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VMware Cloud on AWS Outposts (A):

On-premises VMware Environment: This solution deploys a VMware SDDC (Software-Defined Data Center) as a fully managed service offering on your premises. It provides a consistent VMware environment that is maintained and operated by VMware and AWS.

Reduced OpEx and CapEx: Outposts eliminates the need to purchase and maintain hardware, reducing both capital and operational expenses.

Regulatory Compliance: The on-premises deployment ensures that data remains within your data center boundaries, addressing regulatory concerns.

VMware Cloud on Dell EMC (B):

Hybrid Cloud with Hardware Ownership: This solution brings VMware's software-defined stack onto Dell EMC hardware that remains under your ownership. Dell EMC manages the hardware lifecycle, reducing some operational burden.

OpEx Savings: This solution shifts some operational costs to a subscription-based model, helping to reduce operational expenses compared to full hardware ownership.

Regulatory Compliance: Similar to Outposts, deployment in your datacenter helps address potential regulatory requirements for data sovereignty.

Why Other Options Are Less Ideal:

VMware Cloud Foundation (C): While a great on-premises SDDC solution, it primarily addresses operational efficiency but doesn't inherently reduce capital expenditures (as you still need to own the hardware).

Oracle Cloud VMware Solution (D) & VMware Cloud on AWS (E): These are public cloud solutions and wouldn't meet the regulatory requirement of keeping the applications on-premises.

https://docs.vmware.com/en/VMware-Workspace-ONE-Access/20.10/workspace_one_access_install/GUID-E81B6B1B-A3D1-40D0-806A-3D31502C53A5.html

The Cloud Services Portal communicates with the Workspace ONE Access Connector via port 443 (HTTPS). According to the VMware documentation [1], the Cloud Services Portal connects to the Access Connector on port 443 to authenticate users and authorize access to the cloud service. The Access Connector listens on port 443 and communicates with the Active Directory using LDAP over TLS (LDAPS) on port 636. Reference: https://docs.vmware.com/en/VMware-Workspace-ONE-Access/services/com.vmware.access.admin.configure.doc/GUID-F5C6FD9E-36DA-4B1F-A7E7-CF8F64A81D78.html

The best option to meet the requirements of quickly migrating 1,000 VMs with the lowest latency and most reliable connection possible is to use AWS Direct Connect. AWS Direct Connect provides a dedicated network connection between an on-premises data center and the Amazon Web Services (AWS) cloud, allowing for the transfer of data across the two locations. It is more reliable and has lower latency than other options such as Layer 2 VPN, VMware Transit Connect, and IPsec VPN. Additionally, AWS Direct Connect provides the highest performance and throughput of any of the on-premises data center connectivity options.

Why does VMware refuse to educate their customers ... - VMware ...

https://communities.vmware.com/t5/VMware-Education-Services/Why-does-VMware-refuse-to-educate-their-customers/td-p/2005973

VMware Technical Support Guide

https://www.vmware.com/pdf/techsupportguide.pdf

Publishing Applications with VMware Horizon 7

https://vcdx.vmware.com/content/dam/digitalmarketing/vmware/ru/pdf/techpaper/vmware-horizon-7-application-publishing.pdf

The two use cases that apply to NSX logical routing are A. You must provide external connectivity to VMs and containers, and B. Your organization must provide connectivity between VMs and containers that are connected to different segments. NSX logical routing allows you to provide external connectivity to VMs and containers, and to provide layer 3 connectivity between VMs and containers that are connected to different segments. It does not provide layer 2 connectivity between VMs and microservices or intrinsic security for VMs connected to different segments.

https://cloud.google.com/architecture/private-cloud-networking-for-vmware-engine

Dedicated Interconnect provides a private [1][2], dedicated connection between your on-premises network and Google’s network. It offers low latency, high bandwidth, and a secure connection. Partner Interconnect provides a connection to Google Cloud Platform through a partner’s network, such as a service provider or a carrier. It offers the same low latency, high bandwidth, and secure connection, but is slightly slower than Dedicated Interconnect.

References: [1] https://cloud.google.com/interconnect/docs/concepts/types [2] https://docs.vmware.com/en/VMware-Cloud-on-AWS/services/com.vmware.vmc-aws.networking.doc/GUID-6D3A8E3B-A7B1-4A05-A9A8-C4F4A4A4C1A2.html

The throughput provided by a Google Cloud VMware Engine private cloud network is 100 Gbps. This allows for a high level of performance and scalability, and supports a variety of services and applications. Additionally, the private cloud network is secure and reliable, providing support for different authentication methods and encryption standards.

100Gb dedicated for cluster (vSAN + east-west) 4x mellanox connect-4 lx dual port 25GbE.

Example B illustrates the benefit of cloud computing where an organization can manage its cloud resources by using different cloud providers that are separate and isolated from each other. This allows the organization to make use of features and services offered by different cloud providers in order to benefit from the best of different services.

Example C illustrates the benefit of cloud computing where a business can store infrequently accessed data in the cloud in order to benefit from reduced on-premises storage costs, as cloud storage is usually cheaper than on-premise storage.

Example E illustrates the benefit of cloud computing where a developer can code an application in a cloud-based environment, and, with a few simple commands, deploy the application on the business website. This eliminates the need for the developer to set up and manage the application on their own, as the cloud platform handles the deployment and hosting of the application.

Example F illustrates the benefit of cloud computing where a large amount of storage can be made available in seconds using a cloud option. This is useful for businesses that require a large amount of storage but don't have the resources to set up and manage their own storage solution.

For more information on the benefits of cloud computing, see the VMware official documentation at https://docs.vmware.com/en/VMware-Cloud-on-AWS/services/com.vmware.vmc-aws.getting-started/GUID-F0A2F338-A6A7-49AD-B158-CFFCA2F29C1B.html.

https://docs.vmware.com/en/VMware-Cloud-on-AWS/services/com.vmware.vmc-aws-networking-security/GUID-0E34C56D-C49C-49B6-A9CF-FBFAF14A126C.html

To allow HTTPS access to a specific VM through the public Internet for VMware Cloud on AWS, the administrator should take the following two steps:

Request a public IP address in the VMware Cloud console. This is required because the VM needs a public IP address to be reachable from the Internet1. The administrator can request a public IP address from the Networking & Security tab in the VMware Cloud console1. The public IP address is allocated from the AWS pool and is associated with the SDDC1.

Configure a DNAT rule translating a public IP address to an internal IP address. This is required because the VM has an internal IP address assigned by the SDDC DHCP server, and the DNAT rule maps the public IP address to the internal IP address of the VM2. The administrator can configure a DNAT rule from the Networking & Security tab in the VMware Cloud console2. The DNAT rule must specify the public IP address as the source, the internal IP address as the destination, and the HTTPS service (TCP 443) as the applied to2. References: 1: Request a Public IP Address - VMware Docs, 2: Configure NAT Rules - VMware Docs

https://blogs.vmware.com/management/2020/01/the-cloud-operating-model.html

Aligning and connecting people, process, and technologies across layers of the IT and business organizations is an important success factor for cloud deployments. https://www.vmware.com/content/dam/digitalmarketing/vmware/en/pdf/docs/vmw-idc-enabling-a-cloud-operating-model-for-software-defined-infrastructure.pdf