How does micro-segmentation create boundaries and provide network segmentation for CloudGuard?

Question

Options

• AIt creates borders within the cloud's perimeter to protect the major inbound and outbound traffic
• BMicro-segmentation does not create boundaries.
• CIt applies a Security Gateway that enforces firewall policies to accept legitimate network traffic
• DIt places inspection points between different applications, services, and single hosts within the

• A
  92% (33)
• B
  6% (2)
• C
  3% (1)

Explanation

Option A is correct because micro-segmentation in CloudGuard works by establishing internal borders within the cloud environment, dividing it into smaller, isolated zones that control and protect both inbound and outbound traffic flows between segments - effectively extending security beyond just the outer edge of the network.

Why the distractors are wrong:

• B is incorrect by definition - creating boundaries is the entire purpose of micro-segmentation.
• C describes a traditional Security Gateway/firewall approach, which is a separate mechanism; micro-segmentation operates at a more granular, east-west traffic level rather than relying solely on a single enforcement gateway.
• D is actually a close description of micro-segmentation in general networking terms, but it is incomplete as written (the sentence is cut off), and in the CloudGuard-specific context, the exam expects the answer framed around internal perimeter borders and traffic protection.

Memory tip: Think of micro-segmentation as drawing a grid inside a building - rather than just locking the front door (perimeter firewall), you lock every individual room and hallway. For CloudGuard exam questions, anchor the concept to "internal borders + inbound/outbound traffic control" to match option A's framing.

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