What Our AR Game Development Company Actually Builds
AR games aren't a gimmick anymore. They're a genuine platform — one that needs real engineering, real design thinking, and a team that understands how the physical and digital worlds need to meet. Here's where we work.
AR Game Development Is a Different Kind of Engineering Problem
Most studios underestimate what it actually takes. The tech is mature enough to ship real products — but the failure modes are specific and easy to stumble into if you haven't been through them before.
Tracking Stability in Unpredictable Spaces
AR anchors drift. Lighting changes. Flat surfaces aren't always flat. We build tracking systems that degrade gracefully instead of breaking suddenly — because real environments don't cooperate.
Battery & Thermal Management
AR is expensive on hardware. A game that drains a battery in 20 minutes or causes the phone to throttle is a game people stop playing. We optimize aggressively from day one, not as a post-launch fix.
Occlusion & Depth Realism
Virtual objects that float in front of real surfaces feel fake. We implement proper depth occlusion so digital content integrates into real space the way players expect it to.
Device Fragmentation
ARCore supports thousands of Android devices with wildly different camera and sensor capabilities. We test across the real device spread — not just flagship hardware — because your players use everything.
Shared AR & Multiplayer Sync
Multiple players seeing the same virtual objects in the same real space is technically hard. Latency, anchor sharing, and world alignment all need to work together. We've solved this before.
Lighting & Shadow Matching
Virtual objects need to respond to real-world lighting or they look pasted on. We use environmental lighting estimation and dynamic shadows to make digital content feel like it belongs in the scene.
Every Major AR Platform, Covered
AR development isn't one SDK — it's a landscape of platforms, each with its own capabilities, constraints, and audience. We navigate all of them.
The AR Game Experiences We're Equipped to Build
AR gaming covers a wide surface. Here's what we've shipped and what we know how to build well.
How We Run an AR Game Development Project
AR projects fail for a predictable set of reasons. We've structured our process to address each of them before they become expensive.
Why Clients Trust Us as Their AR Game Development Partner
Real AR Shipping Experience
We've shipped AR products that real users put in front of their cameras in real environments — not just demos shown in controlled presentations. That gap matters enormously.
3D Art In-House
AR depends on high-quality 3D assets — and we build them ourselves. No separate art vendor. No miscommunication between art and engineering. The team that makes the models integrates them into the engine.
Honest Scoping, No Surprises
AR projects have a tendency to expand. We scope tightly, flag scope creep early, and have direct conversations about trade-offs before they show up as missed deadlines.
Flexible for Outsourcing
Whether you need a full AR game development outsourcing arrangement or just the AR engineering layer on top of your existing studio, we structure the engagement around what you actually need.
The Stack Behind Our AR Game Development Solutions
We choose tools based on what works best for the specific AR challenge — not what's most familiar to us.
What People Ask Before Starting an AR Game Project
AR has more upfront questions than most game types. Here are the ones we hear most.
How long does AR game development typically take? +
A focused AR game app with a single core mechanic can ship in 3–5 months. More complex experiences — location-based multiplayer, multi-platform headset support, enterprise integrations — run 8–18 months. The biggest variable is how much of the core AR interaction needs to be invented versus assembled from proven patterns.
Do you develop for both iOS and Android? +
Yes. We use Unity AR Foundation to build cross-platform from a single codebase, with platform-specific optimizations applied where they make a real difference. ARKit on iOS and ARCore on Android have meaningfully different capabilities — we use the best of each rather than reducing everything to the lowest common denominator.
Can you build WebAR experiences — no app install required? +
Yes. We develop WebAR using 8th Wall and browser-native WebXR for experiences that run in a mobile browser without an app download. The trade-off is reduced access to device sensors compared to native apps — we'll help you decide which approach is right for your use case and audience.
What if I need AR game development outsourcing for just part of a project? +
That's completely fine. We often come in as the AR engineering layer for studios that have strong game design but need specialists for the spatial computing side. Or as the 3D art team for a studio that has the AR code handled. We'll be clear about what we can and can't add value to.
How do you handle AR experiences breaking when OS updates ship? +
This is a real risk with AR — ARKit and ARCore APIs change with iOS and Android updates, and Unity's AR Foundation layer needs to be kept current. We offer post-launch support arrangements specifically to cover SDK updates, new device compatibility, and the OS patches that occasionally break things. We'd rather you have a plan than discover it's broken when users start leaving 1-star reviews.
What kind of AR project is a good fit for EJAW? +
Consumer AR games, location-based experiences, enterprise training applications, brand activations, and mixed reality content for headsets — these are all areas we're well-suited to. If you're not sure whether your project fits, just describe it to us. The worst case is we tell you honestly that someone else would serve you better.
Have an AR Game Idea? Let's See if It's Buildable.
Tell us what you're thinking. We'll tell you what's technically feasible, what it would cost, and whether we're the right team for it.