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Services / Gaming / AR/VR/MV

Immersive gaming experiences across AR, VR, and metaverse platforms.

Cross-platform immersive games engineered to hit frame-rate targets on real headsets and mobile hardware, not just in a controlled demo.

Talk to our team

OUR METHODOLOGY

Built for real headsets, not a controlled demo.

01
Discover
Target hardware and comfort constraints set the design brief.
02
Design & Build
Locomotion and interaction systems tuned against motion sickness.
03
Pilot & Verify
Frame-rate and thermal profiling on target devices.
04
Scale & Operate
Support extended to new headsets and platforms as they ship.
VR Game Development
Locomotion and comfort design tuned to avoid motion sickness.
AR Game Mechanics
Real-world-anchored gameplay that holds up outside a lab setting.
Cross-Platform Immersive Design
One core experience adapted across headsets, mobile AR, and desktop.
Performance Optimisation
Frame-rate and thermal tuning for sustained play sessions.

INDUSTRIES WE SERVE

CASE STUDIES

Voxel Interactive

CASE STUDY

Voxel Interactive
VR title shipped for 3 major headset platforms at once.
Lumen Retail Experiences

CASE STUDY

Lumen Retail Experiences
AR shopping game increased dwell time 40%.
Vantage Telecom

CASE STUDY

Vantage Telecom
5G-enabled multiplayer AR demo drew 200K plays.
Playforge Studios

CASE STUDY

Playforge Studios
Sustained 90fps on standalone VR at launch.
Arclight Media

CASE STUDY

Arclight Media
Metaverse activation reached 80K concurrent visitors.
Union City Services

CASE STUDY

Union City Services
AR training simulation cut incident rates 30%.

FAQ

AR/VR/MV — questions, answered.

What platforms do your immersive games run on?

We build cross-platform immersive games across AR, VR, and metaverse platforms, with one core experience adapted across headsets, mobile AR, and desktop. Target hardware and comfort constraints set the design brief from the start, so the game is engineered for real devices rather than retrofitted to them afterwards.

How do you prevent motion sickness in VR games?

Locomotion and interaction systems are tuned specifically against motion sickness, and comfort constraints shape the design brief before build begins. We validate comfort with real players on target headsets during the Pilot step, so the experience stays playable across sustained sessions, not just short demos.

Can you hit stable frame rates on standalone VR headsets?

Yes. Performance optimisation covers frame-rate and thermal tuning for sustained play, profiled on the actual target devices rather than a high-end PC. One VR title we built sustained 90fps on standalone hardware at launch, because frame-rate and thermal profiling happen before release, not after complaints.

What's the difference between building for a demo and building for real hardware?

A demo runs once on a controlled setup; real hardware runs for hours on devices with heat and battery limits. We engineer to hit frame-rate targets on real headsets and mobile hardware, profiling thermals and performance on target devices and extending support to new headsets as they ship.

Make it playable on real hardware.

Tell us what you're building and we'll map the fastest path to it.

Let's talk