Sql Injection Attack, Cs674 Spring Session 2 2015

Databases today are essential to every business. Whenever you visit a major Web site – Google, Yahoo!, Amazon.com, or thousands of smaller sites that provide information – there is a database behind the scenes serving up the information you request (Hector, Ullman, & Widom 2008). Database systems are becoming as common in the workplace as the essential one that it can easily be searched, categorized and recalled in different means that can be easily read and understood by the end user.

How private security has evolved, from its roots in Feudalism to its current state, and include supporting explanation.

The Aim Higher college has recently had some issues of sensitive information being stolen from students when registering for classes. I believe that the web application that the student information system is using is a problem named SQL injection. A SQL injection attack is an attack where the attacker can run malicious SQL queries against a web application’s database server and it can be a danger for the users who access the web page because the hacker will look for their personal information records, then delete it or modify the information gained. This type of attack is no joke we have to take action and create a plan to resolve this vulnerability on our database, so the students will register for their courses with our security on their side.

In today’s IT world every organization has a responsibility to protect the information and sensitive data they have. Protecting data is not only responsibility of security and IT staff but every individual is involved in protecting the information. The risks to information security are not digital only, but it involves technology, people and process that an organization may have. These threats may represent the problems that are associated to complex and expensive solution, but doing nothing about these risks is not the solution.

Information security enabled by technology must include the means of lowering the impact of intentional and unintentional errors entering the system and to prevent unauthorized internally or externally accessing the system  actions to reduce risk data validation, pre-numbered forms, and reviews for duplications. It is crucial that the mission plan include the provision of a disaster recovery and business continuity plan. On the other hand, there is much more intrusion activity today than ever before. Obviously, there is an increased concern for attacks through companies’ network in an effort to either commit malice or affect the integrity of an organization’s most valuable resource. Therefore, it is important that companies do not get complacent in their IT infrastructure security. The fact of the matter, there is no perfect system; however, it behooves organizations to protect their information by way of reducing threats and vulnerabilities. Moreover, Whitman and Mattord (2010) said it best, “because of businesses and technology have become more fluid, the concept of computer security has been replaced by the concept of information security. Companies

“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

Without a doubt the profession of private security has evolved over time. Today if you were to ask group of Americans at what point in history did the need for private security became significant, you’re likely to receive one of the two answers. Half would say toward the ending of World War II, because many of the man returning from the war had prior military police training and acquired work within the private sector as private police (security). While the younger individuals within the group will likely respond, private security became significant after 9/11; due to the Department of Homeland Security (DHS) being

Research Objective: The main theme of this research paper is to protect sensitive information that any organization or business possess. With community’s increasing reliance on information systems and technology there is scope for security breaches, more likely to happen. Not only monetary loss it can create damage to information assets that has sensitive data. To secure these assets from any internal or external damage organizations has to follow proposed rules and guidelines. Also security responsibilities

The breaches happen in the organization if the network administrator/Security chief of the organization is not keen in observing and if the employee is careless or not aware then the hacker gains access to lot of confidential information. (Data Breaches, n.d.)

This article covers cases about employees or former employees of corporate companies who have used hacking and exploitation skills to maliciously gain access to private information, and infect or wipe their databases. This intent to destroy or tamper sensitive information is in violation of the 1986 CFAA (Computer fraud and Abuse Act) “18 U.S. Code § 1030(a)(5)(A)” . Thus, because there have been so many breaches in the computer systems owned by companies there is more need for strict access permissions for employees and reliable high security which can be expensive.

Before computers were invented, humans would store data in filing cabinets, safes, libraries, and other such places. However, the method of storing data changed when computerized databases were invented in the 1960’s [4]. Storing data in a digital database became more of a time and cost efficient method over storing data in filing cabinets or other like places. Computerized databases provide the user, or users, the ability to access, add, or remove data in a matter of seconds rather than the possible hours it could take, going through hundreds of physical folders.

With the quick advancement of Internet, system database security has turned into the center of system security. The exploration of database security innovation against SQL assaults has turned out to be exceptionally earnest. In this paper, we investigate standards of SQL assaults, contemplate a database insurance framework which is utilized between the Web application and the database. The framework gives distinctive defensive measures to customary clients and directors to adequately ensure the security of the database. the part of a Web application and database in the database between the security framework for customary clients and directors

The end of the Second World War saw an increase in the awareness of individual rights such as the right to be protected from harm at all costs. Though the demand for private security arose in ancient times, the Second World War heightened its demand and saw the evolution of private security practice boom into a multibillion industry all over the world. The war made the people wary of sabotage and espionage which as the order of the day making the need for security high. The demand for private security was especially high at the war production plants, with each claiming to be

According to Rouse (2006), “Computer databases typically contain aggregations of data records or files, such as sales transactions, product catalogs and inventories, and customer profiles” (Rouse, 2006). Databases can hold a sufficient of information that are deemed

Database security is vital for any and every organization which uses databases. Without proper security, the databases can be breached and the breaches can lead to confidential information being released. This has happened to many organizations whether they are large or small; for example, in the past few years Target and Sony both fell victim to database breaches. To make matters worse both Target and Sony were actually warned about the flaws in their security, but neither took any action to resolve the flaws. Looking into these breaches and how they were handled could lead to designing better databases. Organizations should also look within themselves to assure all employees know good security practices. Simply following regular procedures such as installing antivirus software and firewalls can help create more secure databases. An organization should look at all of their databases to ensure the same top level security is established for all of their databases.