Augmented Reality Game Development Company

Most AR games fall into three typical ranges: $10K–$40K for a single-platform MVP, $40K–$120K for a cross-platform or multiplayer AR game, and $120K+ for location-based or large custom platforms. The main cost drivers are the number of platforms, the AR mechanic, the volume of 3D art and any multiplayer backend. Final quotes follow a scoping call.

Yes. WebAR games open from a link or QR code in the mobile browser, which suits brand campaigns, events and short promotional games. Chrome on Android supports WebXR AR through ARCore, but iPhone Safari does not support WebXR AR, so browser AR on iPhone relies on JavaScript tracking such as image targets. For longer sessions, heavy 3D scenes or in-app purchases we recommend native iOS and Android apps.

Yes. We recommend starting smaller than Pokémon GO, with one city, campus or event area, and scaling content and servers once engagement is proven. A location-based AR game needs a real-world map layer, geolocated points of interest, a server that spawns and syncs content, and checks against spoofed GPS; where Google has coverage, the ARCore Geospatial API anchors content more precisely than GPS alone.

Most phones sold in recent years can. On iOS, ARKit needs an iPhone or iPad with an A9 chip or later, and LiDAR-equipped Pro models add better depth and occlusion. On Android, ARCore runs on devices certified by Google, which publishes the supported-device list. We fix a target device matrix during scoping and test on real hardware from it.

Choose Unity with AR Foundation when you want one codebase for iOS and Android plus game features such as physics, animation and multiplayer. Choose native ARKit with RealityKit, or native ARCore, only when the game targets one platform and needs the newest platform-specific features first. AR Foundation can also target Apple visionOS, Meta Quest and Android XR through provider plug-ins.

Yes. Common additions are an AR mode that places the game board or characters in the player's room, AR collectibles or photo modes, and image targets on packaging or print that unlock content. We review your codebase and engine first, because adding AR to a Unity project is usually quicker than retrofitting a native or HTML5 app.

Yes. Players in the same room can share one AR scene through shared anchors, such as ARKit collaborative sessions or ARCore Cloud Anchors, while remote players join through a standard online multiplayer backend. Shared-space play needs extra testing for anchor drift and latency, so we prototype it early.

Yes, on request. Headset versions use passthrough mixed reality on Apple Vision Pro (visionOS) and Meta Quest 3 and 3S (OpenXR), and Unity AR Foundation can target both. Controls, UI and comfort differ from phone AR, so we scope a headset version as its own work item rather than a straight port.

We test on real devices from the agreed device matrix, indoors and outdoors, under bright, dim and mixed light and on plain, patterned and reflective surfaces. Each build is checked for tracking stability, frame rate, heat, battery drain, camera and location permission flows, and App Store and Google Play review guidelines. Location-based games also get field tests on the real routes or venues.

Your contract decides it, so ownership is agreed in writing before development starts, with the source code, project files and 3D assets to be handed over listed as deliverables. Name every handover item in the statement of work, including build pipelines and store assets, and note any third-party SDKs, plug-ins or Asset Store packages that carry their own licence terms. An NDA is available before a detailed discovery call.

Yes. US and Canadian studios, publishers, brands and startups are our priority buyers, and we schedule calls in US and Canadian business hours. Delivery runs from our studio in Ahmedabad, India, with quotes in USD, and we also work with buyers in the UK, EU, India, Latin America, Africa, the Middle East and Asia-Pacific.