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Security, Trust and Implementation Limitations of Prominent IoT Platforms

机译:知名物联网平台的安全,信任和实施限制

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摘要

Internet of Things (IoT) is indeed a novel technology wave that is bound to make its mark, where anything and everything (Physical objects) is able to communicate over an extended network using both wired and wireless protocols. The term "physical objects" means that any hardware device that can sense a real world parameter and can push the output based on that reading. Considering the number of such devices, volume of data they generate and the security concerns, not only from a communication perspective but also from its mere physical presence outside a secure/monitored vault demands innovative architectural approaches, applications and end user systems. A middleware platform/ framework for IoT should be able to handle communication between these heterogeneous devices, their discoveries and services it offers in real time. A move from internet of computers to internet of anything and everything is increasing the span of security threats and risks. A comparative study of existing prominent IoT platforms will help in identifying the limitations and gaps thereby acting as the benchmark in building an efficient solution.
机译:事物互联网(物联网)确实是一种新颖的技术波,其必然会产生它的标记,其中任何内容和一切(物理对象)都能够使用有线和无线协议通过扩展网络进行通信。术语“物理对象”表示可以感测真实世界参数的任何硬件设备,并且可以基于该读数推动输出。考虑到这些设备的数量,它们生成的数据量和安全问题,不仅来自通信视角,而且来自其仅仅在安全/监控的Vault之外的仅仅在其外部存在,请求创新的架构方法,应用程序和最终用户系统。 IOT的中间件平台/框架应该能够处理这些异构设备之间的通信,他们的发现和服务实时提供。从计算机互联网到任何互联网的互联网,一切都在增加安全威胁和风险的跨度。对现有突出的物联网平台的比较研究将有助于确定局限性和间隙,从而充当建立高效解决方案的基准。

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