Unity Development Services

Unity is the pragmatic choice for a large share of interactive projects: strong 2D and 3D support, mature AR and VR tooling, wide platform reach, and a large talent pool. We build games, simulations and immersive applications in Unity and ship them across mobile, PC, web and headset.

What We Build in Unity

  • Games — 2D and 3D, mobile through desktop.
  • Simulation and training — realistic environments with authored scenarios. See simulation and training software.
  • AR and VR — headset and mobile-AR applications. See AR and VR.
  • Interactive visualisation — 3D product, facility and data experiences.
  • Multiplayer and networking — shared sessions, which is where most of the hard engineering is.

Where Unity Projects Get Into Trouble

Rarely in prototyping — almost always in performance and scale. A scene that runs beautifully on a development machine and poorly on a three-year-old phone is the classic outcome, and it is usually an architecture problem rather than a settings problem: asset budgets, draw calls, memory and physics decided too late.

We plan for the target device from the start, because retrofitting performance means rebuilding rather than tuning.

Unity or Unreal?

Both are excellent and the honest answer depends on the project. Unity generally wins on mobile, AR/VR tooling maturity, and iteration speed; Unreal tends to win on high-fidelity rendering. We build in both and will recommend based on your target platform and visual bar rather than preference.

Tell us what you are building and where it needs to run and we will advise honestly.

Related services

Which Unity Version Should a New Project Start On?

The version number matters far less than the render pipeline you commit to. A long term support release is the sensible default for anything with a production horizon, because fixes keep landing and the feature surface stops shifting under your team. The decision worth arguing about is Built-in, URP, or HDRP. That choice governs which shaders, lighting workflows, and post-processing your artists can use, and moving a project across pipelines after art is authored means reauthoring materials and lighting, and usually renegotiating the visual target with everyone who signed off on it.

We settle the pipeline against the actual target device before art production begins, then leave it alone. It is one of the few Unity decisions that is awkward to reverse.

The Asset Store Question

Third party packages are a legitimate part of Unity work and we use them. The risk is concentration. A package that gets a prototype moving can later be the reason an engine upgrade stalls, or the reason a platform port needs a rewrite, because the author moved on and the source was never yours to change.

The test we apply before adopting one is simple: is full source included, is it actively maintained, and could the team take it over if the author disappeared. For systems that are painful to swap late, meaning input, save and serialization, networking, and platform SDKs, we keep dependencies few and shallow. For editor tooling and content authoring the calculation is looser, because a failure there costs you convenience.

How a Unity Engagement Is Structured

Work runs in stages that each end in something you can run yourself. A prototype answers whether the core interaction holds up. A vertical slice takes one representative piece to shipping quality on the real target device, which is where performance assumptions meet the hardware. Production then scales content against a pattern that has already been proven.

Deploy to that device early. It is the easiest step to postpone, because a scene authored on a workstation reads as finished long before it runs at frame rate on a phone, a browser tab, or a standalone headset. Regional Service Coverage sets out how milestone builds and reviews work when the team is distributed.

Not Everything That Arrives as Unity Work Needs an Engine

Some projects described as Unity work are better served without a game engine at all. A form driven training module with a handful of diagrams is a web application and stays easier to update as one. A single linear walkthrough that nobody needs to steer is a rendered video. A configurator with a fixed set of combinations can often be handled with pre-rendered images and a straightforward front end. A data dashboard with a 3D chart in it is a dashboard.

If the interaction is flat and interface shaped, an engine adds a build pipeline, a runtime, and a store compliance surface that you then own for the life of the product. Settling this while the tooling decision is still soft saves an awkward conversation later.

One Codebase, Several Targets

Reach is the usual reason a team picks Unity. One codebase can serve phones, browsers, desktops, consoles, and standalone headsets. What travels across those targets is the gameplay logic. What does not travel is input handling, interface scaling, asset delivery, store requirements, and the performance budget, and each of those has to be built and tested per target.

So fix the target list before production starts. Every addition brings its own build configuration, its own QA pass, and its own release process, and adding one late costs more than it looks like it should. Platforms covers what each target asks of a build, and Unreal Engine Development Services covers where visual fidelity earns its keep.