AI-driven interaction with semantic models is starting to reshape the Power BI conversation.
With Microsoft introducing MCP server capabilities (Preview), AI agents can interact directly with models — reducing the gap between a business question and a data response. From the perspective of delivering Power BI solutions across multiple enterprise clients, the potential is clear — but so are the responsibilities.
Where this can help
• Lower barrier for business users to explore data
• Faster insight cycles through conversational access
• Streamlined development and analytical workflows
Where caution is required
🔐 Security, governance, and guardrails
When AI agents interact with live semantic models, the exposure surface expands. This isn’t just about authentication — it’s about:
• Enforcing robust role-based access and data segmentation
• Monitoring query behavior and usage patterns
• Preventing unintended access paths to sensitive datasets
• Establishing guardrails around agent capabilities and scope
• Aligning with enterprise governance policies and auditability
Without these controls, querying live enterprise models introduces real risk — particularly in regulated or sensitive data environments.
🧱 Model discipline still drives outcome quality
AI interaction doesn’t replace modeling rigor. Clean relationships, well-defined measures, and semantic consistency remain the backbone of reliable insights.
⚙️ Still early-stage
Preview capabilities are ideal for exploration and controlled pilots — not blind production rollout.
My view
Conversational BI and agent-driven analytics are clearly part of the platform’s direction. The organizations that benefit most will be those that adopt thoughtfully — balancing innovation with governance, security posture, and semantic architecture discipline.
Curious how others in the Power BI and data platform community are approaching this.
#DataGovernance #AIStrategy #EnterpriseBI #Dataanalyst #businessanalyst
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20 Time Intelligence DAX measures in Power BI with examples: Year-to-Date Sales: css Copy code YTD Sales = TOTALYTD( [Total Sales] , Calendar [Date] ) Month-to-Date Sales: css Copy code MTD Sales = TOTALMTD( [Total Sales] , Calendar [Date] ) Quarter-to-Date Sales: css Copy code QTD Sales = TOTALQTD( [Total Sales] , Calendar [Date] ) Previous Year Sales: mathematica Copy code Previous Year Sales = CALCULATE ( [ Total Sales ] , SAMEPERIODLASTYEAR ( Calendar [ Date ] ) ) Year-over-Year Growth: css Copy code YoY Growth = DIVIDE( [Total Sales] - [Previous Year Sales] , [Previous Year Sales] ) Rolling 3-Month Average Sales: sql Copy code 3 M Rolling Avg Sales = AVERAGEX(DATESINPERIOD(Calendar[ Date ], MAX (Calendar[ Date ]), -3 , MONTH ), [Total Sales]) Cumulative Sales: scss Copy code Cumulative Sales = SUMX (FILTER(ALL(Calendar), Calendar [Date] <= MAX (Calendar[Date])), [Total Sales] ) Running Total Sales: scss Copy code Running Total Sales = SUMX (FILTER(ALL(Calendar), Calen...
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