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PROFESSIONAL-MACHINE-LEARNING-ENGINEER · Question #61

You are designing an architecture with a serverless ML system to enrich customer support tickets with informative metadata before they are routed to a support agent. You need a set of models to…

The correct answer is C. 1 = AI Platform, 2 = AI Platform, 3 = Cloud Natural Language API. The three enrichment tasks map to the following services: (1) Ticket priority prediction is a custom classification task requiring a custom-trained model → AI Platform. (2) Ticket resolution time prediction is also a custom regression/classification task → AI Platform. (3)…

Submitted by certguy· Apr 18, 2026ML pipeline operationalization

Question

You are designing an architecture with a serverless ML system to enrich customer support tickets with informative metadata before they are routed to a support agent. You need a set of models to predict ticket priority, predict ticket resolution time, and perform sentiment analysis to help agents make strategic decisions when they process support requests. Tickets are not expected to have any domain-specific terms or jargon. The proposed architecture has the following flow: Which endpoints should the Enrichment Cloud Functions call?

Exhibit

PROFESSIONAL-MACHINE-LEARNING-ENGINEER question #61 exhibit

Options

  • A1 = AI Platform, 2 = AI Platform, 3 = AutoML Vision
  • B1 = AI Platform, 2 = AI Platform, 3 = AutoML Natural Language
  • C1 = AI Platform, 2 = AI Platform, 3 = Cloud Natural Language API
  • D1 = Cloud Natural Language API, 2 = AI Platform, 3 = Cloud Vision API

How the community answered

(20 responses)
  • A
    5% (1)
  • B
    5% (1)
  • C
    75% (15)
  • D
    15% (3)

Explanation

The three enrichment tasks map to the following services: (1) Ticket priority prediction is a custom classification task requiring a custom-trained model → AI Platform. (2) Ticket resolution time prediction is also a custom regression/classification task → AI Platform. (3) Sentiment analysis involves general-purpose natural language understanding with no domain-specific jargon, which is precisely the use case for the pre-built Cloud Natural Language API - no custom model training is needed and it provides sentiment analysis out of the box. AutoML Natural Language (Option B) would require labeling and training a custom model unnecessarily. Cloud Vision API (Options A and D) is for image analysis, not text, making those options invalid for sentiment analysis on support tickets.

Topics

#GCP ML Services#Serverless ML Architecture#Natural Language Processing#Model Deployment

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