If an attacker can access a node in a pod, which vulnerability allows access to all volumes used within the pod?

If an attacker can access a node in a pod, which vulnerability allows access to all volumes used within the pod?

• A. Accessing master nodes
• B. Hacking Container Volumes
• C. Accessing nodes
• D. Shrink Wrap Code Attack

Answer: (C)

When a pod runs on a worker node, the volumes it uses are typically stored on or attached to that same node. If an attacker gains access to that node, they can reach the host filesystem and the storage backing those volumes, giving them the ability to view or manipulate all volumes used by pods on that node. This is why compromising a worker node is a direct path to data in the pod volumes. The other options don’t fit this scenario well. Accessing master nodes targets the control plane rather than the data plane where pod volumes reside, so it doesn’t automatically grant access to the pod volumes. The term about hacking container volumes or a shrink wrap code attack isn’t a standard, concrete vulnerability that explains access to all pod volumes.

When a pod runs on a worker node, the volumes it uses are typically stored on or attached to that same node. If an attacker gains access to that node, they can reach the host filesystem and the storage backing those volumes, giving them the ability to view or manipulate all volumes used by pods on that node. This is why compromising a worker node is a direct path to data in the pod volumes.

The other options don’t fit this scenario well. Accessing master nodes targets the control plane rather than the data plane where pod volumes reside, so it doesn’t automatically grant access to the pod volumes. The term about hacking container volumes or a shrink wrap code attack isn’t a standard, concrete vulnerability that explains access to all pod volumes.