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Which of the following are shared benefits of private and permissioned blockchain architectures? Select all that apply.
Suggested Answer: B, C
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28 comments · newest first
AL
Alpha
7 months ago
D is tricky. Decentralization is less in private ones, right?
KA
Karan
7 months ago
C is also important. Access control is a big deal in private blockchains.
DE
Devon
8 months ago
I agree, A and B make sense. More scale means better efficiency.
LE
Lezlie
8 months ago
Agreed, access control is key!
LU
Lucille
8 months ago
Wait, are we sure about the efficiency part?
LE
Lettie
9 months ago
C is a big one too!
JA
Jaime
9 months ago
Definitely A and B!
MA
Marti
9 months ago
Haha, I bet the correct answer is "None of the above." Blockchain is just a buzzword these days.
SH
Shay
9 months ago
Hmm, I'm not sure about D. Isn't decentralization the whole point of blockchain?
PO
Portia
9 months ago
All of the above! A permissioned blockchain needs to balance control and decentralization.
IS
Isabella
10 months ago
I'd go with A, C, and D. Scalability is crucial for enterprise-level applications.
IN
India
10 months ago
C and B are definitely the shared benefits. Efficiency is key in any blockchain architecture.
NI
Nikita
10 months ago
I practiced a question similar to this, and I think both A and B are correct, but I’m not entirely confident about C and D.
WI
Willard
10 months ago
Scale and efficiency seem to go hand in hand, but I can't recall if decentralization is really a factor in private blockchains.
DO
Donette
10 months ago
I think access control is definitely a shared benefit since both architectures allow for restricted access, but I’m a bit confused about decentralization.
PE
Pearlie
10 months ago
I think A and B are definitely shared benefits.
DY
Dyan
11 months ago
I don't think D applies here.
PE
Pearly
11 months ago
I remember we discussed how efficiency is a major benefit in private blockchains, but I'm not sure if it applies to permissioned ones too.
ER
Ernest
11 months ago
I'm a bit confused on this one. I know private and permissioned blockchains have some similarities, but I'm not sure if decentralization is one of them. I'll have to think it through carefully and make sure I understand the key differences between these blockchain architectures.
VA
Vannessa
12 months ago
I'm leaning towards A, B, and C as the correct answers. Decentralization is more of a characteristic of public blockchains, so I'm not sure it applies here. I'll double-check my notes, but those three options seem like the safest bet.
MA
Margot
12 months ago
Okay, let's think this through. Private and permissioned blockchains are designed to be more controlled and managed, so scale, efficiency, and access control make sense as shared benefits. Decentralization might be a bit of a stretch for this type of architecture.
JE
Jerlene
12 months ago
Hmm, this is a tricky one. I'm pretty confident about scale, efficiency, and access control, but I'm not sure if decentralization is a shared benefit since private/permissioned blockchains are more centralized by nature.
JE
Jestine
1 year ago
I think the key here is to focus on the shared benefits between private and permissioned blockchains. Scale, efficiency, and access control seem like obvious choices, but I'm not sure about decentralization.
HY
Hyun
7 months ago
So, A, B, and C seem like the best picks!
FR
Francesco
7 months ago
Right! Private ones are more centralized.
HI
Hillary
7 months ago
Access control is crucial too!
RO
Roxane
7 months ago
I agree, scale and efficiency are definitely key benefits.
LO
Lonna
11 months ago
But decentralization? Not so much in private blockchains.