Case Study : Pepperdine University

Team A is proposing a thorough upgrade to Riordan’s phone and data networks. Our proposal will cover a description of the new system, its components and benefits to Riordan, as well as explain the requirements driving the need for the upgrade. We will cover the information used in the phone and data upgrades and discuss any security and ethical concerns of the system. We will be providing Riordan with diagrams of information flow and system components and business process changes incurred with the implementation of the new system. We will review the web and

Best defined, a bring-your-own device (BYOD) system is a network that is specifically designed for individuals to connect their own devices for use within the system (source). For example, X-Rocket may allow certain employees the luxury of using their own laptop or tablet computer for work-related purposes, rather than using a company device. While there are many advantages to utilizing a BYOD system, such as low-costs and flexibility, advanced security methods are required to ensure safe networking and data access. Current BYOD security issues include unknown third-party access, data tracking challenges, data leakage, and non-compliance with networking safety procedures (source). Notably, the Cobb County school district of Marietta, Georgia,

Fig. 1 illustrates the prototypical OFFN site: Login nodes or other front-end services expose cyberinfrastructure resources (computing or storage, e.g. Oklahoma PetaStore) to users via two paths. The conventional path traverses the campus enterprise network to reach the Internet, and is subject to conventional enterprise security controls including campus-wide policy and possibly perimeter firewalls. Securing such networks is well-studied and understood. The second path traverses the OneOklahoma Friction-Free Network (Science DMZ) to reach the other OneOCII sites. The other sites also take the rough form of this prototype, themselves connecting to the Internet through

1. Bill Morrow, BYOD security challenges: control and protect your most sensitive data, Network Security, Volume 2012, Issue 12, December 2012, Pages 5-8, ISSN 1353-4858, http://dx.doi.org/10.1016/S1353-4858(12)70111-3.

University of Michigan has an open network architecture that is extensively used for student access,

This response excludes any known professional network direct information due to signed confidential employee/contract workplace agreement and therefore is inappropriate to discuss in this forum. However, I will outline strategies employed for both home and professional networks in general terms. All of these techniques and strategies are deployed or considered depending on risk. First, consider a home network Service Set Identifier (SSID) technique and strategy.

Thin Client Computer Lab Project - page 4 computing using open source software as an extension to a Chicago Public Schools (CPS) network. It will re-purpose existing

On the other hand, the same number of undertakings are finding, BYOD presents a slate of new security challenges into the association. At the point when representatives unite with organization servers and databases with gadgets that are past the immediate control of the association 's IT office, it inescapably hoists the

As organizations rapidly add IoT and BYOD devices, it is critical to ensure this access does not compromise network security. In the past, enterprise networks were self-contained within

The outstanding growth of network technologies in the past decade have contributed to millions of new applications and industries. Literally millions of companies around the world were created to serve this huge growth. Even though many of those companies did not survive until the present time, most of the applications did survive and they are still widely used among consumers of all ages, cultures, and backgrounds.

But due to increasing popularity, and more consumers wanting to “get connected”, Cisco had to change their business model to help suit people with less IT experience.

The nature of our business requires us to have a flexible sales force. Because of that detail we need to be receptive to the needs of our mobile workforce. The most critical tool involved in their success is the ability to reliably connect and access our company networks. These connections can be from employees using company issued laptops or personal computers used from home or on the road.

As the world progresses technology everyday, the reliance on the Internet and its uses become more and more necessary. Many people connect to hundreds of applications and devices they use every single day. Behind these applications are extremely complex networks that allow users to connect in ways that expand every single day. To achieve this, companies must design their networks for secure access and reliability to allow seamless access for users. On the back-end these companies must also have a secure network in place for their offices, remote workers, and any other remote resource to access confidential materials and other sensitive matter. This can be accomplished through a variety of WAN technologies that are used in the world today.

A basic understanding of network competencies is necessary to succeed in most technology fields and it is a foundational requirement for roles that deal directly with network communications. In today’s connected world of the cloud, apps that depend on internet connectivity, and even thermostats that can have their temperature set across the internet, the need to understand how networking works is expanding beyond the traditional roles of Network Administrators, Network Engineers, and information security professionals to developers, systems administrators, analysts, and support personnel. A fundamental understanding of networking is necessary to succeed in most technology jobs.

Objectives: Upon completion of the independent study, I will have acquired knowledge of network administration and cover a wide range of technologies used in a network or telecommunications network. Gain confidence in methods of field research gather and analyzed personally collected data, and finally, produce a professional paper in the field of network administration. Also, I would have established a more professional work and research habit.