ISM 560 $ 542 Task 3
khairul30
ISM542_Task3.docx
ISM542 -Task 3
Task:
This module will focus on the basics of cryptography is such as symmetric and asymmetric encryption, algorithms, and hashing, as well as building an understanding of what it takes to move and store data securely.
The task will be to determine encryption that is needed to provide security for the company’s system. This will include plans to address:
· Passive and active network attacks
· Symmetric encryption
· Dissecting block and stream ciphers
· Dissecting the public-key algorithms
· Creating key pairs
· Passwords, hash, salt, and rainbow tables
· Secure Sockets Layer
· Email and IP security
Please follow the Rubrics carefully:
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Elements |
Exceeds Competency 90 - 100 |
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Mechanics
Grammar, spelling, sentence structure; Cite sources in APA format from reputable reference materials (10%) |
All work is in APA format with appropriately cited sources; no grammar or spelling errors. Uses complete sentences, well formed paragraphs, and graduate level word usage and complex sentence structure. |
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Plan for Encryption Passive and active network attacks (10%) |
Clearly, and logically analyzes what encryption is needed to provide security for the company’s system. This includes a thorough discussion of passive and active network attacks in relation to encryption. Provides supportive documentation from reliable sources.
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Plan for Encryption Symmetric encryption (10%) |
Clearly, and logically analyzes what encryption is needed to provide security for the company’s system. This includes a thorough discussion of symmetric encryption. Provides supportive documentation from reliable sources.
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Plan for Encryption Dissecting block and stream ciphers (10%) |
Clearly, and logically analyzes what encryption is needed to provide security for the company’s system. This includes a thorough discussion of dissecting block and stream ciphers. Provides supportive documentation from reliable sources.
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Plan for Encryption Dissecting the public-key algorithms (10%) |
Clearly, and logically analyzes what encryption is needed to provide security for the company’s system. This includes a thorough discussion of dissecting the public-key algorithms. Provides supportive documentation from reliable sources.
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Plan for Encryption Creating key pairs (10%) |
Clearly, and logically analyzes what encryption is needed to provide security for the company’s system. This includes a thorough discussion of creating key pairs. Provides supportive documentation from reliable sources.
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Plan for Encryption Passwords, hash, salt, and rainbow tables (10%) |
Clearly, and logically analyzes what encryption is needed to provide security for the company’s system. This includes a thorough discussion of passwords, hash, salt, and rainbow tables. Provides supportive documentation from reliable sources.
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Plan for Encryption Secure Sockets Layer (10%) |
Clearly, and logically analyzes what encryption is needed to provide security for the company’s system. This includes a thorough discussion of secure sockets layer. Provides supportive documentation from reliable sources.
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Plan for Encryption Email and IP security
(10%) |
Clearly, and logically analyzes what encryption is needed to provide security for the company’s system. This includes a thorough discussion of Email and IP security. Provides supportive documentation from reliable sources.
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Summary (10%) |
Writes a clear summary with recommendations from the analysis of encryption needs. Provides supportive documentation from reliable sources. |
Note:
1. Min 1000 Words without the cover and reference page
2. Use APA 7th edition
3. Include references and citations
