What refers to increasing the power of existing resources in a work environment?

What refers to increasing the power of existing resources in a work environment?

• A. Vertical Scaling
• B. Horizontal Scaling
• C. Dynamic Scaling
• D. Resource Scaling

Answer: (A)

The concept of increasing the power of existing resources in a work environment is known as vertical scaling. Vertical scaling involves enhancing the capacity or capability of individual servers or resources by adding more powerful components such as CPUs, RAM, or storage. This approach is often used to improve performance without adding additional machines to the environment. In contrast to horizontal scaling, which adds more machines to distribute the load, vertical scaling focuses on making a single machine more powerful. This can be beneficial in scenarios where certain applications or databases are designed to run more efficiently on a single instance rather than being spread across multiple systems. Consequently, vertical scaling can lead to improved performance for high-demand applications while keeping infrastructure management relatively straightforward as there are fewer instances to maintain. Understanding vertical scaling is crucial in contexts such as cloud computing, where resources can be adjusted based on performance needs.

The concept of increasing the power of existing resources in a work environment is known as vertical scaling. Vertical scaling involves enhancing the capacity or capability of individual servers or resources by adding more powerful components such as CPUs, RAM, or storage. This approach is often used to improve performance without adding additional machines to the environment.

In contrast to horizontal scaling, which adds more machines to distribute the load, vertical scaling focuses on making a single machine more powerful. This can be beneficial in scenarios where certain applications or databases are designed to run more efficiently on a single instance rather than being spread across multiple systems. Consequently, vertical scaling can lead to improved performance for high-demand applications while keeping infrastructure management relatively straightforward as there are fewer instances to maintain.

Understanding vertical scaling is crucial in contexts such as cloud computing, where resources can be adjusted based on performance needs.