A software security technician needs to analyze suspicious email attachments without risking the security of the host corporate workstation. Simultaneously, a quality assurance tester on the same team must run an older custom utility that requires a deprecated 32-bit desktop operating system. Both team members plan to accomplish their objectives on their existing workstation hardware. Which of the following represent valid purposes for deploying client-side virtualization in this scenario? (Select TWO.)
- Creating an isolated sandbox environment to execute and inspect untrusted software safelyCevap
- Enabling legacy application support by running a deprecated operating system inside a guest VMCevap
- CEliminating the need to allocate host physical CPU cores and RAM to the guest operating systems
- DReplacing client Type 2 hypervisors with bare-metal Type 1 hypervisors inside the desktop user session
- ETransferring all underlying hardware maintenance and OS updates to an external cloud service provider
Cevap
The two valid purposes for deploying client-side virtualization in this scenario are creating an isolated sandbox environment to execute untrusted software safely, and enabling legacy application support by running a deprecated operating system inside a guest VM.
Client-side virtualization serves several primary use cases on desktop workstations. First, security sandboxing allows administrators and technicians to detonate untrusted files or test malicious code in a contained guest OS without risking the host system. Second, legacy application support enables legacy or incompatible operating systems to run as guest VMs on modern host hardware, allowing older applications to remain operational.
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Client-Side Virtualization Purposes and Use Cases