1. Limited access to device-specific features: Cross-platform application development frameworks may not have access to all device-specific features and hardware capabilities, such as biometric sensors, camera controls, or motion detection, present on each platform.

2. Performance limitations: Cross-platform applications may not perform as well as native applications, especially for more demanding or resource-intensive applications. This could be due to limitations in cross-platform development frameworks or the need for additional abstraction layers.

3. User experience limitations: Cross-platform applications may have limitations in terms of customization and user experience design compared to native applications. This could include restrictions on animations, gestures, or transitions.

4. Added complexity: Cross-platform application development can add complexity to the development process as developers need to ensure smooth operation across multiple platforms and devices. This can increase the likelihood of errors or bugs and require additional testing and debugging.

5. Dependency on third-party frameworks: Cross-platform application development frameworks often rely on third-party libraries and frameworks, which can add complexity and potential security vulnerabilities to the application's codebase. Developers need to stay up-to-date with the latest security patches and updates for these dependencies to ensure the application remains secure.

6. Possibility of compatibility issues: Cross-platform applications may not work on older devices or devices with different screen sizes or resolutions. This can lead to compatibility issues that need to be addressed through additional development efforts.

7. Limited customization options: Cross-platform frameworks may not offer the same level of customization and control over the user interface as native application development. This can make it difficult to create a unique, branded experience for users.