Silicon-Native Mobile Simulations
We build complex, silicon-native simulations engineered directly for high-end handheld processors. No casual ports. No compromise on frame-pacing under thermal load.
The Simulation Suite
Three uncompromised environments engineered for thermal efficiency and deterministic physics. Every title runs native on the silicon.
Aeroform
Vektor
Apogee
Real-time aerodynamic simulation utilizing custom metal-level optimization. Computes complex atmospheric drag at a locked 120 frames per second.
Tactile physics-driven combat where momentum maps directly to the glass. Features deterministic collision math running entirely on hardware-native threads.
N-body gravity simulation rendering thousands of telemetry-tracked orbital bodies. Bypasses bloated engine layers for raw mathematical precision.
Memory: 850 MB. Target: Thermal-efficient mobile GPUs. Optimization: Zero middleware.
Memory: 1.4 GB. Target: Multi-core handheld CPUs. Optimization: Direct silicon execution.
Memory: 1.2 GB. Target: High-end handheld silicon. Optimization: Metal-level.
Telemetry Overlays
Direct captures from our active engine tests. We monitor thermal efficiency, frame-pacing, and GPU utilization in real time.
Zero Compromises
Access recruitment, press kits, and developer documentation.
We reject microtransactions and ad-supported filler. Our focus is pure interactive depth engineered directly for the hardware in your hand.