Abstract:
Continuous development in the world of technology and diversity of data sets containing individual information is growing exponentially as the computer technology; network connectivity and disk storage space become increasingly affordable. The medical record is a record of a patient’s information. Using electronic systems to store managers and share patients, healthcare-associated information. Electronic health and medical record systems supported by the use of electronic devices and communication, make health care more efficient and helpful. Remote patient monitoring is becoming more feasible as specialized sensors can be placed inside homes. The combination of these technologies will improve the quality of health care by making it more personalized and reducing costs and medical errors. Also, reduce the cost of providing health care in context. The most important challenge faced these solution is privacy and data security. Furthermore storing data in the cloud raises serious concerns. These research discuses issue related to managing and how to make data health secure. The solution provided in this research includes a set of accompanying policies for deployment and using VLAN techniques to make data secure. And the result of this research is describe how to increase the scalability and security of electronic medical records network. Finally, this research proposed a scalable and secure VLAN architecture and describe how administrators group related hosts into VLANs, and how the switches and routers forward traffic between hosts.
