For ensuring high availability and performance, what strategy should a floral warehouse consider in its infrastructure?

For ensuring high availability and performance, what strategy should a floral warehouse consider in its infrastructure?

• A. Active-passive failover
• B. Load balancing
• C. Active-active failover
• D. Single-instance deployment

Answer: (C)

The strategy of active-active failover is particularly advantageous for ensuring high availability and performance in a floral warehouse's infrastructure. This approach allows multiple instances of an application or service to run simultaneously in different locations or environments. With active-active failover, traffic is distributed across these multiple instances, which not only improves performance by balancing the load but also enhances availability. If one instance goes down or experiences issues, the other running instances can continue to serve users without interrupting service. This redundancy ensures that even during peak demand times, the infrastructure can handle the load effectively and maintain optimal performance levels. Furthermore, an active-active setup typically makes better use of resources, as all instances are utilized rather than only one being active while others remain on standby. This contrasts with options like active-passive failover, which does not utilize resources efficiently during normal operation, or a single-instance deployment, which poses a significant risk of downtime if that instance fails. In summary, an active-active failover strategy not only provides high availability through redundancy but also leverages load distribution across multiple instances to enhance performance, making it a robust choice for the floral warehouse's infrastructure needs.

The strategy of active-active failover is particularly advantageous for ensuring high availability and performance in a floral warehouse's infrastructure. This approach allows multiple instances of an application or service to run simultaneously in different locations or environments.

With active-active failover, traffic is distributed across these multiple instances, which not only improves performance by balancing the load but also enhances availability. If one instance goes down or experiences issues, the other running instances can continue to serve users without interrupting service. This redundancy ensures that even during peak demand times, the infrastructure can handle the load effectively and maintain optimal performance levels.

Furthermore, an active-active setup typically makes better use of resources, as all instances are utilized rather than only one being active while others remain on standby. This contrasts with options like active-passive failover, which does not utilize resources efficiently during normal operation, or a single-instance deployment, which poses a significant risk of downtime if that instance fails.

In summary, an active-active failover strategy not only provides high availability through redundancy but also leverages load distribution across multiple instances to enhance performance, making it a robust choice for the floral warehouse's infrastructure needs.