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Your company operates in three domains: airlines, hotels, and ride-hailing services. Each domain has two teams: analytics and data science, which create data assets in BigQuery with the help of a central data platform team. However, as each domain is evolving rapidly, the central data platform team is becoming a bottleneck. This is causing delays in deriving insights from data, and resulting in stale data when pipelines are not kept up to date. You need to design a data mesh architecture by using Dataplex to eliminate the bottleneck. What should you do?
Correct Answer: B
To design a data mesh architecture using Dataplex to eliminate bottlenecks caused by a central data platform team, consider the following: Data Mesh Architecture: Data mesh promotes a decentralized approach where domain teams manage their own data pipelines and assets, increasing agility and reducing bottlenecks. Dataplex Lakes and Zones: Lakes in Dataplex are logical containers for managing data at scale, and zones are subdivisions within lakes for organizing data based on domains, teams, or other criteria. Domain and Team Management: By creating a lake for each team and zones for each domain, each team can independently manage their data assets without relying on the central data platform team. This setup aligns with the principles of data mesh, promoting ownership and reducing delays in data processing and insights. Implementation Steps: Create Lakes and Zones: Create separate lakes in Dataplex for each team (analytics and data science). Within each lake, create zones for the different domains (airlines, hotels, ride-hailing). Attach BigQuery Datasets: Attach the BigQuery datasets created by the respective teams as assets to their corresponding zones. Decentralized Management: Allow each domain to manage their own zone's data assets, providing them with the autonomy to update and maintain their pipelines without depending on the central team. Reference: Dataplex Documentation BigQuery Documentation Data Mesh Principles