Data Security on Patient Monitoring for Future Healthcare Application

Abstract

Many researches in the past ignore the need to encrypt the data for security perspective. However in recent years, researchers have given top priority for data security for smooth transmission of data over network by incorporating many encryption strategies along with actual data. In this paper, we consciously discuss the need to secure the data for patient monitoring using various algorithms and plug out the one which is best suit for inbound data security for future healthcare application. As the fields of IoT and Cloud are distinct by their intrinsic technologies, there is a need for integration of Cloud with IoT is obligatory to facilitate and resolve issues involved in data storage as well as data security. In the field of modern healthcare environment, automation has emerged to be more necessary to route and stock the facts about employers (doctors), employees (staffs) and customer (patients). Hence doctors in need of such a stored voluminous information's about a particular person, whom which the condition has to be diagnosed. The clinical and other facts about a person is indeed to be private (trust worthy) and should not be revealed by any other private identity. While establishing bi-directional connections to the internet, communication is a threat and has to be secured without involving any security threads. The offered work makes use of blow fish data encryption and IPv6 based addressing scheme for high data security and increased probability of number of nodes to reduce network congestion.

Wireless Body Area Network with Enhanced Object Identification, Optimal Storage and Security for Integrated Healthcare System

“…By using CLOSA -IPv6 based PIN algorithm Vinoth Kumar et. al., [10] imagine the use of object identification in healthcare sector to monitor the health conditions of patient and identify patient. Each type of disease diagnosis is surely monitored because separate sensors are connected to the patient's body.…”

Implementation of Secure Communication via the RF Module for Data Acquisition

“…The application of the SPECK/SIMON cipher is suggested in [4], where the authors proposed faster algorithms implementation using the architecture of the 64bit Intel AVX2 microcontroller. Comparison of the suitability of the use of cryptography algorithms in the area of healthcare is in [5]. The SPECK/SIMON encryption algorithm is covered in several publications.…”

“…Therefore, it is impossible to remember the order of the last used encryption key. Encryption key selection is described in relationship (5).…”

“…Based on these criteria, a SPECK encryption algorithm with a 64-bit block size and a Journal of Sensors 128-bit encryption key size was selected. Encryption key (5) selection algorithm was used for the measurement probes. An algorithm for determining the correct encryption key was proposed for the receiving modules ( Figure 6).…”