Bounzy is a fast-paced, high-scoring 3D arcade game where players navigate a ball through rotating helix obstacles, executing precise timing and physics-based bounces to smash through target rings.
Designed for immediate pick-up-and-play engagement, the game features escalating speed curves, satisfying visual feedback with particle explosions, and smooth dynamic camera tracking built with custom DOTween animations.
Integrated with silent cloud synchronization and non-intrusive ad management, Bounzy delivers a seamless arcade experience optimized for zero stutter across both low-end mobile devices and browser WebGL builds.
Bypassed CPU-heavy physics calculations using a customized DOTween scaling fracture pipeline.
Seamlessly registers device IDs and submits scores without disturbing the user with forms.
Robust state management pausing the game timeline and audio registers during ad display.
How our team bypassed complex bottlenecks to achieve smooth frame execution and frictionless player retention.
Simulating real-time fracturing on dozens of pieces simultaneously with MeshColliders caused severe CPU bottlenecks and frame drops on mid-tier mobile hardware.
Built a decoupled Model-View-Controller architecture with cached transform loops and compressed mesh streams to eliminate CPU bottlenecking.
Traditional signup forms cause high player drop-off in casual titles, yet persistent global leaderboards were required across game sessions.
Engineered responsive input managers and a custom asset loading pipeline that keeps startup loading times under 3 seconds.
Engineered gameplay mechanics and custom technical pipelines powering Bounzy.
Every production title at CubeStaX undergoes strict frame profiling, memory optimization, and compliance testing.
Locked Performance
Frictionless Sign-up
Ad Interruption Rate
Bypassed Physics Fracture






