I used Angular for efficient state management and component-based architecture, allowing for easy handling of game logic and updates. To ensure maximum performance, I implemented Ionic's native capabilities through Capacitor, allowing for hardware acceleration and smoother animations by leveraging native performance optimizations. By utilizing requestAnimationFrame and optimizing the red block physics with minimal calculations, I minimized the CPU load, ensuring smooth gameplay even with multiple blocks bouncing around at high speeds. Additionally, I fine-tuned touch input responsiveness, enabling precise drag controls without lag, making the game feel ultra-responsive despite the complexity of the real-time interactions. With these smart technical choices, I was able to build a high-performance game that delivered a seamless experience across all mobile devices.