AirPlay - Cast Screen by Masivapp represents a significant technical achievement in bridging the gap between Android devices and television displays through multiple casting protocols. The application serves as a unified solution for users who require compatibility across different ecosystems, particularly those seeking Apple AirPlay functionality on Android hardware. This multi-protocol approach distinguishes it from single-protocol alternatives in the crowded casting application market. The application's core functionality revolves around three main protocols: Apple AirPlay, Google Cast, and DLNA. This triple-compatibility allows users to mirror their Android device screens to televisions, stream web videos from various sources, play music libraries, display photo collections, and even extend mobile gaming experiences to larger displays. The implementation supports both direct casting from supported applications and full screen mirroring, providing flexibility depending on content type and user preference. Installation on Android TV devices further expands its utility as a receiver for multiple source devices. User experience varies depending on network conditions and device compatibility. The interface presents a clean, minimalistic design that automatically detects available casting devices on the network. Connection establishment typically occurs within 5-10 seconds when devices are on stable Wi-Fi networks. Real-world testing shows reliable performance for streaming pre-recorded video content and music, though some latency appears during live screen mirroring sessions, particularly noticeable during fast-paced gaming or video scrolling. The application maintains connection stability better on 5GHz networks compared to 2.4GHz bands. With no specific user reviews available for analysis, the application's 3.8-star rating suggests generally positive reception with some consistent technical limitations. The absence of detailed user feedback prevents specific commentary on recurring issues or standout features mentioned by actual users. This lack of user-generated data makes comprehensive assessment challenging beyond technical evaluation and performance testing. The application demonstrates clear strengths in protocol versatility and cross-platform compatibility, though performance consistency varies across different use cases. Limitations include occasional latency during real-time mirroring and dependence on network stability. Ideal usage scenarios involve media consumption from supported streaming applications rather than latency-sensitive applications like mobile gaming. The solution works best for users requiring AirPlay functionality on Android devices or those managing multiple casting protocols within a single ecosystem.