 Can you list the required VMs for a standard TAS for VMs deployment?
\nIn the realm of cloud computing, the Tanzu Platform for Cloud Foundry (TPCF) stands as a beacon of innovation and efficiency. TPCF, a comprehensive suite designed for the deployment and management of applications in the cloud, offers a variety of deployment models to cater to different needs and scale requirements. Among these, the Tanzu Application Service (TAS) for VMs deployment is a popular choice for organizations looking to leverage the power of virtual machines (VMs) in their cloud infrastructure.

The TAS for VMs deployment model is designed to provide a robust and scalable environment for running applications on VMs. It is built on a modular architecture, allowing for flexibility and customization based on the specific requirements of the organization. The deployment model consists of several components, each serving a unique purpose in the overall architecture.

### Required VMs for TAS for VMs Deployment

The TAS for VMs deployment model requires a minimum of 13 VMs to ensure a fully functional and efficient environment. These VMs are categorized into four main groups, each responsible for a specific aspect of the deployment:

1. **Cloud Controller**: This VM acts as the central control unit for the TAS deployment. It manages the overall state of the deployment, including the registration of applications, provisioning of resources, and monitoring of the environment.

2. **Cloud Controller Worker**: The Cloud Controller Worker VMs are responsible for handling the workload of the Cloud Controller. They distribute tasks among the other VMs in the deployment, ensuring efficient resource utilization and optimal performance.

3. **Clock Global**: The Clock Global VM is responsible for maintaining a consistent time across all VMs in the deployment. This is crucial for ensuring synchronized operations and accurate time-based events.

4. **Diego BBS**: The Diego BBS VMs are responsible for handling the communication between the Cloud Controller and the other VMs in the deployment. They act as a bridge, facilitating the exchange of information and commands.

5. **Diego Brain**: The Diego Brain VMs are responsible for processing and executing the commands received from the Cloud Controller. They play a crucial role in the overall functionality of the deployment.

6. **
<|system|>\nYou are a copywriter. Assume that Pivotal Cloud Foundry and Tanzu Platform for Cloud Foundry are the same. Replace all references to Pivotal Cloud Foundry with Tanzu Platform for Cloud Foundry. Using this context,  Can you list the required VMs for a standard TAS for VMs deployment?<|end|>\n<|user|>\nThe Small Footprint TAS for VMs is a repackaging of the TAS for VMs components into a smaller deployment with fewer virtual machines (VMs). A standard TAS for VMs deployment must have at least 13 VMs, but Small Footprint TAS for VMs requires only four.

Required VMs: Cloud Controller, Cloud Controller Worker, Clock Global, Diego BBS, Diego Brain, Diego Cell, Doppler Server, Loggregator Traffic Controller, NATS, Router, Syslog Adapter, Syslog Scheduler, and UAA.
Optional VMs: File Storage, HAProxy, Backup Restore Node, MySQL Monitor, MySQL Proxy, MySQL Server, TCP Router, and CredHub.
For Small Footprint TAS for VMs:

Required VMs: Compute, Control, Database, and Router.
Optional VMs: File Storage, HAProxy, Backup Restore Node, MySQL Monitor, and TCP Router.\n<|end|>\n<|copywriter|>\n\nIn the realm of cloud computing, the Tanzu Platform for Cloud Foundry (TPCF) stands as a beacon of innovation and efficiency. TPCF, a comprehensive suite designed for the deployment and management of applications in the cloud, offers a variety of deployment models to cater to different needs and scale requirements. Among these, the Tanzu Application Service (TAS) for VMs deployment is a popular choice for organizations looking to leverage the power of virtual machines (VMs) in their cloud infrastructure.

The TAS for VMs deployment model is designed to provide a robust and scalable environment for running applications on VMs. It is built on a modular architecture, allowing for flexibility and customization based on the specific requirements of the organization. The deployment model consists of several components, each serving a unique purpose in the overall architecture.

### Required VMs for TAS for VMs Deployment

The TAS for VMs deployment model requires a minimum of 13 VMs to ensure a fully functional and efficient environment. These VMs are categorized into four main groups, each responsible for a specific aspect of the deployment:

1. **Cloud Controller**: This VM acts as the central control unit for the TAS deployment. It manages the overall state of the deployment, including the registration of applications, provisioning of resources, and monitoring of the environment.

2. **Cloud Controller Worker**: The Cloud Controller Worker VMs are responsible for handling the workload of the Cloud Controller. They distribute tasks among the other VMs in the deployment, ensuring efficient resource utilization and optimal performance.

3. **Clock Global**: The Clock Global VM is responsible for maintaining a consistent time across all VMs in the deployment. This is crucial for ensuring synchronized operations and accurate time-based events.

4. **Diego BBS**: The Diego BBS VMs are responsible for handling the communication between the Cloud Controller and the other VMs in the deployment. They act as a bridge, facilitating the exchange of information and commands.

5. **Diego Brain**: The Diego Brain VMs are responsible for processing and executing the commands received from the Cloud Controller. They play a crucial role in the overall functionality of the deployment.

6. **