Microsoft Fabric Analytics Engineer Associate DP-600
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As a Microsoft Fabric Analytics Engineer Associate, you are designing a data pipeline to process real-time streaming data from IoT devices for a smart city project. The project requires the pipeline to handle high-velocity data with minimal latency to support real-time traffic monitoring and management. Considering the need for scalability, cost-effectiveness, and compliance with data privacy regulations, which of the following approaches should you implement to ensure the pipeline can process the streaming data efficiently? (Choose one correct option)
As a Microsoft Fabric Analytics Engineer Associate, you are designing a data pipeline to process real-time streaming data from IoT devices for a smart city project. The project requires the pipeline to handle high-velocity data with minimal latency to support real-time traffic monitoring and management. Considering the need for scalability, cost-effectiveness, and compliance with data privacy regulations, which of the following approaches should you implement to ensure the pipeline can process the streaming data efficiently? (Choose one correct option)
Explanation:
For a smart city project requiring real-time traffic monitoring and management, implementing a data pipeline with real-time processing capabilities is essential. Azure Stream Analytics is designed for such scenarios, offering the ability to process and analyze high-velocity streaming data with minimal latency. This approach not only meets the project's requirements for timely insights but also scales efficiently to handle the data volume, is cost-effective, and can be configured to comply with data privacy regulations. Batch processing or combining multiple pipelines would introduce unnecessary latency or complexity, making real-time processing the best choice.