Cloud Architects and Network Engineers
Evaluating hybrid cloud connectivity options during the initial infrastructure design phase
Use cases
About
The Cloud Network Peering mind map template provides a technical framework for architects and IT professionals to evaluate high-speed connectivity options between on-premises infrastructure and cloud environments. This Cloud Network Peering cheat sheet covers 14 specific nodes across three primary categories: Dedicated, Carrier, and Use Cases. It serves as a Cloud Network Peering template for designing secure, low-latency network topologies that bypass the public internet. The map details specific performance metrics, such as the '10 Gbps per link' capability for direct connections, and identifies over 100 physical meeting locations for global deployment. By mapping out the 'Dedicated' and 'Carrier' models, users can quickly compare direct cloud provider connections against third-party partner solutions to determine the best fit for their organizational bandwidth and security requirements.
Terms and ConditionsWhen to use this template
IT Managers and CISOs
Presenting network security strategies to stakeholders to justify private peering investments
DevOps Teams and System Administrators
Onboarding new technical team members to explain the organization's cloud edge strategy
How to use this template
Step 1
Download and open the file
Download the .xmind file and open it using Xmind on your desktop or mobile device to view the full network hierarchy.
Step 2
Input your specific requirements
Edit the 'Dedicated' or 'Carrier' nodes to reflect your current ISP capabilities or required bandwidth targets for your project.
Step 3
Export for technical documentation
Use the Xmind export feature to save your peering map as a high-resolution image or PDF for inclusion in your network design documents.
Frequently asked questions
The template distinguishes 'Dedicated' peering as a direct connection through a cloud provider with fixed 10 Gbps speeds, while 'Carrier' peering involves working with a third-party partner where the connection speed is variable and dependent on the specific carrier's infrastructure.
You can use the 'Use Cases' branch to plan security architectures, specifically focusing on nodes like 'Limit public Internet exposure' and 'Enable private access to cloud services' to ensure your data remains off the public web.
Yes, while the template provides a general framework, you can easily open the .xmind file and add specific provider names (like AWS Direct Connect or Azure ExpressRoute) to the 'Dedicated' or 'Carrier' branches.
The diagram covers five major scenarios: transitioning from public internet usage, limiting exposure for on-premises networks, creating internet-exposed DMZs, connecting on-premise networks via DMZ, and enabling private API access.
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