100%篡改检测的验证。
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