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How do you design a WAN for network data analysis and visualization?

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Network data analysis and visualization is the process of collecting, processing, and presenting network data in a graphical or interactive way. It can help you monitor network performance, troubleshoot issues, identify trends, and optimize network design. But how do you design a WAN (wide area network) that can support network data analysis and visualization across multiple locations? Here are some key steps and considerations to follow.

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Sachin Singh

20k+ @LinkedIn ?? | DevOps and Cloud Enthusiast ? | 7x OCI Certified?? | Arthians | AWS | Kubernetes | Machine…
Walter Stroebel

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1 Choose a WAN topology

A WAN topology is the layout of the network devices and connections that span across different geographical areas. There are different types of WAN topologies, such as star, mesh, hybrid, or hub-and-spoke. Each one has its own advantages and disadvantages in terms of cost, scalability, reliability, and performance. You need to choose a WAN topology that suits your network data analysis and visualization needs, such as the amount of data traffic, the number of locations, the level of redundancy, and the budget.

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Sachin Singh

20k+ @LinkedIn ?? | DevOps and Cloud Enthusiast ? | 7x OCI Certified?? | Arthians | AWS | Kubernetes | Machine Learning | Ansible | Terraform | Microservices | AIOps | ?? Personal Branding | Technical Blogger
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Choosing a WAN topology (like star, mesh, or hub-and-spoke) is about balancing cost, scalability, and performance. Consider factors like data traffic, locations, redundancy, and budget for a tailored network setup.

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Burhan Tahir

I help Entrepreneurs and Founders solve their business problems technically through my awesome Web and Mobile Apps. || Developed and launched 650+ Mobile Apps and Websites || Mobile App Developer || Web Developer.
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It highlights various WAN topologies like star, mesh, hybrid, and hub-and-spoke, each offering distinct advantages and disadvantages concerning cost, scalability, reliability, and performance. This decision hinges on factors like data traffic volume, geographic dispersion, redundancy needs, and financial constraints. By carefully evaluating these factors, organizations can optimize their network infrastructure for efficient data analysis and visualization, ensuring seamless connectivity and optimal resource utilization across different geographical areas.

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2 Select a WAN technology

A WAN technology is the method of transmitting data over the WAN links. There are different types of WAN technologies, such as MPLS (multiprotocol label switching), VPN (virtual private network), SD-WAN (software-defined WAN), or cloud-based WAN. Each one has its own features and benefits in terms of speed, security, flexibility, and management. You need to select a WAN technology that can handle your network data analysis and visualization requirements, such as the bandwidth, the latency, the encryption, and the control.

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Sachin Singh

20k+ @LinkedIn ?? | DevOps and Cloud Enthusiast ? | 7x OCI Certified?? | Arthians | AWS | Kubernetes | Machine Learning | Ansible | Terraform | Microservices | AIOps | ?? Personal Branding | Technical Blogger
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Picking WAN tech (MPLS, VPN, SD-WAN, or cloud-based WAN) is like choosing a road for your data. Each has speed, security, and management differences. Choose based on your needs: bandwidth, latency, encryption, and control. It's about finding the best route for your network.

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Walter Stroebel

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This is an odd point? Pick one? If your scale is global, I'd expect more than just one technology although you might be able to get away with just HTTPS I guess. Or just VPN.

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3 Implement a WAN monitoring tool

A WAN monitoring tool is a software or hardware device that can collect, analyze, and display network data from the WAN devices and links. It can help you measure network performance, detect network problems, and troubleshoot network issues. You need to implement a WAN monitoring tool that can support your network data analysis and visualization goals, such as the metrics, the alerts, the reports, and the dashboards.

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Walter Stroebel

AI DevOps Expert
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Monitor the ENTIRE WAN? Ambitious. I'd settle for monitoring the data collection I'd say. Again, odd subject. But if you are collecting and visualizing data from all over the world, monitoring the collecting and visualization will be challenging already.

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4 Use a WAN optimization technique

A WAN optimization technique is a method of improving the efficiency and quality of data transmission over the WAN links. It can help you reduce network congestion, enhance network throughput, and save network costs. You need to use a WAN optimization technique that can boost your network data analysis and visualization outcomes, such as compression, caching, deduplication, or protocol optimization.

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Walter Stroebel

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Again ... that is unrelated to WAN. I would point the reader to the OSI stack model, this question is getting some things confused there.

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5 Apply a WAN security strategy

A WAN security strategy is a plan of protecting the network data and devices from unauthorized access, modification, or damage. It can help you prevent network attacks, safeguard network resources, and comply with network policies. You need to apply a WAN security strategy that can secure your network data analysis and visualization activities, such as firewall, encryption, authentication, or VPN.

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Walter Stroebel

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See point (2) above: duplicate topic, unclear focus and again definitely not a single topic. Security might or might not be a major issue depending on push/pull approach used.

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6 Review and update your WAN design

A WAN design is not a static or one-time process. It is a dynamic and ongoing process that requires regular review and update. You need to review and update your WAN design based on your network data analysis and visualization feedback, such as the performance, the issues, the trends, and the optimization.

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7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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How do you design a WAN for network data analysis and visualization?

1

2

3

4

5

6

7

1 Choose a WAN topology

2 Select a WAN technology

3 Implement a WAN monitoring tool

4 Use a WAN optimization technique

5 Apply a WAN security strategy

6 Review and update your WAN design

7 Here’s what else to consider

Computer Science

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How do you design a WAN for network data analysis and visualization?

1

2

3

4

5

6

7

1 Choose a WAN topology

2 Select a WAN technology

3 Implement a WAN monitoring tool

4 Use a WAN optimization technique

5 Apply a WAN security strategy

6 Review and update your WAN design

7 Here’s what else to consider

Computer Science

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