Human Injectable Chip: Secure Transmission in Media

Dayanand, Mohini Chauhan
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Abstract

Microchips are the integrated embedded system of electronic components that are used to work in a designed fashion. These are attached to a surface which provide it a path to transfer the information and then in return provide power supply. In semiconductor base technology, these chips are used in many areas including robotics, electronics, smart cards etc. injectable chips are designs for making the tasks like payment, data travelling etc very easy through chips base design. IOT make this approach very simple and convenient. AI based industries are using such technologies to make applications more useful and hence very helpful. The technologies that are used nowadays are very much advance along with some vulnerabilities. The technologies that re using the bluetooth based mechanism and are very much secure as compare to the internet based. There are some weaknesses that are making this communication a little bit risky to use. In this paper I have solved this problem by making some advancements during the designing and releasing of the code. The overall coding makes the system more secure and reliable towards data transfer.
人体注射芯片:媒介中的安全传输
微芯片是一种集成的嵌入式电子元件系统,用于以设计的方式工作。它们附着在一个表面上,提供传递信息的路径,然后作为回报提供电源。在半导体基础技术中,这些芯片被用于许多领域,包括机器人、电子、智能卡等。注入芯片的设计是为了通过芯片基础设计使支付、数据传输等任务变得非常容易。物联网使这种方法非常简单和方便。基于人工智能的行业正在使用这些技术使应用程序更有用,因此非常有用。现在使用的技术非常先进,同时也存在一些漏洞。这些技术使用基于蓝牙的机制,与基于互联网的技术相比非常安全。有一些弱点使得这种通信使用起来有点冒险。在本文中,我通过在代码的设计和发布过程中做一些改进来解决这个问题。整体编码使系统在数据传输方面更加安全可靠。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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