Game Development & XR
Game and XR development is the building of real-time interactive software — games, simulations and virtual or augmented reality experiences — on engines such as Unity and Unreal.
Real-time interactive software — games, simulations and XR — built to hold a stable frame rate on the hardware people own.
Why teams bring us this work.
Games and immersive experiences are engineering problems disguised as creative ones. The creative direction sets the target; frame budget, memory, draw calls and thermal limits determine whether you hit it. In XR the constraint is sharper still, because a dropped frame is not a visual flaw, it is motion sickness.
We build across Unity and Unreal for mobile, PC, console and headset, and apply the same discipline to serious applications: training simulations, industrial visualisation and gamified learning, where the goal is measurable competence rather than engagement.
You likely need this if
- A concept that needs a playable vertical slice to raise or greenlight
- A prototype that will not hold frame rate on target hardware
- Training that is expensive, risky or impractical to run in the real world
- Product or spatial data that people need to understand at real scale
What we deliver.
- 2D & 3D game development
- Unity & Unreal Engine
- VR, AR and mixed reality
- Immersive training & simulation
- Gamification systems
- Multiplayer & live operations
Our Games & XR process.
Concept & technical design
Core loop, target hardware and performance budget agreed before production, because they constrain everything after.
Vertical slice
One representative section built to shipping quality, to prove the experience and de-risk the estimate.
Production
Content and systems built to the established budget, profiled continuously on real target devices.
Optimisation & polish
Frame time, memory, load times and thermals tuned against the lowest supported device, not the best one.
Release & live operations
Store submission, telemetry, and post-launch content or balance updates.
What we build it with.
- Unity
- Unreal Engine
- C#
- C++
- Blender
- Meta Quest
- ARKit
- ARCore
- WebXR
- Photon
Sectors we do this for.
Media, Entertainment & Gaming
Streaming, interactive content and real-time experiences.
Education & EdTech
Learning platforms, assessment systems and institutional tooling.
Manufacturing & Industrial IoT
Plant telemetry, predictive maintenance and process optimisation.
Healthcare & Life Sciences
Clinical systems, patient platforms and privacy-critical data handling.
Wherever your users are.
We deliver Game Development & XR work for clients in India, United States, United Kingdom, Singapore, United Arab Emirates, Saudi Arabia, Qatar, Kuwait, Sri Lanka, Vietnam, Thailand, and worldwide. Engagements run with a defined daily overlap against your working hours, under NDA by default.
- India
- United States
- United Kingdom
- Singapore
- United Arab Emirates
- Saudi Arabia
- Qatar
- Kuwait
- Sri Lanka
- Vietnam
- Thailand
Games & XR — common questions.
What is XR development?
XR is an umbrella term for virtual, augmented and mixed reality. XR development is the building of real-time applications where content is rendered in three dimensions relative to the user’s position, with strict frame-rate requirements because latency causes physical discomfort.
Unity or Unreal — which suits our project?
Unity has the stronger mobile and XR pipeline, a larger asset ecosystem and faster iteration for smaller teams. Unreal leads on high-fidelity rendering for PC and console. For mobile games and most XR work Unity is the usual choice; for photoreal visualisation, Unreal.
What does a VR training simulation cost?
Cost is driven by content volume and fidelity rather than by the VR element itself — how many scenarios, how much bespoke 3D, and whether assessment and reporting are required. Scoping starts with one scenario built end to end, which establishes a reliable per-scenario figure.
Can you build for the Quest, PC VR and mobile from one project?
Often yes, with a shared codebase and platform-specific asset tiers and rendering settings. Standalone headsets have mobile-class hardware, so the performance budget must be set by the weakest target from the start rather than scaled down afterwards.
What is gamification, and does it work?
Gamification applies game mechanics — progression, feedback, challenge — to non-game contexts such as training or onboarding. It works when the mechanics reinforce a genuine goal and measurably fails when points are layered onto an experience nobody wanted in the first place.
Thinking about Game Development & XR?
Send the brief or the half-formed idea. We reply within 24 hours, and the first conversation is with an engineer rather than a salesperson.