The answer should be D A. --> lead to rapid deployment of resources on larger attack surface on the incident B. --> complicate the collection and analysis of data/incident evidence C. --> raise legal and regulatory issues D. --> no impact ==> the correct one E. --> complicate in locating and isolating affected resources in incident

Please be careful with this! > B would HAVE IMPACT on the incident response efforts while investigating logs on a VM with co-tenants. By experience cloud providers are not able to provide full logs as these include details of their other co-hosted clients.

The option that is NOT a cloud computing characteristic that impacts incident response is: D. Object-based storage in a private cloud. Object-based storage in a private cloud is not directly related to incident response. It is a storage architecture that organizes data into discrete objects and is commonly used in cloud storage systems. While it can have implications for data management and accessibility, it does not directly impact incident response processes.

Answer D is the one with no impact.

answer is B just concentrate on the computing, that's the only answer that don't belong to it.

Right selection is B, just focus on characteristics of cloud as per definition.

This is confusing.

> These are the characteristics that make a cloud a cloud.. • Resource pooling... • Broad network access means that all resources are available over a network, without any need for direct physical access; the network is not necessarily part of the service. • Rapid elasticity ... • Measured service meters what is provided, to ensure that consumers only use what they are allotted, and, if necessary, to charge them for it. This is where the term utility computing comes from, since computing resources can now be consumed like water and electricity, with the client only paying for what they use.

Should rather be D, as it is not a security issue