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CAS-002 · Question #11

Driven mainly by cost, many companies outsource computing jobs which require a large amount of processor cycles over a short duration to cloud providers. This allows the company to avoid a large…

The correct answer is A. Traces of proprietary data which can remain on the virtual machine and be exploited. When a company uses on-demand cloud provisioning and then de-provisions resources, data remanence is the primary security concern. Even though the resources are dedicated to a single company, virtual machine disk images and memory can retain traces of proprietary data after the…

Technical Integration of Enterprise Components

Question

Driven mainly by cost, many companies outsource computing jobs which require a large amount of processor cycles over a short duration to cloud providers. This allows the company to avoid a large investment in computing resources which will only be used for a short time. Assuming the provisioned resources are dedicated to a single company, which of the following is the MAIN vulnerability associated with on-demand provisioning?

Options

  • ATraces of proprietary data which can remain on the virtual machine and be exploited
  • BRemnants of network data from prior customers on the physical servers during a compute
  • CExposure of proprietary data when in-transit to the cloud provider through IPSec tunnels
  • DFailure of the de-provisioning mechanism resulting in excessive charges for the resources

How the community answered

(30 responses)
  • A
    63% (19)
  • B
    3% (1)
  • C
    23% (7)
  • D
    10% (3)

Explanation

When a company uses on-demand cloud provisioning and then de-provisions resources, data remanence is the primary security concern. Even though the resources are dedicated to a single company, virtual machine disk images and memory can retain traces of proprietary data after the workload ends. A malicious cloud provider employee or a flaw in the de-provisioning process could expose that residual data. Option B is incorrect because the resources are stated to be dedicated (no prior customers share the physical hardware in this scenario). Option C is incorrect because IPSec tunnels are specifically designed to protect data in transit, making this a mitigation rather than a vulnerability. Option D describes a financial/availability risk, not a security vulnerability.

Topics

#cloud security#VM data remnants#on-demand provisioning#data remanence

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