A Few Good Coders · Services
An immersive experience has to work beyond the demo machine. We build Unity games, AR and VR experiences, and real-time interactive systems with the target device, interaction model, and performance constraints in view. The starting point can be a prototype, an existing project, or a focused engine-level problem.
Is this a fit?
Scope and deliverables
Choose the work your product needs. The first milestone, acceptance criteria, exclusions, and ownership are agreed before delivery starts.
Define the core loop, controls, scene transitions, and feedback that make the experience understandable. Use a representative slice to test the idea and identify the art, content, and hardware dependencies before expanding production.
Scope session flow, shared state, connection failure handling, and platform-specific input around the experience. Treat network behavior and device differences as part of the product rather than additions after a single-device prototype.
Work on Unity and C++ boundaries, physics interactions, rendering, and custom engine systems when the project calls for them. Establish what must be custom and what can use an existing engine capability before adding complexity.
Check frame time, memory, asset loading, and interaction behavior on target hardware. Scope build pipelines and repeatable test scenarios so the experience can be reviewed and delivered without relying on one developer's setup.
Delivery approach
Agree on audience, devices, session length, input, connectivity, and the main interaction. Review existing assets and any external production dependencies.
Build a playable slice on representative hardware. Test the core loop and technical constraints before committing to more content or additional platforms.
Expand the validated experience, profile the demanding scenes, test failure and recovery paths, and document the build and delivery workflow for your team.
Work and engineering resources
Our anonymized 5G metaverse example describes a cross-platform AR/VR proof of concept that made a connectivity product tangible through an interactive experience.
Explore the metaverse projectThe major-league sports showcase in our anonymized portfolio connects cross-platform AR/VR engineering with fan engagement and a live demonstration environment.
Explore the sports XR showcaseThe resources collection includes CustomEngine, an open-source C++ game and VR-oriented engine. It provides a concrete example of rendering and engine work beyond application-level Unity scenes.
Find CustomEngine in our resourcesBefore we start
Yes. Share the engine version, target platforms, current build state, and the problem you need solved. A focused review can establish whether the next step is a performance investigation, feature implementation, integration, or broader architecture work.
The right scope depends on the required input, tracking, hardware interfaces, rendering budget, and distribution route. We define the actual device matrix first and validate representative builds rather than promise identical behavior on unspecified hardware.
A prototype can help validate interactions before all final assets are ready. The project brief should still identify who supplies models, animation, audio, and other content, their licensing, and the quality and performance constraints those assets must meet.
Your first brief
Share the core interaction, audience, target devices, and current prototype or build if you have one. Tell us which art assets and integrations already exist, and any event or release deadline.
