Assignment 5 Project Deliverable 5 Infrastructure And Security.

Patton – Fuller community hospital’s network system consist of two major parts, the first part is the executive part that connects the hospitals executive management, human resources department, operations, IT and data center, etc., the first network is connected using a 1000base-T Gigabyte network connection that uses a typical Cat6 cabling (Apollo Group Inc., 2008), the second major part of the network connects the departments of radiology, operating room, wards, ICU’s, etc. using a 1000base F fiber optic based connection, this connection is a

In the ring setup, the workstations are associated in an exceedingly control framework arrangement. Contiguous sets of workstations are specifically associated. diverse sets of workstations are by implication joined, the data going through one or a great deal of middle of the road hubs.

Fiber optic cables will be installed and configured on the physical star network topology spread throughout the 600 user network infrastructure. The main equipment that will be used during the implementation of the physical star topology will be the patch panel with an array of RJ-45 female connectors with terminals to connect wires to all the 600 users across the network infrastructure.

data and risks will help a company to design strong policies, procedures and standards that will help to keep data secure.

The Department of Homeland Security is task with a very important job of coming up with a critical infrastructure and key resources sectors in order to properly protect, withstand, and rapidly recover from all hazards whether is natural disasters or from a terrorist attack. Through a critical infrastructure set in place the Department of Homeland Security can provide strategic guidance to the public and private partners, encouraging national unity of effort, as well as coordinating the overall federal effort to promote the safekeeping and spirit of the United States (The Department of Homeland Security, 2015). The department of Homeland Security’s approach to identifying all the Critical Infrastructures and Key Resources Sectors,

Held, G. (1999). Data communications networking devices: Operation, utilization, and LAN and WAN internetworking. Chichester: Wiley.

In this paper we will look at defining the problem of data security and public administration. The reader will see the evidence gathered to get a better understanding of the problem of not securing data when sending it. The reader will learn different alternatives to how they can ensure the data is secure.

Data can be characterized as helpful information for an examination, choice or undertaking. Data should dependably, be ensured legitimately, paying little respect to how it is put away, introduced, or imparted. The fundamental points of data security are to protect:

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What is a database? According to our book, it’s an organized collection of logically related data. The information collected in a database can be effortlessly administered and accessed. However, with each database there is a concern of security. According to our book, the goal of database security is to protect and prevent data from unintentional or deliberate threats to its integrity and accessibility. The database environment has grown more complex, with distributed databases located on client/server architectures and personal computers as well as mainframes. Access to data has become more open through the Internet and corporate intranets and from mobile computing devices. As a result, managing data security has become more difficult and time-consuming.

In a world of data everything we read, write, photograph, video, listen to, in fact everything we do is online and in a cloud of some description. This is why we need to ensure that our digital lives are safer than ever before.

| d. A layer of the Open Systems Interconnection (OSI) model that frames upper-layer data and controls how data is placed on a medium

The DLCI is the connection identifier for the PVC in the connection oriented datalink protocol that is frame-relay. By switching variable length frames, statistical multiplexing is achieved. Even though frame-relay may be susceptible to traffic delays it can still be optimized for delay sensitive traffic such as voice over IP.

LinkExpress™ is the industry’s highest performance I/O Interconnect, running 100X faster than existing data center networks because it bypasses the bottlenecks created by network conversion, which is integral to their architectures. Instead, multiple racks of storage and compute servers can be easily and elegantly plugged in to create one giant “super-server” using LinkExpress™. This allows data located anywhere within the LinkExpress connected super-server to be transferred directly to its destination in nanoseconds whereas in any existing, typical computing cluster that same data would be caught in

DiGi.Com Berhad listed on Bursa Malaysia Securities Berhad and it is object of the global telecommunications provider Telenor Group. Its express job operations are undertaken by its wholly-owned subsidiary. DiGi is a head of the line floating communication join by providing a broad range of affordable, complacent and agile to consider wireless services to speed and perfect the chisel its customers. They create outlay for their customers by selecting the close but no cigar appropriate cutting upset technology in case they get benefits from products and services that address them ace, relaxation and control.