How are applications deployed in CloudHub designated in terms of IP?

How are applications deployed in CloudHub designated in terms of IP?

• A. Multiple shared IPs
• B. Dedicated IPs for each worker
• C. Dynamic IP allocation
• D. Global shared IPs

Answer: (B)

Applications deployed in CloudHub are designated with dedicated IPs for each worker, meaning that each individual worker running within a CloudHub application has its own specific IP address. This configuration enables secure and consistent communication, particularly important for scenarios where whitelisting IP addresses is necessary for connecting to downstream systems. Having dedicated IP addresses allows organizations to establish clear security rules and enhance their network management by easily identifying and monitoring traffic from specific worker instances. This is particularly beneficial for enterprise-level applications that require strict compliance with security and operational policies. In contrast, other options represent different deployment scenarios that may not offer the same level of IP address control or consistency. For example, having multiple shared IPs might complicate network configurations, while dynamic IP allocation could lead to variations in connection points, making it challenging for services that rely on fixed IPs for access. Global shared IPs typically refer to a less granular allocation that does not align with the dedicated nature of CloudHub deployments.

Applications deployed in CloudHub are designated with dedicated IPs for each worker, meaning that each individual worker running within a CloudHub application has its own specific IP address. This configuration enables secure and consistent communication, particularly important for scenarios where whitelisting IP addresses is necessary for connecting to downstream systems.

Having dedicated IP addresses allows organizations to establish clear security rules and enhance their network management by easily identifying and monitoring traffic from specific worker instances. This is particularly beneficial for enterprise-level applications that require strict compliance with security and operational policies.

In contrast, other options represent different deployment scenarios that may not offer the same level of IP address control or consistency. For example, having multiple shared IPs might complicate network configurations, while dynamic IP allocation could lead to variations in connection points, making it challenging for services that rely on fixed IPs for access. Global shared IPs typically refer to a less granular allocation that does not align with the dedicated nature of CloudHub deployments.