Why Is Securing Data Important

Confidentiality is the protection of information from unauthorized access. This is the assurance that information provided has not been made known to unauthorized persons, processes or devices. The application of this security service suggests information labeling and need-to-know imperatives are core aspects of the system security policy. Information, in today’s world, has value and everyone has information they wish to keep secret. Information such as credit card details, trade secrets, personal information, government documents, and many more. It was stated (Securitas Operandi™, 2008) that, we are bound to keep many secrets – corporate, staff, and personal secrets. We must keep this confidential information under wraps and earn the trust of employers, colleagues, and regulators every day. Mechanisms to enforce this include cryptography, which is, encrypting and decrypting data, access controls such as

Many cybersecurity professionals spend a great deal of time protecting data while in transit i.e.: when data is sent from one location to another or when it is accessed by users Manuel (2017). While protecting data-in-transit is extremely important in preventing man-in-the-middle (MITM) attacks, data must also be guarded when it is at rest. Another—often overlooked—component of data security is the safe transfer and disposition of network assets that house data after they are no longer needed.

Business firms ,state firms are afraid about the threat posed by hackers to data at rest.Data encriyption

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

“The practice of keeping data protected from corruption and unauthorized access” is known as data security (SpamLaw, 2011). The focal point of data security is the protection of

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.

As technology grows and information has become a critical asset companies currently are devoted their resource and money to protect their data as important as their finance and human resource assets.

First, data will be protected with IT security systems to include the most effective firewalls, encryption protocols and auditing processes. Data will be backed-up data using two systems, 1 local from separate

The data information needs to be kept secure and making sure that the information is only used by the correct person and in the manner in which it should be used.

With data and the collection of it, comes the added need for security. To begin to understand how we need to secure the data we collect we need to understand a few aspects of the

The database is the heart of any company or organization; this is the one place where vital information stored. Data security is known to be one of the most critical components of business, banks, and even home computers (Coy, 1996). Most of our information such as client information, payment information, personal files, bank account details, etc. these information’s can be hard to replace and

Several issues come to mind when dealing with three major crises that will confront businesses over the next 50 years. Of the major crises that come to mind, technological security seems to be one of the more evident crises that business will confront over the next 50 years. Many companies are beginning to store extremely valuable information on cloud storage systems to save costs, time, paper, etc. This methodology is risky simply because of the increased risk of hackers trying to capture and misappropriate the stored information. In order for businesses to take appropriate preventative action, they must invest in the adequate amount of internet, system, and storage security.

In today’s world we are so much dependent on technology, that the need for privacy and data encryption has become more important to protect the importance of information, such as credit-card numbers, email messages, confidential company information, banking details and other personal information. For example, when you are at an Automatic Teller Machine (ATM), you do not want someone looking over your shoulder for your PIN number. The same applies for email accounts, bank accounts, Social-networking accounts. And we do not want an unauthorised person or a third party to monitor our movement over the internet. So as the computer technology and Information technology have evolved, so is the need to secure date increased. Internet usage has increased at an alarming rate, and now every person is using the Internet for various purposes. Researchers have been working hard for a very long time to make Internet and data sharing as safe as possible. They are trying to find new methods of securing and transferring data across the internet and extranet.

Data or information is the kernel of the modern company. Its availability, integrity and confidentiality are basic to the long-term survival of any 21st-century company. Each company need a complete and scientific method to protect its data, otherwise, the company would be weak in front of risks. These risks are not limited to internet companies. In fact, any company that have secret information have to counter with the risks of data security. In a word, both public and private data could be affected by risks. In UK, almost every company run some external guidance or

This paper explores the different aspects of security as it pertains to database systems. It will provide an overview of security concerns such as access control, user authentication, reliability and data integrity, as well as how IT professionals might mitigate the risk associated with each. By examining the methodology by which attacks on database systems occur, we are able to take a comprehensive approach to prevent or limit the extent of such attacks and the impact they may have on a DBMS environment. Finally, we will review industry best-practices of the implementation of security countermeasures.