AI-103 Latest Exam Vce | Exam AI-103 Preview

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Microsoft AI-103 Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: Implement generative AI and agentic solutions30–35%- Design and implement intelligent agents
  • 1. Implement multi-agent workflows and orchestration
  • 2. Manage state, memory, and context
  • 3. Select agent architecture patterns
  • 4. Integrate agents with external systems and data sources
- Build generative AI applications
  • 1. Implement prompt engineering and optimization
  • 2. Build retrieval-augmented generation (RAG) solutions
  • 3. Implement function calling and tool use
  • 4. Integrate Azure OpenAI and other models
Topic 2: Implement computer vision solutions10–15%- Implement image analysis and processing
  • 1. Implement object detection and image classification
  • 2. Extract text and structure from images
  • 3. Use Azure AI Vision services
- Build multimodal solutions
  • 1. Process and analyze video content
  • 2. Combine vision and language capabilities
Topic 3: Implement text and speech analysis solutions10–15%- Implement speech capabilities
  • 1. Speech-to-text and text-to-speech integration
  • 2. Speech translation and speaker recognition
- Implement natural language processing
  • 1. Perform sentiment analysis, entity recognition, and summarization
  • 2. Use Azure AI Language services
  • 3. Build conversational language understanding
Topic 4: Implement information extraction and knowledge mining10–15%- Extract structured data from documents
  • 1. Process forms, invoices, and unstructured content
  • 2. Use Azure AI Document Intelligence
- Build knowledge bases and search solutions
  • 1. Implement Azure AI Search
  • 2. Create and manage vector indexes
  • 3. Design knowledge mining pipelines
Topic 5: Plan and manage Azure AI solutions25–30%- Design Azure AI infrastructure
  • 1. Design for scalability, availability, and cost optimization
  • 2. Plan for security, compliance, and responsible AI
  • 3. Select appropriate Azure AI Foundry services
- Manage AI solution development lifecycle
  • 1. Integrate with CI/CD pipelines
  • 2. Configure model and agent deployments
  • 3. Monitor and maintain AI workloads

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Microsoft Developing AI Apps and Agents on Azure Sample Questions (Q142-Q147):

NEW QUESTION # 142
You have a Microsoft Foundry project that contains a customer support agent built on a deployed chat model.
The agent responses are validated by using an automated testing system that compares generated answers to stored expected outputs. Identical prompts must return consistent responses to prevent automated test failures.
You need to reduce response variability, without modifying the prompt or reducing factual accuracy.

Answer: D

Explanation:
The temperature parameter controls randomness during token selection. A higher temperature broadens the probability distribution and permits less-likely tokens to be selected, producing more varied or creative responses. A lower temperature concentrates selection on the highest-probability tokens, resulting in responses that are more focused, concrete, and consistent across repeated requests. Microsoft's prompt- engineering guidance explicitly states that higher temperatures produce more divergent output, whereas lower values reduce randomness.
Therefore, decreasing the temperature-typically toward zero for automated validation scenarios-is the appropriate configuration change. It reduces wording and structural variation without changing the prompt or intentionally limiting the information available to the model. Although probabilistic model execution does not guarantee byte-for-byte identical output in every circumstance, this is the correct parameter for minimizing variability among the available choices.
Increasing max_tokens only raises the maximum response length and does not control sampling randomness.
Stop sequences define where generation terminates; removing them can change response length but does not make responses deterministic. Increasing temperature would directly increase variability.
Study Guide alignment: Optimize and operationalize generative AI systems-tune generation behavior through prompt engineering and model parameters, and evaluate agent behavior for production reliability.


NEW QUESTION # 143
You have a Microsoft Foundry project that contains an agent. The agent generates summaries from retrieved policy documents.
You need to improve response completeness. The solution must be implemented in the logic of the application code before responses are returned.
What should you do?

Answer: D

Explanation:
You should implement an evaluation and retry loop in your application code.
You must wrap the agent call inside a conditional code loop that evaluates the output against required criteria (such as a checklist of regulatory clauses), and programmatically forces a retry if information is omitted.
Reference:
https://learn.microsoft.com/en-us/azure/foundry/agents/how-to/tools/ai-search


NEW QUESTION # 144
You have an invoice-processing application named App1 that uses Azure Content Understanding in Foundry Tools. You are building a new Content Understanding pipeline named Pipeline1 that must meet the following requirements:
* Compare an invoice to its related purchase order.
* Validate the invoice against static vendor contract documents.
* Return a single structured output that includes discrepancy findings.
You need to configure Pipeline1 and expose the pipeline as a single analyzer endpoint. What should you configure?

Answer: A

Explanation:
Configure a multi-file task in pro mode . At analysis time, provide the invoice and its related purchase order as the input documents. During analyzer creation, add the static vendor contracts as reference data . Pro mode can reason across multiple input documents and use reference documents as contextual knowledge for validation, enrichment, and discrepancy detection. Microsoft specifically documents the scenario of supplying an invoice and purchase order as inputs while using contract files as reference data to identify inconsistencies.
Define a field schema containing the required invoice information and generated discrepancy findings.
Building the task creates an analyzer ID that applications invoke through one analyzer API endpoint, producing a unified structured result governed by that schema.
Standard mode is optimized for straightforward processing of individual files. It does not support cross-file analysis, reference-dataset integration, or the multi-step reasoning required to compare invoices, purchase orders, and contractual conditions. A "multi-file task in standard mode" is therefore not a supported configuration. Confidence scores do not address document comparison and, notably, are not available in pro mode.
Study Guide alignment: configure Content Understanding analyzers, design structured schemas, process multiple documents, integrate reference data, and implement document validation workflows .


NEW QUESTION # 145
You have a Microsoft Foundry project that contains an agent. The agent uses two tools to perform the following actions:
* Use Azure AI Search to retrieve answers from a private product documentation index.
* Use the web search tool to retrieve public information on the internet.
You need to ensure that for a specific run, the agent deterministically retrieves information only from the internet. To what should you set tool_choice?

Answer: C

Explanation:
Set tool_choice to the named Grounding with Bing Search tool:
{ " type " : " bing_grounding " }
A named tool choice directs the model to invoke a specific tool rather than allowing it to select from all tools attached to the agent. Microsoft's SDK specification describes AgentsNamedToolChoice as the mechanism used to force the model to call a particular tool and lists bing_grounding and azure_ai_search as supported named tool types.
Grounding with Bing Search retrieves current public information from the internet and supplies the results to the model for response generation. Selecting bing_grounding therefore directs the run to the public web source rather than the private Azure AI Search index.
Setting tool_choice to " required " only establishes that a tool must be invoked; when multiple tools are available, it does not identify which one must be selected. " auto " delegates the decision entirely to the model. Selecting { " type " : " azure_ai_search " } would force retrieval from the private product- documentation index, which is the opposite of the requirement.
Study Guide alignment: configure agent tools, control tool selection, integrate web grounding, and connect agents to enterprise knowledge sources .


NEW QUESTION # 146
You have an agent named Agent1 that uses Model Context Protocol (MCP) calls to retrieve external data.
You need to implement guardrails to ensure that Agent1 cannot send any content tagged as Violence to the MCP server. Which intervention point should you use?

Answer: D

Explanation:
The correct intervention point is tool call because the prohibited content must be inspected before Agent1 transmits the MCP request to the external server. Microsoft Foundry defines a tool call as "the action and data the agent proposes to send to a tool." This includes the selected MCP operation and its arguments or payload.
A guardrail configured at this stage evaluates the outbound content immediately before execution. When the Violence risk is detected and the response action is configured as Annotate and block , the tool invocation is not executed, preventing the restricted data from leaving the agent boundary.
The other intervention points operate at different stages. User input scans the original user prompt, but harmful content could subsequently be generated within the tool arguments. Tool response scans information returned by the MCP server, which occurs after the outbound content has already been transmitted. Output scans the final answer delivered to the user and therefore does not control agent-to-tool communication.
This aligns with the AI-103 Study Guide topics Configure safety filters, guardrails, risk detection, and content moderation and Govern agent behavior with oversight modes, constraints, and tool-access controls under responsible AI and agentic systems.


NEW QUESTION # 147
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