A Network Solution for Alpha Omega Technical Industries - Case Study Example

A Network Solution for Alpha Omega Technical Industries The Setup A Network Solution that meets the demands on the vertical growth of Alpha Omega Technical Industries across the globe. It is a design for worldwide distributed file system covering many areas including operations in Florida, Miami, Rio de Janeiro in Brazil, Frankfurt IN Germany, Dubai in the United Arab Emirates, as well as Shanghai in China.The network will serve millions of users with the potential and desire to access any of the file systems related to storage affairs. Business customers will also have the opportunity to use the network as a gadget for storing and even retrieving information regarding company products. The network will guarantee particular degrees of performance, security, and availability in the process of satisfying client needs(Rangan, 1987). The network will link computers with a broad spectrum of performance that will also run various operating systems. In future, the performance of networks will vary from one area to other depending on the speed of communication lines such as installation of fibre optic cables. The new system will give room to the user to apply knowledge regarding versatility of the network with limited inquiries from all the people accessing the system. The network puts into consideration the fact that the clientele base is heterogeneous as it covers more than three continents. The network will also remain different in power covering desk tops, personal computers, as well as large mainframes. The services provided by the new network will be simple but with enormous abilities to satisfy the complex nature of clients served by the business.The software and hardware system entailed in the network is heterogeneous enough to link the administration of the company to the rest of the staffs within the stores department. The network will cross many countries and several continents. As opposed to other systems, each portion of the network in each country will fall under a single management unit although it an agent will handle the same where necessary. Appointed agents areimportant for economic and security reasons in certain countries.The surety concerning privacy of files will be the responsibility of independent subnets where they serve in their countries. Assumed Facilities The network covering storage file servers will base on RPC communications as well as transactional file serves. The function of file servers will be keeping unstructured files where every file remains logical and the storage pattern assumes a specific sequence containing data bytes. The file servers will also isolate files exceptionally, and in the process carry out file operations among them writing and reading. It will also be a function of file servers to give room to various operations on many files kept in various servers waiting for transactional guarantees to allow performance including atomicity and serializability.On the other hand, RPC communication channels allow transmission of only reliable typed or structured information(Walker, 2004). With RPC communication, a user can perform operations using two machines. However, it is not possible to give assurances on performances.Technically, every server machine and customer workstation contains an only one of its kind identifier specific across the globe. It is not automatic that people can read the identifier. The network will make various assumptions among them each server and computer unithave hardware embeddings gadgets with the potential to function in security procedures. The system will have adequate ways of generating private-key and public-key pairs applied by security networks on demand. Necessary Features The company expects the networkto offer its customers with severalof the operations as well as assurances expected from a single-machine file network.Particular features provided by the network correspond to extensions to the old file systems relevant to the new network settings.Files in the new storage system will contain encrypted references to corresponding files(Birrel, 2000). One option of making the files active will be through the application of triggers. These are programs that the user will invoke using other operations.As examples, users will be required to check among remote distribution files and automatic compilation files where some will be stored. The files will contain specific names that will apply as labels that will also remain independent to the location of the user. They will also be independent of their replica numbers. This will help in offering support and extend shelter to the people using the network from complexities that come with the distributed file network. Customers accessing the system will also outline files containing descriptive names that permit the access of files based on content. We will design the security framework of the system in a manner that will allow every organization in all the regions including overseas centres gain autonomous management powers regarding the security of their individual files(Taylor, 2005). It will be easy to revoke or grant the rights of particular groups and users while they carry out their daily or selected operations. Nonetheless, the security network will give a flat-rate way of validating those allowed to use the system and in the process ensure the privacy operations as well as data from non-authorized personnel. The software and hardware system within the network is heterogeneous enough to link the administration of the company to the rest of the staffs within the stores department. The network will cross many countries and several continents. Choices will come out within the file system concerning the significance of performance as well as availability of the consistency of files common across the board. The network will have five significant components including a name service, a group of file server ancients, a security framework, a service covering replication, and a way of triggering the system into action. The network considers various fact among them the fact that the clientele base is heterogeneous as it covers more than three continents. The network will also remain different in power covering desk tops, personal computers, as well as large mainframes. The services provided by the new network will be simple but with enormous abilities to satisfy the complex nature of clients served by the business. The components remain very different from each other. A case in point is the naming service does not relate with understanding of the storage of replica files besides evaluating data as much as it stores the information regarding the site of replication servers in addition to the activities available to customers(Terry,1985).The independence of the components sets the new network apart from other systems and traditional methods of data storage in the stores departments.The current networks do not have independence among its components. Furthermore, the independent subsystems are assumed toavail themselves without provision. References Birrel D. (2000).A Universal file server.IEEE Transactions of software engineering, pp. 450-453. Rangan P. (1987). Security & Trust Relationships in Large Distributed Systems. Oxford: Oxford University Press. Taylor B. (2005). Secure Networking in the Sun Environment. Proceedings from the USENIX Summer Conference, pp. 28-37. Terry D. (1985). The Berkeley Internet Domain Server.Journal of UNISEX SummerConference, pp. 23-31. Walker B. (2004). The LOCUS Distributed Operating System. An Operating system review journal, Vol17(5), pp. 49-70. Read More