Power BI: Hide Pages by User Access

Key insights

• Page-Level Security: A design pattern that controls which report pages each user can reach.
  Power BI has no native page-level lock, so creators combine techniques to deliver different page views.
• Row-Level Security (RLS): Limits which data rows a user can see.
  Use RLS together with navigation controls so users also only see pages relevant to their data.
• User-access table: A small table that maps user email or role to allowed page names.
  Filter this table with RLS so the report knows which pages each user may access.
• Hidden pages and navigation: Hide tabs and use buttons, bookmarks, or conditional navigation with DAX to guide users.
  Hiding pages improves usability but does not replace real security checks.
• Object-Level Security (OLS): Use OLS to hide sensitive tables or columns inside the model.
  Combine OLS with RLS and navigation rules for full protection of data and model objects.
• Best practices: Keep navigation separate from data security, use USERPRINCIPALNAME() to identify users, and centralize one report for multiple audiences.
  Test roles and access thoroughly and do not rely only on hidden pages for protection.

TSInfo Technologies published a YouTube tutorial that examines how to control which report pages users can see in Power BI, and our newsroom reviewed this demonstration to summarize the key points for readers. The video frames this method as a pragmatic pattern often called Page-Level Security, even though Power BI does not offer a built-in feature with that exact name. Instead, the presenter shows how to combine several Power BI techniques to hide or display pages based on a user’s identity and role.

What the Video Demonstrates

First, the presenter defines the concept and then walks through a working example that uses a user-access table, page hiding, and navigation controls to create tailored report experiences. The tutorial emphasizes using Row-Level Security (RLS) to drive which pages become available, while also relying on bookmarks, buttons, and conditional navigation to shape the user interface. Consequently, the approach creates distinct views for different roles without duplicating reports.

Moreover, the video highlights practical steps such as matching the Power BI identity with an access table and applying DAX measures to control navigation visibility. The author suggests expressions that rely on functions like USERPRINCIPALNAME() to filter the access table dynamically. Therefore, the implementation ties who the user is to which pages appear or remain hidden in the report.

Key Components and How They Work Together

The tutorial breaks the solution into clear components: an access table with users and permitted pages, RLS to identify the current user, hidden report pages, navigation elements, and small DAX measures to enforce visibility rules. Each component plays a distinct role: the access table maps permissions, RLS narrows data, and navigation controls manage what users can click. In this way, the report behaves differently for various audiences while staying as a single artifact.

Also, the video stresses that hidden pages only affect presentation and do not serve as a real security boundary. In other words, hiding a tab removes it from the usual navigation but does not stop a determined user with direct links from accessing the content unless the underlying data is also restricted. Hence, the author repeatedly recommends combining page-level controls with semantic model protections to achieve true security.

Tradeoffs: Usability Versus Security

This pattern offers clear benefits because one report can serve multiple audiences, reducing maintenance and keeping shared logic in one place. At the same time, designers must accept tradeoffs: hiding pages improves usability but cannot replace proper access controls, and adding RLS increases model complexity. Therefore, teams must weigh the convenience of a single report against the risk of exposing sensitive content if protections are incomplete.

Furthermore, implementing RLS and dynamic navigation often demands more time in development and testing, and it can complicate future updates to the report. For example, expanding roles or changing page names requires updating the access table and navigation logic. Consequently, organizations should plan governance and documentation to avoid errors that could lead to inconsistent experiences or accidental exposure.

Challenges and Practical Considerations

The video points out several common challenges, including identity matching, performance implications, and the limits of presentation-only controls. Matching email or username formats across systems can be tricky, and incorrect mapping can block legitimate access or inadvertently allow the wrong pages. Likewise, complex DAX filters or many conditional navigation measures can slow report load times, so optimization matters.

In addition, the presenter explains that when columns or tables themselves must be hidden, Object-Level Security (OLS) or careful model design becomes necessary. Thus, teams often combine OLS, RLS, and careful UI controls to cover both item-level protection and page-level experiences. However, this layered approach also makes troubleshooting harder, so clear test cases and monitoring processes are important.

Recommendations and Next Steps

Ultimately, the TSInfo Technologies video recommends treating the page-level pattern as a user-experience solution that must be backed by model-level security. For practical adoption, the presenter suggests building a reliable user-access table, testing identity lookups in development, and combining RLS with hidden pages and conditional navigation. This way, teams get the usability benefits while keeping sensitive data protected through the semantic model.

Finally, organizations should consider governance measures such as change control for page names, regular audits of access mappings, and performance testing as part of deployments. In short, the tutorial provides a workable approach, but it also reminds practitioners that balancing user experience, maintainability, and security requires attention and ongoing care.

Keywords

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