Arcitura Education S90.18 Exam - Topic 1 Question 101 Discussion

Actual exam question for Arcitura Education's S90.18 exam

Question #: 101
Topic #: 1

You are responsible for designing Service A, which must compose Services B and C. You are able to apply the necessary security mechanisms to ensure that messages exchanged by Service A comply with your security requirements. However, you are not given access to the design specifications for Services B and C. Based on the information that is published about Services B and C, you cannot guarantee that these services will provide the same level of security as Service A . This limitation was placed upon you as a result of the application of which service-orientation principle?

AService Loose Coupling

BService Autonomy

CService Statelessness

DService Abstraction

Show Suggested Answer

Suggested Answer: D

by Tiara at Sep 12, 2024, 08:35 PM

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Eladia

9 months ago

Surprised that we can't ensure security just because of abstraction!

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Valentine

9 months ago

I think it's Service Loose Coupling, but I'm not 100% on that.

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Beula

10 months ago

Wait, are we sure it's not Service Autonomy? Seems like a gray area.

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Brigette

10 months ago

Totally agree, abstraction means we can't guarantee security levels.

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Christa

10 months ago

It's definitely about Service Abstraction. Can't see the internals!

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Deane

10 months ago

I keep mixing up the principles, but I think Service Autonomy makes sense here because it highlights the independence of services in terms of design and security.

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Kati

11 months ago

I practiced a similar question about service dependencies, and I think the answer is Service Loose Coupling since it emphasizes independence between services.

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Josphine

11 months ago

I'm not entirely sure, but I feel like it could also be about Service Abstraction because we don't have full visibility into Services B and C.

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Corinne

11 months ago

I remember studying the principles of service orientation, and I think this might relate to Service Autonomy since I can't control the other services' security.

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Maryrose

11 months ago

I think the key here is the security aspect. Since we can't control the security of Services B and C, that suggests the principle of Service Abstraction. We're abstracting away the internal details of those services, which limits our ability to ensure consistent security.

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Mitzie

11 months ago

Okay, let me break this down. We have Service A that needs to compose Services B and C, but we can't guarantee the same level of security. This limitation is due to one of the service-orientation principles. I'm leaning towards Service Autonomy, since the services seem to be operating independently.

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Pura

11 months ago

Hmm, I'm a bit confused by this one. The question mentions security requirements, but it's not clear how that relates to the service-orientation principles. I'll need to think this through carefully.

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Carin

11 months ago

This question seems straightforward. I think the answer is Service Abstraction, since the question mentions that you're not given access to the design specifications for Services B and C, which is a key principle of service abstraction.

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Ronny

11 months ago

This is a tricky one. I'm not entirely sure, but I'm going to go with Service Abstraction. The question mentions that we're not given access to the design specifications, which seems to fit with the idea of abstracting away the internal details of the services.

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Graham

11 months ago

I'm a bit confused by the wording of the question. Are we looking for the "easiest" way, or the most efficient? I might need to review the documentation on the different loop options to make sure I'm choosing the right one.

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Rozella

2 years ago

Can we just glue Service A, B, and C together and call it a day? No security issues if there's no separation, right? Just kidding, I'm going with D. Service Abstraction, the only way to keep our sanity.

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Whitley

2 years ago

Definitely, Service Abstraction is key for maintaining security in this scenario.

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Cyndy

2 years ago

I think Service Abstraction is the best choice here. It keeps things separate and secure.

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Bronwyn

2 years ago

But what about Service Loose Coupling? Wouldn't that also help with security?

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Scot

2 years ago

Yeah, I agree. Service Abstraction is the way to go to maintain security.

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Junita

2 years ago

Wow, talk about a headache. Sounds like a trust fall exercise gone wrong. I'll go with D. Service Abstraction, but I might need a nap after this one.

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Patria

2 years ago

Definitely D, let's hope for the best with this design.

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My

2 years ago

Yeah, D seems like the best choice given the situation.

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Emile

2 years ago

I agree, this is a tough one. I think D makes the most sense too.

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Stephania

2 years ago

D) Service Abstraction

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Sean

2 years ago

C) Service Statelessness

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Dawne

2 years ago

B) Service Autonomy

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Dana

2 years ago

A) Service Loose Coupling

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Francoise

2 years ago

Hold up, did they say we can't access the design specs? That's like telling a mechanic to fix a car without letting them see the engine. Gotta be D. Service Abstraction, right?

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Ozell

2 years ago

I think Service Abstraction makes more sense in this scenario.

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Avery

2 years ago

But what about Service Loose Coupling? Could that also be a factor?

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Shayne

2 years ago

Yeah, I agree. It's definitely Service Abstraction.

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Aja

2 years ago

I'm not sure, but I think it could also be D) Service Abstraction, as it hides the complexity of the underlying services.

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Barrett

2 years ago

I agree with Bernardine, because Service Autonomy allows each service to control its own security.

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Bernardine

2 years ago

I think the answer is B) Service Autonomy.

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Gracia

2 years ago

Hah, talk about a trust issue! If I can't see under the hood, how can I be sure those other services are secure? I'm going with B. Service Autonomy on this one.

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Natalie

2 years ago

Definitely, Service Autonomy ensures that each service can control its own security measures independently.

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Ollie

2 years ago

Yeah, that's why I think Service Autonomy is the right choice here.

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Loreen

2 years ago

I agree, it's hard to trust the security of Services B and C without access to their design specifications.

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Daniela

2 years ago

I think the answer is D. Service Abstraction. We're not given access to the design specs for Services B and C, so we can't guarantee their security level. Abstraction is the way to go here.

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