Hire AR/VR Developers — Immersive Experiences

We work across product visualisation, industrial training simulations, retail try-on experiences, real estate virtual tours, spatial computing apps for Apple Vision Pro, and WebXR experiences for browser delivery. If the project involves overlaying digital content on the real world or creating a fully immersive 3D environment, we have experience with it.

Our primary platforms are iOS (ARKit), Android (ARCore), Apple Vision Pro (visionOS), Meta Quest (Unity/OpenXR), and browser (WebXR). We help you choose the right platform based on your audience, use case, and distribution model during the scoping phase.

Most engagements begin within 48 hours of contract signing. AR/VR is a specialist field, so we match carefully against your specific platform and use case. For Vision Pro or industrial simulation projects, a one-week lead time ensures you get the right developer rather than the nearest available one.

Not necessarily. If you have existing CAD files, product renders, or 3D assets we can optimise and convert them. If you do not have 3D assets, we can model them from reference images, technical drawings, or product specifications. We quote 3D asset creation and development separately so you can see the cost breakdown clearly.

We target 60fps on mid-range devices released within the last three years. This requires polygon-optimised models, texture atlasing, occlusion culling, and careful management of the AR session processing budget. We profile on real devices throughout development, not just on high-end hardware, to ensure the experience is smooth for your actual audience.

Yes. WebXR is an excellent choice when you need broad reach without requiring an app installation. Users can launch the AR or VR experience directly from a link in a browser. Limitations exist — WebXR has less access to native AR capabilities than ARKit or ARCore — so we assess whether WebXR meets your requirements before recommending it.

We accept CAD files (STEP, IGES), Blender files, Maya files, and photogrammetry captures. We clean geometry, reduce polygon counts to mobile-friendly levels, set up PBR materials with accurate textures, and export to USDZ for iOS Quick Look and GLB for Android and WebXR. We verify assets look correct under AR lighting conditions on real devices.

Yes. Shared AR experiences — where multiple users see the same virtual objects in the same physical space — are technically complex but fully within our capability. We use ARKit collaborative sessions for same-room sharing and Photon or custom WebSocket infrastructure for remote users. The architecture depends on latency requirements and the number of concurrent participants.

Unity is our primary game engine for AR/VR development, covering mobile AR, Quest VR, and PC VR through the OpenXR standard. We also have experience with Unreal Engine for photorealistic visualisation projects. For visionOS apps we work natively in RealityKit and SwiftUI rather than through a game engine.

Yes. A focused two-to-four-week proof of concept is the right way to validate a hardware platform choice, test asset pipeline feasibility, or demonstrate a concept to stakeholders before committing to a full build. We scope PoCs clearly so you know what will be demonstrated and what the path to production involves.

All Kultrix AR/VR developers are mid-to-senior level with a minimum of four years working on shipped immersive experiences. Every developer is assessed on Unity proficiency, platform-specific API knowledge, and 3D performance optimisation before joining our bench. We do not place juniors on client engagements.

Kultrix is a product-focused agency, not a marketplace. Every developer is a Kultrix employee or long-term contractor with accountable delivery standards. We manage quality, handle replacements if a fit is not working, and provide a dedicated account manager. You get the creativity and specialisation of a freelancer with the structure and reliability of an agency.