An Enhanced Security Pattern for Wireless Sensor Network

Abstract

Numerous schemes for data aggregation are done by encryption for privacy of data, and thus, homomorphism has been reviewed and designed on the wireless sensor network (WSN) to improve security. WSN is an emerging and challenging technology in the area of the research because of its vital scope with low power energy associated with it. Several application sensors collect information or data from different sensed nodes and will be aggregated to a host computer or a base station. Data aggregation happens in a network between intermediate nodes which causes to reduce energy consumption on these nodes to make efficient network performance. The algorithm used in existing aggregation system does not provide sufficient security functionality and is more vulnerable to several attacks. Furthermore, some compromised nodes also inject false data which leads to a falsify data aggregation which is forwarded to base station. The enlargement of WSNs is thrombosed due the limited energy constraints. The main focus of this paper is done mainly on enhancing energy in WSN by working on the enhancement of some routing protocol. This paper also explains on eliminating of data vulnerability, security aggregation, and false data injecting attack by presenting different robust surveys and protocols. In this paper, initial discussions are done on WSN with a detailed overview of sensor, and reviews are made on providing security of wireless sensor network. The proposed novel idea is used in aggregating data during exchanging of messages and to preserve its data privacy and also to overcome problem in network construction (NC) and its security. The NC is done by clustering its topology, and assigning heads to each cluster with huge communication range, also security pattern generation is created for protecting the data information.

Honey Pot: A Major Technique for Intrusion Detection

“…This is gained by controlling the traffic of attack and mechanism of pushback. Vinu Das [10] proposed the honey pot on the basis of the distribution detection of attack from different sources of attack by using the traditional system of honey pot [11] and distributed consumption for enhancing the overall protection of system area. The system identifies the attacking behavior by the database feature invasion, which could be compatible with the snorting feature of library, and detecting the recent invasion features by real-time up-gradation.…”

A low-complexity, energy-efficient data securing model for wireless sensor network based on linearly complex voice encryption mechanism of GSM technology

“…Apart from the usual operations that any sensor node has, such as, sensing, processing, and routing, security can be termed as a top-up for enhanced features. 5,6 This research mainly focuses on the use of WSNs in such hazardous areas, such as battlefield, fire zone, and so on, where security and energy efficiency are the issues of major concern. In a battlefield, various types of sensor nodes can be deployed like soldier trackers and acoustic sensors to monitor the approach of enemy while securing the parameters.…”

“…Apart from the usual operations that any sensor node has, such as, sensing, processing, and routing, security can be termed as a top-up for enhanced features. 5,6…”