DYNAMIC DISTRIBUTION OF IOT ANALYTICS AND EFFICIENT USE OF NETWORK RESOURCES

Authors

  • R.Praveen kumar Asst .professor, Department of Information technology, Panimalar Institute of Technology, Chennai
  • D.Bharath UG student, Department of Information technology, Panimalar Institute of Technology, Chennai
  • T.Jaswanth UG student, Department of Information technology, Panimalar Institute of Technology, Chennai
  • D.Jaya prakash UG student, Department of Information technology, Panimalar Institute of Technology, Chennai

Keywords:

Denial of Service, data encryption, transistor

Abstract

In the past, only mobiles and computers were connected to the internet but in the new era with the advent of new technologies
other things like security cameras, microwaves, cars and industrial equipment's are now connected to internet. This network
of things is called the internet of things. There are already 6 billion devices on the internet and within a few years these
number is anticipated to scale to 20 billion devices. PCs and mobiles have dozens of software security solutions to protect
them from most of the attacks but similar security solutions are missing to protect the rest of the internet of things. Recently,
thousands of security cameras were breached to launch a DDOS attack that caused Twitter outage. IoT solutions are not just
software but an entire ecosystem of hardware, software, cloud, web and mobile interfaces. This ecosystem is not very mature
and there are still major concerns lurking around IoT adoption primarily due to security threats. IoT Top Security Concerns:
Device Cloning, Sensitive Data Exposure, Denial of Service, Unauthorized Device Access and Control, Tampering Data.
This research work accomplishes the need to mitigate IoT security challenges Device Cloning and Sensitive Data Exposure.

Published

2019-03-25

How to Cite

R.Praveen kumar, D.Bharath, T.Jaswanth, & D.Jaya prakash. (2019). DYNAMIC DISTRIBUTION OF IOT ANALYTICS AND EFFICIENT USE OF NETWORK RESOURCES. International Journal of Advance Research in Engineering, Science & Technology, 6(3), 93–95. Retrieved from https://ijarest.org/index.php/ijarest/article/view/1913