Unity builds that run smoothly on the devices your users own

Unity is a general-purpose real-time engine. Its main strength is reach: one project can target iOS, Android, Windows, macOS, WebGL and most headsets. It has a large library of tools, a mature asset ecosystem, and a wide pool of engineers, which keeps maintenance affordable after we hand over.

It is not the answer to everything. A simple form-based app does not need a game engine, and a very high-end console-style 3D title may fit another engine better. We tell you this at scoping. If a native or Flutter app serves you better, we say so, because an honest recommendation costs less than a rebuild.

For most Saudi projects, Unity fits three cases: mobile games, interactive 3D for sales and product explanation, and training simulations for industrial or safety work. Each has different art, performance and reporting needs, so we shape the architecture around the case rather than around a template.

Performance is a budget, not a surprise. Before final art arrives we agree limits for draw calls, memory and loading time, tested on the weakest device you want to support. Lower-end Android phones are the usual constraint, and a game that works there will work almost anywhere. We use the engine's profiling tools every sprint, not only at the end.

Arabic needs deliberate handling. Unity's built-in text does not shape Arabic letters or order mixed Arabic and English correctly without extra work. We integrate a proven text pipeline, test it with real content, and check numbers, dates and punctuation, which are the places mixed-direction text usually fails.

Plan on 6 to 12 weeks for a focused build. Simulations with detailed scenario logic, or projects with custom 3D art, take longer, and we separate art time from engineering time so you can see where the weeks go.

A Unity project is only as maintainable as its structure. We separate gameplay code from presentation, document each system in plain language, and set up automated builds so a release is a button press rather than a ritual. When we hand over, your next engineer, ours or someone else's, can read the project and extend it.

Licensing is part of scoping. Unity itself has plan terms that depend on company size and revenue, and some store assets carry their own licenses. We list every third-party component and its terms in the handover pack, so you know what you own outright and what you license.

If the build becomes a live product, the live-ops service takes over events, balancing and analytics from the same codebase. If it stays an internal simulation, we offer a maintenance plan that keeps it compatible as devices and operating systems change.