Byond R
KREN

Case study

02

XR-based Driver Climate Comfort System Simulation

XR-based Driver Climate Comfort System Simulation

XR-based Driver Climate Comfort System Simulation

Introduction

XR-based Driver Climate Comfort System Simulation

Introduction

ByondR developed an XR-based interactive simulation to visualize and validate the Driver Climate Comfort System (DCW) within a virtual automotive environment.

The solution enables intuitive examination of HVAC logic, UI/UX behavior, and system responses prior to physical prototyping, providing a realistic 3D cabin space for early functional verification.

ByondR developed an XR-based interactive simulation to visualize and validate the Driver Climate Comfort System (DCW) within a virtual automotive environment.

The solution enables intuitive examination of HVAC logic, UI/UX behavior, and system responses prior to physical prototyping, providing a realistic 3D cabin space for early functional verification.

ByondR developed an XR-based interactive simulation to visualize and validate the Driver Climate Comfort System (DCW) within a virtual automotive environment.

The solution enables intuitive examination of HVAC logic, UI/UX behavior, and system responses prior to physical prototyping, providing a realistic 3D cabin space for early functional verification.

Client

Automotive OEM

Automotive OEM

NeedsClient

Use Case

Use Case

In-Vehicle HMI Simulation

In-Vehicle HMI Simulation

In-Vehicle HMI Simulation

Experience intuitive, real-time interaction with in-vehicle interfaces through immersive simulation.

Experience intuitive, real-time interaction with in-vehicle interfaces through immersive simulation.

Experience intuitive, real-time interaction with in-vehicle interfaces through immersive simulation.

Climate Control UX Validation

Climate Control UX Validation

Climate Control UX Validation

Validate climate control interactions in a realistic, user-centered virtual environment.

Validate climate control interactions in a realistic, user-centered virtual environment.

Validate climate control interactions in a realistic, user-centered virtual environment.

Functional Interaction Prototyping

Functional Interaction Prototyping

Functional Interaction Prototyping

Rapidly prototype and test functional interactions in a realistic virtual environment.

Rapidly prototype and test functional interactions in a realistic virtual environment.

Rapidly prototype and test functional interactions in a realistic virtual environment.

3D Scenario-Based Automotive Feature Review

3D Scenario-Based Automotive Feature Review

3D Scenario-Based Automotive Feature Review

Evaluate automotive features in immersive 3D scenarios that mimic real driving conditions.

Evaluate automotive features in immersive 3D scenarios that mimic real driving conditions.

Evaluate automotive features in immersive 3D scenarios that mimic real driving conditions.

Technology

  • Apple Vision Pro XR

  • Unity Engine

  • 3D UI/UX Prototyping

  • Interactive State Machine

  • Animation System

  • Real-time Scenario Variations

  • 3D Environment Rendering

  • Apple Vision Pro XR

  • Unity Engine

  • 3D UI/UX Prototyping

  • Interactive State Machine

  • Animation System

  • Real-time Scenario Variations

  • 3D Environment Rendering

  • Apple Vision Pro XR

  • Unity Engine

  • 3D UI/UX Prototyping

  • Interactive State Machine

  • Animation System

  • Real-time Scenario Variations

  • 3D Environment Rendering

About

The project visualizes the driver climate comfort system (DCW) with a 3D XR interface, enabling interactive verification of temperature, airflow, and mode-switching logic within a virtual cabin environment.

It provides a realistic, touch-based UX that simplifies complex automotive HVAC behavior into an intuitive, easily reviewable simulation experience.

The project visualizes the driver climate comfort system (DCW) with a 3D XR interface, enabling interactive verification of temperature, airflow, and mode-switching logic within a virtual cabin environment.

It provides a realistic, touch-based UX that simplifies complex automotive HVAC behavior into an intuitive, easily reviewable simulation experience.

The project visualizes the driver climate comfort system (DCW) with a 3D XR interface, enabling interactive verification of temperature, airflow, and mode-switching logic within a virtual cabin environment.

It provides a realistic, touch-based UX that simplifies complex automotive HVAC behavior into an intuitive, easily reviewable simulation experience.

Business Impact

Business Impact

The XR prototype significantly reduces the time and cost required for physical mockups by allowing stakeholders to validate UI behavior and system responses in an immersive environment.

It enables faster decision-making across design, engineering, and product teams, supporting earlier error detection and improved development efficiency.

The XR prototype significantly reduces the time and cost required for physical mockups by allowing stakeholders to validate UI behavior and system responses in an immersive environment.


It enables faster decision-making across design, engineering, and product teams, supporting earlier error detection and improved development efficiency.

The XR prototype significantly reduces the time and cost required for physical mockups by allowing stakeholders to validate UI behavior and system responses in an immersive environment.


It enables faster decision-making across design, engineering, and product teams, supporting earlier error detection and improved development efficiency.