The application of the __________ pattern can eliminate the need for__________. However, the application of this pattern can also introduce increased dependency on __________ that can result in a single point of failure for multiple services.
I'm pretty sure the pattern they're talking about is Data Origin Authentication. That one uses distributed tokens instead of a central identity store. But I can't recall if that actually eliminates the need for anything - I'll have to think this through more carefully.
Okay, I remember learning about the Brokered Authentication pattern in class. I think that's the one they're referring to here. The key is understanding how it centralizes token management to avoid multiple identity stores, but can create a single point of failure. I'll go with option C.
Hmm, this seems like a tricky one. I'm going to need to think through the different authentication patterns we covered and how they impact things like tokens, identity stores, and single points of failure. Let me jot down a few key points before selecting an answer.
I think I know the pattern they're referring to, but I'm not totally sure about the details of how it works and what the tradeoffs are. I'll need to review my notes on authentication patterns before I can feel confident answering this.
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