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Amazon MLA-C01 Exam - Topic 3 Question 20 Discussion

Posted by Emerson on May 31, 2026 at 02:18 AM

A company is developing a generative AI conversational interface to assist customers with payments. The company wants to use an ML solution to detect customer intent. The company does not have training data to train a model.

Which solution will meet these requirements?

Suggested Answer: B

The key requirement in this scenario is detecting customer intent without having any training data. According to AWS Machine Learning and Generative AI documentation, zero-shot learning is specifically designed for situations where labeled training data is unavailable. Zero-shot learning allows a pre-trained large language model (LLM) to perform tasks it has not been explicitly trained on by leveraging its general knowledge and language understanding.

Amazon Bedrock provides fully managed access to foundation models (FMs) and LLMs that support zero-shot and few-shot learning. By using an LLM from Amazon Bedrock, the company can directly infer customer intent from natural language inputs without building, training, or fine-tuning a custom model. This approach is ideal for conversational interfaces where rapid deployment and scalability are required.

Option A is incorrect because fine-tuning a sequence-to-sequence (seq2seq) model in Amazon SageMaker JumpStart still requires labeled training data. Since the company explicitly does not have training data, this option does not meet the requirement.

Option C is also incorrect because the Amazon Comprehend DetectEntities API is designed for named entity recognition (NER), such as detecting names, dates, locations, or monetary values. It does not perform intent detection and is not suitable for conversational AI intent classification.

Option D is partially misleading. While it is technically possible to run an LLM on Amazon EC2, this does not inherently solve the problem of intent detection without training data. Additionally, Amazon Bedrock already abstracts infrastructure management, scaling, and model hosting, making direct EC2 deployment unnecessary and less efficient.

Therefore, using an LLM from Amazon Bedrock with zero-shot learning is the most appropriate, scalable, and AWS-recommended solution for intent detection without training data.


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19 comments · newest first
MA
Marvel 21 days ago
Definitely! It’s a smart choice for the company.
HE
Helga 26 days ago
Overall, B seems to fit the requirements best.
RO
Rose 1 month ago
True, but I still feel A has its merits.
VE
Veronika 1 month ago
Plus, LLMs can adapt to various queries easily.
MA
Marvel 1 month ago
Right, B is more flexible for this situation.
HE
Helga 2 months ago
But A needs some data to start with.
RO
Rose 2 months ago
I’m not sure about B. What about A? Fine-tuning could work.
VE
Veronika 2 months ago
Yes, and LLMs are great for understanding intent.
MA
Marvel 2 months ago
Agreed! No training data needed, right?
HE
Helga 2 months ago
I think option B is the best. Zero-shot learning is powerful!
AM
Amira 2 months ago
Not sure about using LLMs without any training data, sounds risky.
RI
Rickie 3 months ago
Totally with B, it’s super efficient for intent detection!
HE
Heike 3 months ago
Wait, zero-shot learning? How does that even work?
NG
Ngoc 3 months ago
I disagree, A could work if you have some baseline data.
LO
Louis 3 months ago
B seems like the best option for no training data.
KA
Karrie 3 months ago
Running an LLM on EC2 sounds powerful, but I wonder if it would be overkill for just intent detection without any training data.
MA
Marguerita 3 months ago
I feel like option C could be useful for extracting entities, but it might not directly address intent detection.
CA
Carline 4 months ago
I'm not entirely sure, but I remember something about seq2seq models needing a lot of data to fine-tune effectively.
LA
Lashawnda 4 months ago
I think option B might be the best choice since zero-shot learning can help with intent detection without needing training data.
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