Network I/O control might help with performance, but I don't recall it being a key feature for securing containerized applications like micro-segmentation is.
I think the NSX-T Distributed Firewall is really about micro-segmentation, especially since we practiced a similar question about securing different application tiers.
I remember studying how micro-segmentation can enhance security by isolating workloads, but I'm not entirely sure if that's the main focus for containerized apps.
Quality of service and network I/O control don't seem directly relevant to the question about securing containerized apps. I think the answer has to be something related to micro-segmentation or firewall functionality.
Micro-segmentation is definitely the way to go here. With the Distributed Firewall, you can create granular security policies to isolate and protect each container, which is crucial for securing those newly migrated apps.
Hmm, I'm a bit unsure about this one. I know NSX-T has some security features, but I'm not entirely clear on how the Distributed Firewall specifically helps with containerized apps. I'll need to review my notes on that.
This question is asking about how NSX-T Distributed Firewall can help secure containerized applications. I think the key is to focus on the concept of micro-segmentation, which allows for granular security policies to be applied at the container level.
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