CMGT 432 CMGT432 CMGT/432 ENTIRE COURSE HELP – UNIVERSITY OF PHOENIX

Description

CMGT 432 CMGT432 CMGT/432 ENTIRE COURSE HELP – UNIVERSITY OF PHOENIX

CMGT 432 Week 1 Cryptography Timeline Presentation

CMGT 432 Week 2 Password Encryption Tools

CMGT 432 Week 2 Applying Encryption Standards

CMGT 432 Week 3 Recommend PKI Technology

CMGT 432 Week 3 Digital Certificates Presentation

CMGT 432 Week 4 Exploiting Public Wireless Networks

CMGT 432 Week 4 Analyzing Encrypted E-Mail Communication

CMGT 432 Week 5 Team SSL TLS Packet Capture

CMGT 432 Cumulative Review of Cryptography Concepts

CMGT 432 CMGT432 CMGT/432 ENTIRE COURSE HELP – UNIVERSITY OF PHOENIX

CMGT 432 Week 1 Cryptography Timeline Presentation

Cryptography has been around for over a thousand years. Throughout these years, technology and time have impacted the importance of protection through cryptography.

Develop a high-level timeline that identifies 15 important events in cryptography over the past 2,000 years.

The timeline should be in chronological order and include the major milestones focused on ancient versus modern cryptographic systems and techniques.

Include the following in each milestone:

• Date of the event (specific date of event, when possible)
• Who or what triggered the event
• Who was impacted by the event

The student may use any tool, such as Microsoft^® Word, Publisher, or PowerPoint^®, and sites such as ReadWriteThink, Timeline JS, or timetoast, etc., to develop the timeline. The timeline must include at least 15 events over the past 2,000 years.

CMGT 432 CMGT432 CMGT/432 ENTIRE COURSE HELP – UNIVERSITY OF PHOENIX

CMGT 432 Cumulative Review of Cryptography Concepts

Cumulative Review of Cryptography Concepts

Complete the following exercises. Save the document with your last name and submit it to the Assignment Files tab.

1.     Review the following packet capture. Describe what the information identified by the yellow arrow in the packet capture section represents. Describe what is generally transpiring in the communication.

2.     Review the following packet capture. Describe what the information identified by the yellow arrow in the packet capture section represents. Describe what is generally transpiring in the communication.

3.     The following graphic represents a small piece of a larger traffic capture. Based on the information, describe what this traffic generally represents. Some of the traffic includes the acronym RSA. What is RSA in detail, as related to the image?

4.     Review the following graphic and describe its significance to cryptography.

5.     Describe what is transpiring in the following graphic.

6.     Describe in detail what the following equation pertains to in cryptography. Include what is being solved and why.

7.     Describe the process occurring in the following example:

8.     Describe the significance of the area in the packet capture noted by the yellow arrow. What is occurring? What type of system does this communication originate from? Also, why would this system increase the security posture of an organization?

9.     This question consists of completing multiple activities.

Activity #1

Complete the steps below:

Step 1:  Create a file called secrets.txt and place text of your choice in it (it is better to place a large amount of text in it).

Step 2:  Copy it to your hard disk and take note of its location.

Step 3:  Take an image file in .jpg format, placing it in the same directory as the text file just created, renaming it cool.jpg.

Step 4:  Take note that this is merely an example and you must provide the proper paths and spacing.

copy /b cool.jpg + secrets.txt output.jpg

Activity #2

Answer the following questions:

What is this operation an example of?

What could have been used to detect this activity?

10.  Describe the differences between the following terms:

• Stream versus block ciphers
• Asymmetric  versus symmetric encryption
• AES versus DES versus 3DES
• IKE versus ISAKMP
• HTTP versus HTTPS