Basic Classic Threats For It Systems And Data

Merriam-Webster Online Dictionary (n.d.) defines an interruption as “a break in the continuity or uniformity of; to stop or hinder by breaking in”. The context may apply to seasons, humans, or in computer terms. In computer terms the definition includes a feature of a computers that permits the temporary interruption of one activity to perform another ("Interruption," n.d.). Cambridge dictionary defines interruption as “an occasion when someone or something stops something from happening for a short period”, in business language it would include an occasion when a company is prevented from operating as normal ("Interruption," n.d.). The MacMillan dictionary defines an interruption as ‘something that someone says or does that stops someone else when they are speaking or concentrating on something’, ‘the act of stopping something for a period of time’, and ‘a time during which something interrupts a process or activity’ ("Interruption," n.d., expression 1-3). In assessing synonymous terms break, interference, disruption, disturbance, and discontinuance are the predominant terms found (Thesaurus.com, 2016). The definitions lead us to believe an interruption is always attributed to a thing or a person, however, mostly the

To start off with I chose to go with our banking or financial industry. The banking industry is constantly getting attacked by various methods on a daily basis. I chose this industry because I happen to know someone who works in the security sector at Wells Fargo Bank, he was a good person to get information on what he sees on a daily or weekly basis. This paper is the opinion of myself and with gathered information from various resources.

A interrupt is a sign from a gadget joined to a PC or from a project inside of the PC that causes the primary program that works the PC to stop and make sense of what to do next. All individual PC today are interrupt driven - that is, they begin down the rundown of PC direction s in one system (maybe an application, for example, a word processor) and continue running the guidelines until either they can't go any further or an interrupt with sign is detected. Once the interrupt is detected, the PC either continues running the project it was running or starts running another system.

The next step is to identify the risks, threats and vulnerabilities. Hackers attack from the Internet, failure of hardware or software systems, or network outages are the most common threats. And common vulnerabilities are absence of firewall and antivirus software, absence of update patches, not adequately trained associates etc.

Identify three types of sensitive information involved with each situation. Then, describe three ways in which each information item could be misused or harmed. For each of these, note at least one likely finding that you would include in a risk analysis report of the organization. Finally, answer the questions at the end.

* Identify risks, threats, and vulnerabilities in the 7 domains of a typical IT infrastructure

Lab #1 – Part A – List of Risks, Threats, and Vulnerabilities Commonly Found in an IT Infrastructure

1. What are some of the emerging IT security technologies that should be considered in solving the Problem related to the case?

19. who decides how and when data in an organzation will be used or controlled?

In the three maintained products the threats and risks are to be identified. Such as the data base securing, user identification, authorizing proper managers, protections from hackers and updated firewalls and less vulnerable software.

When it comes to risk management there are definitely differences between risks, threats and vulnerabilities. It’s also amusing that the security terms that are most commonly misused/misunderstood by businesses are risks, threats, and vulnerabilities. Before you can properly define the three terms that were previously mentioned, one must realize that the ultimate goal is to protect assets. The assets can be anything from information, people or physical property. The information could be a database, company records; software code and a lot of other intangible items. The people would include customers, employees, contractors or guests. The property could be any items that could be assigned a value and either is tangible or intangible. Proprietary information and reputation are assets that would be considered intangible.

In order to better understand the potential attacks that can affect the network, it is best to start with the external layer. Spear phishing or phishing is a potential attack that can occur through the email server. Using this kind of attack the hacker will create a fake website that is identical to a popular website for a client ADDIN EN.CITE Kim2012318(Kim & Solomon, 2012)3183186Kim, D.Solomon, M.Fundamentals of Information Systems Security2012Sudbury, MAJONES & BARTLETT - U9780763790257http://books.google.co.ke/books?id=-agjhFspvFMC( HYPERLINK l "_ENREF_2" o "Kim, 2012 #318" Kim & Solomon, 2012). The main purpose of this attack will be to collect information from the company users. The information can range from sensitive data regarding the company or personal employee information. The effects of this attack can be quite detrimental to the company as the users will not be aware of the phishing website. The information that the hacker collects could be used to access the network and sensitive data on the servers. The company will be faced with three main threats if this attack is successful namely data alteration, information disclosure, or data destruction. To protect against this attack, the company should install spam filters, which can detect attachments or malicious links sent via email.

Data systems such as the web application and data servers are faced by a number of threats, some of these threats are discussed below:

Identify and describe the six components of an information system. Which are most directly affected by the study of computer security? Which are most commonly associated with its study?

There are a great number of security risks that could threaten the computer infrastructure. Below are the top 5: