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Eccouncil 512-50 Exam - Topic 6 Question 76 Discussion

Actual exam question for Eccouncil's 512-50 exam
Question #: 76
Topic #: 6
[All 512-50 Questions]

Scenario: Your company has many encrypted telecommunications links for their world-wide operations. Physically distributing symmetric keys to all locations has proven to be administratively burdensome, but symmetric keys are preferred to other alternatives.

How can you reduce the administrative burden of distributing symmetric keys for your employer?

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Suggested Answer: A

by Fatima at Jan 05, 2026, 05:16 AM

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Teri
2 days ago
Totally agree with A! Asymmetric makes it easier.
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Shay
8 days ago
A) is a solid choice for automating key distribution.
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Junita
13 days ago
Gotta be C. Certificate authorities are the way to go for secure key distribution. Keeps it all nice and tidy.
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Fausto
18 days ago
B is the way to go, man. Self-generated keys on both ends? That's the dream! No more key distribution headaches.
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Rossana
23 days ago
Hmm, I'd have to say D. Encrypting the symmetric key with asymmetric encryption is the most efficient solution here.
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Elfrieda
28 days ago
Option A is the way to go. Asymmetric encryption is the future, and it'll make your life a lot easier.
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Glory
2 months ago
C is the answer. A certificate authority can handle the private key distribution, taking the load off your team.
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Terrilyn
2 months ago
I'm going with B. If both ends generate their own keys, no distribution is needed. Easy peasy!
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Justa
2 months ago
D is the correct answer. Encrypting the symmetric key with asymmetric encryption is the way to reduce the distribution burden.
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Carmen
2 months ago
Option A seems like the way to go. Asymmetric encryption is the key to solving this administrative headache.
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Huey
2 months ago
I recall that using a certificate authority can simplify key management, but I'm not clear on how it applies to private keys specifically in this scenario.
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Fallon
3 months ago
Option D sounds familiar; I think we practiced something similar in class where we encrypted a key with another key. That might be the right approach here.
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Willow
3 months ago
I think using a self-generated key on both ends could work, but I wonder if that really eliminates the distribution problem entirely.
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Oretha
3 months ago
I remember studying asymmetric encryption for key distribution, so option A seems like a solid choice, but I'm not entirely sure if it's the most efficient method.
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Shay
3 months ago
This is a good question. I think the key here is to find a way to automate the distribution of the symmetric keys. Option A, using asymmetric encryption, seems like the most straightforward solution to me. That way, we can securely distribute the symmetric keys without all the manual effort.
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Sylvia
3 months ago
I'm a bit confused by the scenario. Aren't symmetric keys supposed to be kept secret? How would using a self-generated key on both ends (option B) help reduce the administrative burden? I'm not sure about that one.
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Danilo
3 months ago
Okay, let me think this through. We're trying to reduce the administrative burden of distributing symmetric keys, right? I'm leaning towards option D - encrypting the key with symmetric encryption and then using asymmetric encryption to distribute it.
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Detra
4 months ago
Hmm, this seems like a tricky one. I'm not sure if I fully understand the differences between symmetric and asymmetric encryption, but I think option A might be the way to go.
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