write a research paper discussing the concept of risk modeling. Please also evaluate the importance of risk models. Lastly, construct an approach to modeling various risks and evaluate how an organization may make decisions about techniques to model? Computer Science Assignment Help

In this assignment, you are asked to determine the security objectives, policy, threats and requirements for a simple software application. You are also asked to write a (partial) specification document that incorporates the security requirements that is intended to be used by developers to implement the application. The specification will also provide the basis for creating a security test plan for the application.

The application is called an “Address Book Appliance” (ABA). It is nothing more than a simple, Linux command line database program. It prompts users to enter commands, which allows users to save and retrieve records. An admin user manages unique user accounts that each store records separately from other accounts. The admin may not create an address database, but can only manage user accounts. I won’t say more than that about the security objectives of the system, but here is a list of the commands available to regular (non-admin) users:

• Add record – ADR <recordID> [field1=value …<field1=value1><field2=value2>]
• Delete Record – DER <recordID>
• Edit Record – EDR <recordID> [field1=value…]
• Read Record – RER [<recordID>] [ …]
• Import Database – IMD <Input_File>
• Export Database – EXD <Output_file>
• Help – HLP [<command name>]
• Exit – EXT

Your first job is to identify the high-level security objectives, system security policy, scenario-based threat analysis, and detailed set of security requirements for the system. Write this up as a report for engineering management and justify all of your decisions. Here is an example of a software requirements document template: https://web.cs.dal.ca/~hawkey/3130/srs_template-ieee.doc. Don’t worry about the performance, safety, and other requirements; just create the security requirements. Do not be fooled that the security requirements in this template are considered to be non-functional.

The second part of the assignment is to write an interface specification document that can be used by developers who are implementing the application and that reflects all of the security requirements. For each of the database commands above, what are the security-relevant checks that must be performed, what are the completion status codes that will be returned, and in what order? Furthermore, what additional commands (if any) might be necessary for users and admins specifically for security? Add those to the document. Remember, the specification just specifies the interface – commands, inputs, and outputs, and changes to the internal databases that are detectable using additional commands – but does not specify the implementation! You can see an example of a c-language interface specification for one of the calls to the GEMSOS kernel here

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Justify every choice you make with a clear rationale, but put the rationales in an appendix to the main specification document. We don’t want to confuse the developers.

The homework is about commercial law questions 1, 2 and 3-page 20 and then the shopkeeper challenges the “NS Tobacco Access Act”-page 37

I have edited the content of the book into pictures. Please answer according to the content of the book. I will also post questions in the form of pictures. The searched data should be in APA format. Each question should have a detailed explanation

I have some information in the book, but I can’t post it because they are all pictures, so please contact me, and I will send you the information in the book

CIS 100 Week 3: Discussion – Limiting Local Security Threats

One of the hardest aspects of being a network administrator is to manage and limit threats to the physical network and the data

that it contains.

Social engineering is one of the trickiest parts of the network security. It involves targeting people with convincing techniques to pry information from unsuspecting persons to compromise the network.

Whether it was shoulder surfing, phishing, tailgating or impersonation, many techniques have been proven quite successful in compromising data. Pick one social engineering technique (shoulder surfing, phishing, tailgating, impersonation) and explain how you would use that technique to pry information from an unsuspecting person.

Compose a 21-slide Power Point presentation demonstrating equilibrium and stability. You may select the Theme, Color and Font, be creative! Be sure to follow the instructions listed below as attention to fine detail is a key component in Allied Health careers. Be prepared to present this presentation to the class, the instructor will randomly select several students to present during class.

1. Slide 1- The Title slide must contain: your name, the date, course number and the Lab Title.
2. Slide 2- Head the slide: Translational Motion next Define: Translational Motion
3. Slides 3 through 7- Head each slide: Translational Motion next Insert a series of 5 images (pictures, drawings or schematics you have personally taken or drawn, must not be images from the internet) 1 image per slide, images must demonstrate pure translational motion when the slides are shown in rapid succession. The series of images must be of a single subject and/or object in 5 different stages of a singular motion as if each image was a freeze frame.
4. Slide 8- Head the slide: Translation next Describe what was shown in the previous 5 slides and explain how the images depict translation.
5. Slide 9- Head the slide: Rotational Motion next Define: Rotational Motion
6. Slides 10 through 14- Head each slide: Rotational Motion next Insert a series of 5 images (pictures, drawings or schematics you have personally taken or drawn, must not be images from the internet) 1 image per slide, images must demonstrate pure rotational motion when the slides are shown in rapid succession. The series of images must be of a single subject and/or object in 5 different stages of a singular motion as if each image was a freeze frame.
7. Slide 15- Head the slide: Rotation next Describe what was shown in the 5 previous slides and explain how the images depict rotation.
8. Slides 16 through 20- Head each slide: Complex Motion next Insert a series of 5 images (pictures, drawings or schematics you have personally taken or drawn, must not be images from the internet) 1 image per slide, images must demonstrate a combination of translation and rotation when the slides are shown in rapid succession. The series of images must be of a single subject and/or object in 5 different stages of motion as if each image was a freeze frame.
9. Slide 21- Head the slide: Complex Motion next Describe what was shown in the previous 5 slides and tell how the images depict both translation and rotation simultaneously.

BONUS POINTS: 10 Bonus points may be earned for presentations depicting only motions observed specifically in the lives of allied health professionals.