The experience needs to prove an interaction concept
Prototype the core VR or MR interaction before building the surrounding product or content.
XR / Interactive
Build immersive interaction around the real hardware and use case.
Prototype and develop VR, MR and realtime 3D experiences where interaction, comfort, performance and deployment constraints matter as much as the visual result.
- PROJECT
- Tri-State Ford VR
- ROLE
- Level Design / Optimization
- CONTEXT
- Mobile VR
Real project footage · Tri-State Ford VR
Official 4Experience project context for the documented level-design and optimization contribution on constrained mobile VR hardware.
Official 4Experience sourceProblems we solve
Immersive projects fail when interaction and hardware are treated as afterthoughts.
XR work needs to be designed around the user, target device, tracking method and frame budget from the first prototype.
The target is standalone XR hardware
Design visual systems and content around the performance limits of devices such as Meta Quest.
Controllers are not the right interface
Explore hand tracking and direct interaction where the use case benefits from natural input.
The project is not a game
Build immersive training, simulation, product, presentation or interactive B2B experiences using the same realtime production discipline.
What we deliver
From interaction prototype to deployable immersive application.
The scope can focus on one interaction, a technical prototype or a broader XR experience.
VR / MR prototypes
Focused proofs for interaction, locomotion, spatial UI, hand tracking or immersive mechanics.
Meta Quest development
Standalone XR implementation designed around device capabilities and performance constraints.
Training & simulation
Interactive scenarios, guided workflows and realtime environments for non-game use cases.
Interactive realtime 3D
Product experiences, presentations and spatial applications where realtime interaction is the core medium.
Technology context
Choose the stack around the target device and interaction model.
XR implementation can combine engine systems, platform SDKs, tracking, realtime rendering and custom content workflows.
Meta Quest / OpenXR
Standalone VR/MR deployment, device capabilities and platform-aware interaction.
Unity
XR prototypes, interactive applications, Meta XR workflows and deployment.
Unreal Engine
High-fidelity realtime environments, interaction systems and XR-ready technical content.
Hand tracking
Direct interaction patterns where controller-free input is useful and technically appropriate.
How the work runs
Prototype interaction before polishing the world around it.
01 Define the use case
Identify user, hardware, physical context, input method and the action the experience must enable.
02 Prototype interaction
Test the riskiest interaction and comfort assumptions on the target class of hardware.
03 Build the experience
Integrate content, UI, feedback and application logic around the validated interaction model.
04 Optimize & deploy
Profile on target hardware and prepare the build for the intended distribution or deployment context.
Relevant work
XR work should be shown on the hardware it was built for.
XR work is presented through interaction, target device, constraints and realtime behavior where project material can be published.
Tri-State Ford VR Test Drive — Experience Behind Trueway
At 4Experience, Bartosz Rozmus designed and built the driving-level environment and optimized it for Google Daydream. The page keeps that employer and contribution context explicit.
Read Tri-State Ford VR case studyTechnical guide
Standalone XR performance is part of interaction design.
The selected Insight connects frame budget, overdraw, CPU/GPU cost and device validation to the experience decisions made for Meta Quest-class hardware.
Meta Quest VR Performance: A Practical Optimization Guide
A production-oriented guide to profiling and validating immersive performance on standalone hardware.
Read the XR performance guideRelated services
XR brings several realtime disciplines together.
Optimization
Performance profiling and content decisions for strict immersive frame budgets.
Explore optimizationGame Development
Interaction and realtime systems when the experience needs deeper application logic.
Explore game developmentTechnical Art
Rendering, shaders and content systems supporting the target hardware.
Explore Technical ArtTools & Automation
Production utilities for repeatable content and application workflows.
Explore toolsVR Optimization
Headset-specific profiling and performance work for immersive frame budgets.
VR OptimizationMeta Quest Development
Standalone Quest VR/MR development, interaction and hand tracking.
Meta Quest DevelopmentFAQ
XR & interactive questions.
Do you work with Meta Quest?
Yes. Meta Quest and standalone XR are useful target contexts for immersive applications, prototypes and performance-aware realtime work.
Can the project use hand tracking instead of controllers?
Yes when hand tracking fits the interaction and reliability requirements. It should be evaluated against the actual use case rather than treated as a universal replacement.
Do you build non-game XR applications?
Yes. Training, simulation, product experiences and interactive presentations are valid XR production targets.
Start a project
Need to validate or build an immersive experience?
Send the target device, audience, interaction idea and what the experience must let the user do.
Discuss XR / Interactive
A short use-case description and target hardware are enough to start defining the first prototype.
Discuss this service