Netofficials builds augmented reality, virtual reality and mixed reality applications using ARKit, ARCore, Unity and WebXR — for training, retail, real estate and industrial teams across mobile, headset and browser platforms.
Service Overview
Netofficials builds augmented reality, virtual reality and mixed reality applications across mobile devices, standalone headsets and enterprise MR hardware — covering the full spectrum from smartphone AR overlays to fully immersive VR environments and browser-based XR experiences that require no app install.
The service spans ARKit and ARCore for native iOS and Android AR, Unity and Unreal Engine for real-time 3D environments and headset applications, and WebXR for experiences delivered through a standard browser. Hardware targets include Meta Quest 2, Meta Quest 3, Microsoft HoloLens and Apple Vision Pro, as well as the iOS and Android devices your users already carry. This breadth matters because the right platform depends on your audience, your content and whether users are on a factory floor, in a showroom or working remotely.
Netofficials also handles the 3D asset pipeline — modelling, optimisation and integration — so projects are not blocked by missing content. For organisations that want to validate an idea before committing to a full build, proof of concept development is available as a structured first step. Where the XR experience connects to back-end systems or existing software, the team draws on custom software built around your workflows to ensure the integration holds.
What We Deliver
Netofficials builds native augmented reality applications for iOS using ARKit and for Android using ARCore. These apps overlay 3D models, product information or guided instructions onto a live camera feed. No headset is required. Buyers in retail, real estate and field service use this delivery type when their end users carry smartphones rather than specialist hardware.
WebXR experiences run inside a standard browser on phones, tablets and headsets without requiring an app install. Netofficials uses WebXR APIs alongside A-Frame and Three.js to build product visualisers, virtual showrooms and lightweight training modules. This approach suits organisations that need wide reach and cannot mandate a specific device or operating system.
For fully immersive environments, Netofficials develops VR applications in Unity and Unreal Engine targeting Meta Quest 2, Meta Quest 3 and PC-tethered headsets. Typical deliverables include immersive training simulations, virtual factory walkthroughs and safety procedure rehearsals. Platform choice depends on rendering complexity, target hardware and whether the experience needs to run standalone or connected to a workstation.
Mixed reality applications built for Microsoft HoloLens anchor digital objects to physical spaces so they persist as users move around a room or facility. Netofficials uses the Mixed Reality Toolkit and Azure Spatial Anchors to deliver enterprise use cases such as assembly guidance, equipment inspection overlays and remote expert assistance for manufacturing and industrial clients.
Netofficials develops spatial applications for Apple Vision Pro using visionOS and RealityKit. These applications blend virtual content with a user's physical environment at high fidelity. Early adopter use cases include executive briefing environments, architectural review and high-value product configuration. Project scope depends on the complexity of 3D assets and the depth of integration with existing business systems.
A working AR or VR experience depends on optimised 3D assets. Netofficials models, rigs and optimises geometry for real-time rendering, converting CAD files, product photography or reference drawings into assets ready for ARKit, Unity or WebXR. Where clients supply existing assets, the team audits polygon counts, texture sizes and LOD configurations to meet target device performance budgets.
Our Process
Netofficials works with your product owner or operations lead to define the specific problem the experience must solve, the target user, and the success criteria. You receive a scoped brief that confirms whether AR, VR or mixed reality is the right fit before any development resource is committed.
The team audits any existing 3D models, CAD files or product imagery you hold and identifies gaps. Assets that need to be created or converted are scoped here, with format, polygon budget and texture requirements agreed upfront so the production pipeline does not stall during development.
Netofficials confirms the target devices — smartphone via ARKit or ARCore, browser via WebXR, or headset such as Meta Quest or Microsoft HoloLens — and the rendering engine, Unity or Unreal Engine, before a line of code is written. Early decisions here prevent costly rework later in the build.
Engineers build the experience in agreed sprints, with your stakeholders reviewing each milestone. Testing covers frame rate, tracking accuracy and interaction fidelity across every confirmed device. You receive a delivery-ready build along with documentation covering deployment steps and any runtime dependencies.
Technology Stack
Unity
Unreal Engine
Babylon.js
Three.js
A-Frame
Android phones and tablets (ARCore)
Apple Vision Pro
Blender
Maya
glTFWho This Service Is For
Classroom training is expensive to scale, inconsistent across sites, and impossible to run safely for high-risk procedures. They need a repeatable, measurable alternative that works without pulling staff off the floor.
Netofficials builds immersive training simulations on Unity or Unreal Engine, deployable on Meta Quest headsets or standard browsers via WebXR, so teams can train at scale without the cost or risk of live environments.
High return rates and low purchase confidence stem from customers being unable to visualise products in their own space or on their own body before buying. Existing tools are either too basic or require a dedicated app install.
Netofficials develops virtual try-on and AR product placement features using ARKit and ARCore, running inside a mobile browser or native app so shoppers engage without friction and buyers get a measurable reduction in purchase uncertainty.
Selling off-plan properties or large commercial spaces is difficult when buyers cannot walk a site that does not yet exist. Physical show homes are costly to build and impossible to replicate across multiple markets.
Netofficials produces VR walkthroughs and mixed reality overlays for Microsoft HoloLens or Apple Vision Pro, giving prospective buyers an accurate spatial experience of unbuilt or remote properties without requiring a site visit.
Industry Applications
Virtual safety drills and equipment operation simulations let workers practice high-risk procedures in a controlled environment, reducing physical risk and repeat instructor time.
Shoppers preview furniture placement, eyewear fit or clothing in AR on their own device before purchasing, giving buyers confidence and reducing return rates.
Prospective buyers walk through accurate 3D models of unbuilt properties on a headset or mobile device, replacing physical site visits and printed floor plans.
AR overlays display step-by-step repair instructions directly on physical machinery via a HoloLens or mobile camera, reducing technician errors and unplanned downtime.
Explore Industrial Maintenance and InspectionImmersive VR modules simulate workplace scenarios such as compliance interviews or emergency response, giving distributed teams consistent, repeatable training without travel costs.
Explore Corporate Learning and DevelopmentFAQ
The deciding factor is whether your users need to remain aware of their physical environment during the experience. Augmented reality overlays digital content onto the real world, making it suited to retail try-on, on-site inspection and warehouse picking. Virtual reality replaces the environment entirely, making it suited to immersive training simulations, virtual property walkthroughs and safety drills where isolating the user from distractions is an advantage. Netofficials reviews your use case, user context and device constraints before recommending a direction.
A headset is not always required. Mobile AR runs on iOS via ARKit and on Android via ARCore, so any modern smartphone or tablet can display AR without additional hardware. WebXR delivers AR and VR experiences directly in a compatible browser, removing the need for an app install entirely. VR and mixed reality applications targeting devices such as Meta Quest 2, Meta Quest 3 or Microsoft HoloLens do require the corresponding headset. The right delivery method depends on your audience's existing devices and the fidelity the experience demands.
Netofficials runs a dedicated Asset Specification stage at the start of every project to agree on formats, polygon budgets and texture requirements before any development begins. Clients can supply existing CAD files, product models or brand assets, which the team optimises for real-time rendering. Where assets do not exist, Netofficials can model and texture them as part of the project scope. The volume and complexity of assets are the primary factors that affect both timeline and cost, so this stage is completed before estimates are finalised.
Yes. Netofficials builds WebXR experiences that run in a browser on supported devices, with no app store submission or install required from the user. Browser support varies: Chrome on Android and Safari on iOS each have their own WebXR implementation, and feature parity is not identical across them. During scoping, Netofficials maps the target browsers and devices against the interactions your experience requires and flags any capability gaps early so they can be addressed in the design rather than discovered during testing.
Cost depends on four main factors: the number of scenes or interactive moments in the experience, the platforms and devices being targeted, the volume and complexity of 3D assets required, and the scope of device testing across hardware variants. A single-platform mobile AR feature with supplied assets sits at a different scale from a multi-scene VR training simulation built for Meta Quest and desktop simultaneously. Netofficials provides a scoped estimate after an initial discovery call. You can also start with a proof of concept to validate the core interaction before committing to full build.
Platform scope is agreed during discovery and depends on where your users are. Netofficials builds for iOS using ARKit, Android using ARCore, browser using WebXR, and headset platforms including Meta Quest 2, Meta Quest 3, Microsoft HoloLens and Apple Vision Pro. Unity and Unreal Engine are used for headset and high-fidelity experiences; WebXR targets are built with frameworks suited to browser delivery. Supporting more platforms increases testing scope and, where rendering requirements differ significantly between devices, may require platform-specific asset variants.
