Which principle can help minimize risks associated with cloud computing?

Network segmentation is a fundamental principle that can significantly help minimize risks associated with cloud computing. By dividing a network into smaller, isolated segments, organizations can apply specific security controls and policies tailored to the needs and risk profiles of each segment. This practice allows for better control over the flow of data and limits the potential impact of a security breach. If one segment is compromised, the risk of the entire network being affected is reduced, as other segments can remain unaffected.

In cloud environments, network segmentation helps contain potential threats and reduces the attack surface by ensuring that sensitive data and critical applications are isolated from less secure areas of the network. Moreover, it aids in regulatory compliance requirements, where organizations must demonstrate that they are effectively protecting sensitive data. Overall, implementing network segmentation strategies enhances an organization's ability to manage and mitigate risks in cloud computing effectively.

The other principles do not provide the same level of security as segmentation. For example, data aggregation may increase the amount of data exposed to risk, while centralized control could create a single point of failure, and all-inclusive access can lead to unauthorized access and data breaches. These concepts can be valuable in different contexts, but for minimizing risks specifically in cloud computing, network segmentation stands out as the optimal choice.