AR/VR Development

Yes, we’re happy to sign a non-disclosure agreement (NDA) before discussing any confidential information. Protecting your ideas is a standard part of our AR/VR development process.

We start with a short discovery call to understand your needs. Then, we provide a detailed estimate that includes phases, deliverables, timeline, and pricing specific to your AR/VR development goals.

Absolutely. Whether it’s 3D models, design files, or partially completed apps, we can audit, optimize, and build on top of what you already have.

Our team works with Unity, Unreal Engine, RealityKit, ARKit, WebXR, and proprietary tools. We choose the best stack based on your platform and experience goals.

We build in flexibility by structuring development into phases. This allows for feedback loops, pivots, and iteration while keeping your AR/VR development timeline on track.

Yes, we frequently partner with agencies or businesses looking to resell AR/VR development services under their brand.

Apple Vision Pro introduces a spatial computing environment with new interaction methods like eye tracking and hand gestures. AR/VR development for VisionOS requires specialized design and engineering approaches.

Yes. We regularly build proof-of-concept apps and MVPs to help clients validate ideas, secure funding, or pitch to internal stakeholders.

Absolutely. We've built medical-grade prototypes, including brain scan visualization tools, and can tailor AR/VR development for healthcare use cases.

For initial development, we use Apple’s visionOS simulator. However, full testing requires access to the Vision Pro device, which we support internally.

Yes. We can migrate existing Unity projects to visionOS using Unity PolySpatial and Apple's APIs, while optimizing for performance and UI/UX standards.

Some components can extend to iPad or iPhone, but immersive spatial features are exclusive to Vision Pro. We can advise on cross-device strategy as part of your AR/VR development roadmap.

Yes, we’ve helped clients submit and get approved on both Meta Quest Store and App Lab, including meeting Meta's technical and content review guidelines.

Yes. Our AR/VR development team specializes in Quest’s MR capabilities using color passthrough, depth APIs, and environment blending.

Absolutely. We can integrate Photon, Normcore, or custom networking stacks to enable social, collaborative, or multiplayer AR/VR apps.

While all support core features, Quest 3 and Pro offer better passthrough, depth sensing, and hand tracking. We help tailor AR/VR development to the hardware's strengths.

Yes, we implement Quest’s hand tracking APIs for natural gesture-based input, ideal for immersive experiences and accessibility.

Yes. We primarily use Unity for Meta Quest apps but can also develop in Unreal depending on the visual or technical requirements.

We work across industries including healthcare, education, entertainment, enterprise training, architecture, and retail.

Yes. Our team handles the full spectrum—from mobile AR on iOS/Android to fully immersive VR for headsets like Quest and Vision Pro.

Yes. We frequently develop custom graphics pipelines, shaders, and input systems to create high-fidelity AR/VR experiences.

Definitely. Many of our clients engage us early to help shape the product vision, build prototypes, and outline a go-to-market plan.

Yes. We offer ongoing support, feature expansions, and performance optimizations after your AR/VR app is live.

Yes. We’ve integrated AI-based assistants, object tracking, and spatial awareness features into AR/VR projects for smarter interactions.