Silicon-level Android engineering.
We write raw Kotlin and C++ NDK compiled directly for modern ARM architectures, bypassing sluggish cross-platform layers for zero-latency execution.
Direct driver integration.
We bypass generic abstraction layers. By writing directly to Android's native haptic and graphics drivers, we unlock tactile feedback and frame-pacing impossible with standard frameworks.
NDK Physics Engine
Haptic Rendering
Custom C++ physics solvers compiled directly for modern ARM architecture, delivering stable 120Hz frame rates without garbage collection overhead.
Low-latency haptic rendering mapped directly to physical solenoid actuators, producing crisp, mechanical button clicks that feel like hardware toggles.
Zero-latency delivery.
Our proprietary frame-pacing library guarantees stable frame delivery and eliminates micro-stuttering. We measure performance in microseconds, not milliseconds.
120 FPS
< 1.8ms
0%
Input-to-haptic rendering latency, matching physical hardware response times.
Locked frame-pacing under heavy NDK physics loads, eliminating stutter.
Garbage collection pauses during critical gameplay and UI interactions.
Ready to rescue your product from cross-platform compromises? Let's audit your codebase.