Cross-Platform Bridge Latency Simulator (2D)
Interactive 2D simulation of a mobile cross-platform framework's JS-to-native bridge: adjust total UI updates and batch size to see how batching amortizes fixed per-call serialization overhead, with a live total-latency-vs-batch-size chart.
Every cross-platform mobile framework has to move UI updates from its logic thread to the native rendering thread, and how many updates it packs into a single bridge call determines whether your app feels smooth or janky. This 2D companion to the 3D bridge-queueing simulator isolates the batching trade-off directly: each bridge crossing pays a fixed serialization overhead no matter its size, so grouping many small updates into fewer, larger calls amortizes that overhead across more work. Set the total number of UI updates and the batch size, watch the crossings animate at the bridge gate, and read the live chart that sweeps batch size from 1 to the full update count to show the characteristic steep drop followed by diminishing returns.
An interactive 3D queueing simulation of a mobile framework's JS-to-native bridge: watch UI-update messages queue at a single serialization server and see how bridge overhead versus a direct JSI/compiled-native call path changes frame latency and jank.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install