VR Simulation Platform
Immersive virtual reality simulation for training and educational applications
Project Overview
SharkByte developed an immersive VR simulation platform for training and educational applications. The system features realistic environments, interactive objects, and performance optimization for smooth VR experiences.
The project required expertise in VR rendering, input handling, and performance optimization to deliver a comfortable and realistic simulation experience on standalone and PC-tethered VR headsets.
Client
Independent Game Studio
Platforms
PC VR, Quest
Engine
Unity
Duration
6 months
The Challenge
Maintaining high frame rates (72fps+) required for comfortable VR experiences while rendering detailed interactive environments.
Implementing natural and intuitive VR interactions including grab, throw, and manipulation of objects in a physics-based simulation.
Optimizing for standalone VR hardware with limited processing power and battery constraints.
Our Approach
Implemented foveated rendering and dynamic resolution scaling for VR performance targets
Built physics-based interaction system with hand tracking support
Developed modular scene system for rapid creation of new training environments
Technology Stack
Unity
Engine
C#
Language
XR Interaction Toolkit
VR Framework
OpenXR
Standard
URP
Rendering
Burst Compiler
Optimization
Shader Graph
Visuals
Addressables
Asset Management
Results & Impact
Consistent VR frame rate
Motion-to-photon latency
Training environments built
The VR simulation platform SharkByte built exceeded our expectations. The level of polish, performance, and interaction quality made it an effective training tool that users genuinely enjoy using.
Building a VR Experience?
Let's discuss how we can help you create immersive virtual experiences