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End-To-End Encryption Using Cyber Security in IoT

EasyChair Preprint no. 8055

7 pagesDate: May 24, 2022


In the past few years technology has been immensely growing. Different gadgets, and structures are created for the betterment of Life. When it involves technology one of the maximum critical functions is protection, it defines tool reliability. An IoT tool has the ability to carry out many obligations in a sturdy and redundant way in which people cannot reach. For example, in excessive temperatures or in rescue missions. This paper is initially involved with the improvement of an End-to-End encryption gadget in IoT Devices.  An IoT controller has net connectivity that permits it to transmit faraway records to the cloud and assist examine it. The fundamental precept of the controller is that the sensors and the actuator constantly talk with the controller and controller to the cloud through MQTT protocol. While taking the records with the assistance of sensors we are able to have to seize datasets which are critical. End to quit encryption System facilitates to encrypt records and offer a steady manner of speaking with minimum threats or cyber-assaults. Internet of Things (IoT) has emerged as one of the largest giant technologies in recent years due to owning numerous utility domain names. User authentication is a giant issue withinside the IoT surroundings because it lets in the person to talk with the tool securely. This paper presents a complete systematic literature evaluation of diverse authentication mechanisms for IoT protection proposed withinside the literature. With the contrast of current authentication mechanisms which are evolved for the IoT in phrases of protection through a multicriteria classification, the open troubles that require in addition studies are identified.

Keyphrases: Controller, Encryption, Internet of Things(IoT), Sensors

BibTeX entry
BibTeX does not have the right entry for preprints. This is a hack for producing the correct reference:
  author = {Wasodeo Rahane and Supriya Gorkha and Ankita Mohokar and Manthan Patil and Rinku Yadav},
  title = {End-To-End Encryption Using Cyber Security in IoT},
  howpublished = {EasyChair Preprint no. 8055},

  year = {EasyChair, 2022}}
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