Source: https://daphnislabs.com/services/ar-vr-app-development # AR and VR app development We build immersive training, product visualisation and interactive applications for phones and headsets. [Plan My Immersive App](https://daphnislabs.com/contact?service=ar-vr-app-development) [See Our Services](https://daphnislabs.com/services/ar-vr-app-development#specialist-capabilities) 3D content User interactions Business data **Immersive application** Mobile AR Headset VR Usage analytics ## Tools & technologies - Unity - OpenXR - ARKit - ARCore - WebXR where appropriate - APIs - 3D asset pipelines ## What Can We Build? [Discuss Your Build](https://daphnislabs.com/contact?service=ar-vr-app-development) - ### AR Product Viewers - ### VR Training - ### Guided Simulations - ### Spatial Interfaces - ### Interactive Demos - ### Connected XR Apps 01 / 06 ## What You Actually Get - **Immersive product strategy** - **Spatial UX and prototyping** - **AR and VR application systems** - **Content management and delivery** - **Business-system integrations** - **Device validation and analytics** ## Practise an assembly before touching the equipment. 9:41 ••• **Assembly training** Fit the protective cover onto the practice unit. ### Fit confirmed The cover snaps into position and the task is recorded. Training step complete ### Practice record **Part** Protective cover **Check** Position + orientation **Result** Fitted **Environment** Training simulation Example record Illustrative animation · Sample scenario ### Read this example Fit the protective cover onto the practice unit. 1. **Part selected.** The cover is highlighted with its intended fitting position. _Practice task ready._ 2. **Alignment checked.** The cover remains held until it reaches the correct orientation. _Guided placement._ 3. **Fit confirmed.** The cover snaps into position and the task is recorded. _Training step complete._ A spatial training task gives feedback on alignment before recording completion. Scripted illustration using sample information, not a client case study or a live system. ## How We Deliver 1. **Outcome** Define the user task, physical context, data and success measure. 2. **Choose** Compare interaction and hardware options against the task. 3. **Prototype** Validate navigation, scale, input and feedback with users. 4. **Build** Implement shared systems, managed content and business integrations. 5. **Operate** Test devices, connectivity, support, analytics and content updates. [Try the interactive example](https://daphnislabs.com/services/ar-vr-app-development#specialist-workflow) ## Choose Your Starting Point Spatial Prototype Application Build Rollout & Expansion - ### Spatial Prototype - One task on a target device - Interaction and hardware validation [Discuss This Scope](https://daphnislabs.com/contact?service=ar-vr-app-development) - ### Application Build - Agreed content and user journeys - Selected devices and business integrations [Discuss This Scope](https://daphnislabs.com/contact?service=ar-vr-app-development) - ### Rollout & Expansion - Additional content or device coverage - Field feedback and application improvements [Discuss This Scope](https://daphnislabs.com/contact?service=ar-vr-app-development) 01 / 03 ## How This Connects to Other Services ### [Unity Game Development](https://daphnislabs.com/services/unity-game-development) For gameplay systems or a Unity project that needs specialist engineering. ### [AR Application & Game Development](https://daphnislabs.com/services/ar-development) Focus on camera-based placement and interaction in a real physical space. ### [VR Game Development](https://daphnislabs.com/services/vr-game-development) For entertainment-led headset experiences with gameplay, progression and playtesting. ### [Data Engineering](https://daphnislabs.com/services/data-engineering) Prepare operational or product data and reporting feeds for the immersive application. **Founded in** 2013 **Projects delivered** 550+ **Client countries** 43+ **Global offices** 3 Engineering teams New Delhi · Dubai · Cyberjaya Proof [Case studies](https://daphnislabs.com/case-studies) Stack [Technologies we build with](https://daphnislabs.com/#technologies-we-use) ## FAQs ### When is AR/VR App Development a good fit? It fits training, visualisation, guided work or customer tasks where spatial context improves comprehension or action. ### Which technical decisions matter first? The task, physical environment, AR versus VR mode, devices, content ownership and system-of-record boundaries matter first. ### Can it connect to our existing systems? Yes. Identity, product, training, operational and analytics APIs can be integrated within approved permission boundaries. ### How is the work tested? We test comprehension, input, scale, performance, interruption, connectivity and content updates on target devices and in the real context. ### What do you need before starting? We need the target task, users, environments, hardware, 3D content, business data and field-test access. ### What affects the delivery timeline? Platform count, interaction depth, content readiness, enterprise integrations and field validation determine delivery. ### What boundaries should we agree before delivery? We choose AR, VR or a shared foundation from the working context and hardware constraints, not from novelty. Spatial technology must improve a defined task. Content access respects permission and freshness. Field support and device constraints are tested. ## Which task would benefit from a spatial view? Bring the user journey, target devices and available 3D content. [Plan My Immersive App](https://daphnislabs.com/contact?service=ar-vr-app-development) [Compare Related Services](https://daphnislabs.com/services/ar-vr-app-development#specialist-related) [VR Application Development](https://daphnislabs.com/services/vr-application-development)