Reference no: EM133535639
Plan and Manage Troubleshooting Advanced Integrated IP Networks
Task - Case Study
1. Introduction
• Provide an overview about the business.
• You may use the information provided in Task 1.docx document provided on Canvas and paraphrase it.
• Discuss the intent of developing this report and topic that you will cover in this report.
2. Define the Problem
• Consider what is the problem and define the problem clearly.
3. Troubleshooting Strategies / Approach
• Describe what troubleshooting strategies you will be using to solve the problem.
• What troubleshooting approach you are going to use.
• Mention Benefits/Drawbacks for each of the troubleshooting problem.
4. Proposed Solution
• Define your proposed solution and why you are choosing this particular solution.
• Explain how you will monitor Network Connectivity for performance and reliability.
5. Network Troubleshooting Tools and Techniques
• What Network Troubleshooting tools and techniques you are going to use and implement.
• Consider some network troubleshooting tools, such as:
o SNMP monitoring.
o IP Connectivity Monitoring.
o Hardware/ Software Sniffers.
o Span/ RSPAN/ EEM.
o Etc.
• Please include Pros / Cons for troubleshooting.
6. Testing Strategy
• List and explain the testing strategies which you are going to implement in your submission.
7. Prevention Strategies
• List and explain various prevention strategies to prevent the problem from re-occurring.
• You might consider:
o Documentation.
o Change Control Monitoring & Rectification of the errors.
o Implementation of Network Maintenance.
o Etc.
8. References
Task 2 Plan and Manage Troubleshooting Advanced Integrated IP Networks
1. Introduction
• Provide an overview about the business.
• You may use the information provided in scenario available in the Task Requirements document provided on Canvas and paraphrase it.
• Discuss the intent of developing this report and topic that you will cover in this report.
2. Define the Problem
• Consider what is the problem and define the problem clearly.
3. Troubleshooting Strategies / Approach
• Describe what troubleshooting strategies you will be using to solve the problem.
• What troubleshooting approach you are going to use.
• Mention Benefits/Drawbacks for each of the troubleshooting problem.
4. Proposed Solution
• Define your proposed solution and why you are choosing this particular solution.
• Explain how you will monitor Network Connectivity for performance and reliability.
5. Network Troubleshooting Tools and Techniques
• What Network Troubleshooting tools and techniques you are going to use and implement.
• Consider some network troubleshooting tools, such as:
o SNMP monitoring.
o IP Connectivity Monitoring.
o Hardware/ Software Sniffers.
o Span/ RSPAN/ EEM.
o Etc.
• Please include Pros / Cons for troubleshooting.
6. Testing Strategy
• List and explain the testing strategies which you are going to implement in your submission.
7. Implementation and Findings
• Implement the troubleshooting approaches you have proposed in point 4 (Proposed Solutions) to troubleshoot the problem presented to you using the sample packet provided to you.
• Screenshot of your implementation, crop your screenshot making sure all the relevant information is captured and make a small comment of what the screenshot is about (You must take screenshot of the configuration process. The #showrun command can be used in the testing phase only).
• Document all the implementation and findings you've made and make sure to put an explanation for each screenshot that you have.
8. Prevention Strategies
• List and explain various prevention strategies to prevent the problem from re-occurring.
• You might consider:
o Documentation.
o Change Control Monitoring & Rectification of the errors.
o Implementation of Network Maintenance.
o Etc.
9. References
Attachment:- Plan and Manage Troubleshooting.rar