 What are the required VMs for a Small Footprint TAS for VMs deployment?
\nThe Small Footprint TAS for VMs is a streamlined version of the TAS for VMs, designed to reduce the number of virtual machines (VMs) required for deployment. This approach is particularly beneficial for organizations looking to optimize their cloud resources while maintaining the essential functionalities of the Tanzu Platform for Cloud Foundry.

Required VMs for Small Footprint TAS for VMs Deployment:

1. **Cloud Controller**: The central component responsible for managing the entire Tanzu Platform for Cloud Foundry environment.
2. **Cloud Controller Worker**: Works in tandem with the Cloud Controller to distribute workloads and manage the state of the platform.
3. **Clock Global**: Provides a global time source for the platform, ensuring synchronization across all VMs.
4. **Diego BBS**: The back-end server for the Diego application, responsible for handling user authentication and session management.
5. **Diego Brain**: The core application server for the Diego application, responsible for processing user requests and managing application state.
6. **Diego Cell**: A lightweight container runtime for the Diego application, providing isolation and resource management.
7. **Doppler Server**: The server component of the Doppler application, responsible for monitoring and managing application performance.
8. **Loggregator Traffic Controller**: Manages the traffic between the Diego application and the Doppler server, ensuring efficient communication.
9. **NATS**: A high-performance messaging system used for communication between different components of the Tanzu Platform for Cloud Foundry.
10. **Router**: The network component responsible for routing traffic between different VMs and services within the platform.
11. **Syslog Adapter**: Collects and forwards system logs from the platform to a centralized logging system.
12. **Syslog Scheduler**: Schedules and manages the transmission of system logs to the centralized logging system.
13. **UAA**: The Uniform API Access layer, providing a RESTful API for managing user authentication and authorization.

Optional VMs for Small Footprint TAS for VMs Deployment:

1. **File Storage**: Provides a centralized
<|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,  What are the required VMs for a Small Footprint 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\nThe Small Footprint TAS for VMs is a streamlined version of the TAS for VMs, designed to reduce the number of virtual machines (VMs) required for deployment. This approach is particularly beneficial for organizations looking to optimize their cloud resources while maintaining the essential functionalities of the Tanzu Platform for Cloud Foundry.

Required VMs for Small Footprint TAS for VMs Deployment:

1. **Cloud Controller**: The central component responsible for managing the entire Tanzu Platform for Cloud Foundry environment.
2. **Cloud Controller Worker**: Works in tandem with the Cloud Controller to distribute workloads and manage the state of the platform.
3. **Clock Global**: Provides a global time source for the platform, ensuring synchronization across all VMs.
4. **Diego BBS**: The back-end server for the Diego application, responsible for handling user authentication and session management.
5. **Diego Brain**: The core application server for the Diego application, responsible for processing user requests and managing application state.
6. **Diego Cell**: A lightweight container runtime for the Diego application, providing isolation and resource management.
7. **Doppler Server**: The server component of the Doppler application, responsible for monitoring and managing application performance.
8. **Loggregator Traffic Controller**: Manages the traffic between the Diego application and the Doppler server, ensuring efficient communication.
9. **NATS**: A high-performance messaging system used for communication between different components of the Tanzu Platform for Cloud Foundry.
10. **Router**: The network component responsible for routing traffic between different VMs and services within the platform.
11. **Syslog Adapter**: Collects and forwards system logs from the platform to a centralized logging system.
12. **Syslog Scheduler**: Schedules and manages the transmission of system logs to the centralized logging system.
13. **UAA**: The Uniform API Access layer, providing a RESTful API for managing user authentication and authorization.

Optional VMs for Small Footprint TAS for VMs Deployment:

1. **File Storage**: Provides a centralized