Assignment 2: Building on Prior Success - Research Paper Example

Building on Prior Success Inserts His/Her Inserts Grade Inserts 22.02 Building on Prior Success The network operating system that could properly function with the proposed network installation would be Microsoft’s Windows Vista. All computers within the establishment have the capability to support this version of Microsoft windows. This version of operating system contains numerous security protocols that could significantly enhance security of the network system once installed. Protecting the contained data from unauthorized access remains critical to the success of the network; therefore, installation of an operating system with security protocols remains essential (Christianson, 2010).

The secure socket tunneling protocol from Microsoft would work efficiently with other supporting security protocols in providing secure connections. This tunnel provides a mechanism for safely transporting encryptions through almost all proxy servers and firewall. Upgrading the system would include the addition of several servers into the network, to enhance information storage. The servers need to be installed within a central location, to allow information to be retrieved from a single point.

The head office could serve as the point where the new server can be installed. This would essentially allow users in regional offices to access information from the servers through the internet. Similarly, remote employees would also access relevant files from the central servers from different locations. Installation of the servers in a central place is likely to enhance information security as information can be protected from a single source (Chander, 2008). Confidentiality of information can be immensely enhanced through sender authentication at the central server.

This could allow information to be safely relayed to the desired persons. The conventional Virtual Private Network can be used to access the network within the regular office setting. The connection would be essential within the office setting in enabling access to the network. This network, however, comes with numerous limitations regarding access to the network. The conventional VPN could pose serious dangers to the computers when the network connection gets interrupted (Fowler, 1999). Interruption at the network tunnel could be catastrophic as information could easily be lost.

The interruption also poses an imminent danger of crashing the computing device when the network tunnel becomes interrupted. The limitation for this network remains the capability to access networks from remote locations. The network remains limited to the desktop computers and other fixed computing devices. The best way for employees to remotely access the network would be through utilizing mobile virtual private network. This network setting functions efficiently in a situation where the endpoint VPN contains multiple access points.

The mobile network can also be accessed using cellular devices carrying data between several Wi-Fi access points. This network connection allows a user to roam seamlessly between networks and utilizes wireless connection (Zseby, 2009). The advantage of utilizing this connection remains the ability for the network to connect between different IP addresses without losing the data contained in other applications. The mobile VPN allows users to maintain several applications continuously open. While performing this function, the network also allows passing of data, securely over public networks.

This capability would immensely assist employees Ocper Inc to access the network continually from several remote locations. ReferencesChander, A. G. (2008). Securing privacy in the Internet age. Stanford, Carlifornia: Stanford University Press.Christianson, B. E. (2010). Security Protocols: 15th International Workshop. Brno, Czech Republic: Springer Publishers.Fowler, D. (1999). Virtual private networks: making the right connection. San Fransisco: Morgan Kauffman Publishers.Zseby, T. (2009).

Future Internet - FIS 2009. Second Future Internet Symposium, FIS 2009 (pp. 57-59). Berlin: Springer Publishers.