While developing a Unity 3D game targeting the Facebook platform, we encountered major testing challenges due to the lack of a proper Facebook API mock. To solve this, we built a custom Node.js web service emulating the Facebook API. Key…
Our client’s Unity 3D game was targeting both mobile browsers and desktop browsers, but these platforms have very different performance characteristics and resource requirements. Using the same build for both environments resulted in longer load times, unnecessary asset sizes, and…
One of the most common optimization challenges in Unity 3D projects is the large number of separate GameObjects with different materials. This creates significant CPU overhead, as the engine spends extra time preparing data for the GPU to render. While…
One of the most common performance bottlenecks in Unity 3D projects is the number of draw calls required to render a scene. Every time the GPU switches between different textures or materials, the CPU has to issue a new draw…
Large Unity 3D projects often suffer from hidden inefficiencies: unused or duplicated materials, overly complex meshes, lighting configurations that increase rendering cost, or LODs that are not properly tuned. These issues contribute to longer frame times, higher memory usage, and…
