Game Development.
A 16-millisecond clockwork that never stops.
A game engine is just one ruthless loop: read input, update the world, draw it. Sixty times a second. Every. Single. Frame. The trick is doing meaningful work — physics, AI, animation, sound — inside that 16 ms budget without dropping a beat.
FPS 60
VSYNC ON
What's actually happening every frame.
A game engine is, at its core, three lines of pseudocode running in a tight loop: process input, simulate the world, render the result. The miracle is that everything else — characters, physics, AI, networking, animation, sound — slots neatly into one of those three buckets and shares the same sixteen-millisecond budget.
Modern engines split the loop across hardware. The CPU handles game logic, AI, physics, audio and animation — the "what should happen" layer. The GPU handles rendering — turning thousands of triangles into pixels with lighting, shadows and post-processing, all in massive parallel. The two run in tandem, with careful synchronization to avoid waiting on each other.
The hardest part isn't writing the engine. It's budgeting within it: how much physics fits in 4 ms, how many lights the GPU can handle in 8 ms, when to drop quality so latency stays steady. Real-time isn't fast — it's predictable.
Five steps, sixty times a second.
Each step has to finish in roughly 3 ms for a 60 fps target. Skip the budget — drop frames, and the player feels it instantly.
Engines, languages, pipelines.
Different jobs, different tools — from a 60 KB browser game to a fully-rendered VR walkthrough.
Where we've shipped games.
Live games on this site.
The first two are running on the homepage right now. The rest are placeholders for shipping cases.
Tell us the goal. We'll pick the engine.
Browser arcade, branded mobile, VR training, sensor-driven install — different games, different stacks. We'll match the right tool to your audience and budget within one business day.