Final answer:
To calculate TCO for a workload requiring physical isolation, dedicated infrastructure options such as dedicated servers or private cloud should be considered, as they accommodate for required security and compliance. Costs are impacted by factors like initial setup and maintenance, and utilizing mathematical models can help predict whether technology that is more machine or labor-intensive is cost-effective.
Step-by-step explanation:
When a customer needs to calculate the Total Cost of Ownership (TCO) for a workload that requires physical isolation, the hosting model to be considered should take into account dedicated infrastructure that can ensure both the demanded isolation and compliance with any associated regulatory requirements. In this context, hosting models that could be considered include dedicated servers, private cloud, or perhaps a managed on-premises solution where the customer owns or leases the equipment. Each option comes with its own set of costs, such as initial setup, maintenance, security, and potential scalability.
Using mathematical models to roughly estimate costs for the various approaches is crucial in determining the most cost-effective production technology. For instance, if machine hours become cheaper, a shift towards more machine-intensive production (production technology 3) may be expected, thus lowering the TCO. Conversely, if the cost of machines increases, a shift toward a more labor-intensive approach (production technology 2) might be warranted to lower TCO. It's important to analyze the linkage between the science behind a technique and the cost of implementing it, while normalizing these costs to compare with other options effectively.