Reply: Discussion Thread: Business Information

The student must then post a reply of at least 400 words by 11:59 p.m. (ET) on Sunday of the assigned Module: Each reply must incorporate at least 1 scholarly citation in APA format. Any sources cited must have been published within the last five years.

The reply can be from any one of the paragraphs listed below but 400 words with 1 scholarly citation

Reply to : Sir-Cosby Otabil

Database processing in organizations

The innovation of technology across the world has been of significant impact in many sectors. Many organizations have benefited from this advancement. For instance, the online platform has created a rapport for businesses to engage in eCommerce, which reaches out to the global market. Also, the data storage devices have been improved and sophisticated to provide more efficient services. However, technological advancement has attracted a fair share of backlashes, such as cyber bullies and data breaches. Again there are risks associated with technical features such as online data storage. A slight mistake might lose massive and critical data belonging to a company. Technocrats have created several databases and availed them for utilization by many organizations which adopted the technology. Database processing includes the capturing and storage of data as well as access and distribution. This paper analyzes the data processing aspects and their essentiality in business organizations.

Why a Company Would Want a Distributed Database

A distributed database is a type of management that allows shared and storage in different locations, either geographically or within the organization but other computers. This data transparency will enable one to access and utilize the application from different computers using the same data. The distributed data provides autonomy and flexibility so that apart from accessing, one can monitor, manipulate and ensure the security of the data from different devices and locations (Lotfi, 2019). Also, this aspect allows data recovery in the event of a failure by one machine. Notably, the absence of computer network connections does not influence the data availability or access to the application from other devices.

One essential need for the distributed data in companies is that it facilitates fast and effective performance. Arguably, many applications are subject to fail sometimes. The bottlenecks imposed by the centralized database would cause a delay in all other outlets which depend on the main central server. On the other hand, the system does not need a central computer to serve others with a response with a distributed database. The automated processing of data in all computers facilitates progressive performance despite the failure of one machine (Abdalla & Karabatak, 2020). Besides, the distribution of data improves the application's response time. This independent progressive running of activities in the organization reduces the chances of complaints from clients over delayed responses or weak customer attention.

The distributed database depends on the database software to control the activities of all computers. This enables massive scaling, both vertically and horizontally. For instance, if the organization wishes to add extra services in their portal, the technical team can scale the program vertically from the manager's office to the customer service desk and vice versa (Sinaeepourfard et al., 2019). Furthermore, computers that need the same update, such as departments, can be serviced faster, horizontally across the organization. On the other hand, the centralized database allows only vertical scaling. Hence many organizations need a distributed database for efficiency.

A distributed database is essential to providing full-time reliability of the applications. Notably, online services run 24 hours a day. Hence online data consumers need services all through. The distributed database ensures the distribution of information across many servers when there is no human guidance to facilitate the process. The system also acts against one individual server's complications to prevent hiccups on clients' entire activity of data consumption.

Acceptable System Response Time for Interactive Applications

A one-second response time is a maximum period customers would take to wait for an application. Any time delay beyond that, clients would not take lightly, and the consequences would also be hazardous (Maheshwari et al., 2018). Response time from the application has a significant attribute to the overall customer satisfaction and production. Reviewing the reaction time in every application is critical to maintaining a good reputation in customer service. Also, the kind of information relayed don the customers are subject to review. For instance, some pop messages would preferably have a shorter response duration than the data processing output messages. However, in whichever case, the response time should not exceed the typical client's expectation.

The Key Characteristics of Centralized Data Processing Facilities

A centralized database has several factors under one control. The whole process of information storage, release, and organization of the data is achieved from one central unit. The system has a master server that serves the others upon request and can end their operation from the main point. The first aspect of a centralized database is one personal computer or a group of computers that act as the central distributor of the information (Rehman et al., 2018). These computers have one or more operators who oversee the actions and progress of the other computers. The central computers also share information with the other computers. These computers in the organization are connected through either LAN or WAN, with the main server (Pramanik et al., 2018). Notably, the failure or dysfunction of the server implicates the total collapse of all the other dependent computers. However, the dysfunction of any computer does not bring any effect to the server computers. However, if the laptop is linked to other computers, it may cause abnormally in the functioning of the programs in the other computers.

Another significant aspect of central database facilities is that they assemble and prepare all other database elements together. The main unit acts as the central supply center to the dependent computers and end-user devices. For instance, the server's connection or the central computer to the other computers originates from the main database center. From the system, the cables are connected to share the information and the application technology with the other computers.

Another attribute found in the central database center is the information. The server acts as the information center and channels data to the other computers. The information requested by the associate computers is stored in the servers and determine accessibility by the other computers. Typically, the staff can only retrieve customer transactions from the server computer in organizations where the database is connected centrally. The information kept by the central computer exceeds that which is available for the dependent computers. Again, the data captured by the dependent computers is also submitted to the computers for reserve storage and future references. Some actions are limited only to be undertaken in the central computers, under strict authorization. The supply computer is vital because it pools together or critical data, which sometimes may be lost by the dependent computers.

Another aspect of the central database center is that it controls the other operations and devices. It is the watchtower regulating the actions of all other data outlets. The control includes limiting some activity of the other computers and how they operate. Also, the central computer may control how the application works in the other computers, for instance, when one computer functions abnormally. An additional attribute of the database control center is that it brings together care staff. These staffs facilitate different actions required in the service of the customers and the operators of the other computers. Usually, the team in the central system has adequate knowledge in using the application or processing actions in the other computers and the server computer. Therefore, the staff is reasonable and put together to offer immediate response upon call by the operators at the other end. Also, the team may engage in customer response through the server computer when the others fail.

The Major Types of Equipment and Communication Redundancies Found in Today's Data Centers

Redundancies act as data replicators to distribute them in several devices for several functions. The redundancy options are put in place to create a backup plan when the regular networks or data source functionality is hindered (Xu et al., 2018). The operation involves sharing the same information and programs with several backup devices for business efficiency. The actual redundancies are the primary essential backups needed by the organization to run normally, even when the primary source fails. Such backups include water and power backup plans. The organization could acquire tanks or water storage. Also, the firm may purchase power backup utilities like generators and Ups.

Other types of redundancies include organizational and office redundancies. These strategies are availed to back up system failure in several aspects such as communications. For instance, when the desk telephone fails to work, the company may invest in mobile phones for reserve communications and avoid a total shutdown of the daily activities. Also, investing in backup internet options such as mobile data bundles are significant features on the organizational redundancies (Feng & Li, 2021). Also, office redundancy includes securing portable devices for the company, such as laptops for data storage and reserved utility when the desktop computers fail.

To conclude, the database and technological system of an organization is critical in any organization. The arrangement of data retrieval strategies and how an application's information is available is crucial for the firm. The company's programs are critical since customers gain satisfaction from the quality of the service they get. For instance, the reaction time of an application or software determines much on how clients will use it.