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XR platform family / Conversation runtime

XR Conversation Simulator

Repeatable conversation practice should not depend on a dedicated simulation lab.

This record covers the browser-based conversation runtime within the XR platform family, from voice input and scenario progression to analysis and multi-device delivery. It is not presented as the same system as XR Content Platform unless a shared implementation is verified.

Status
Active
Evidence
Documented
Ownership
To confirm
Start a platform conversation
  1. 01
    Operating problem

    Operating setting

  2. 02
    What stays shared

    Shared and configured

  3. 03
    What it enables

    What the system handles

  4. 04
    How it connects

    Systems and handoffs

  5. 05
    How it enters use

    Adoption path

  6. 06
    What is verified

    What is verified

01 / The operating problem

Conversation practice needs repetition, response and a credible setting.

The source describes a web-based system for voice-driven simulations without a complex installation path. Learners enter a scene, speak and continue through a dynamic exchange. Educators or institutions still need to define the learning objective, the scenario and the conditions under which speech is processed.

Participants

Shared operating layerXR Conversation Simulator

A browser-based simulation layer joining voice input, speech analysis and a dynamic scene.

Hover or focus to inspect. Click to hold.

System outcomes

Connected modules

  • 01Scenario runtime

    Runs the scene and its conversational states.

  • 02Voice interaction

    Captures speech through the browser experience.

  • 03Speech analysis

    Processes the documented speech signal.

  • 04Device delivery

    Adapts access across desktop, mobile and VR contexts.

02 / What stays shared

The shared layer is the conversation runtime, not one lesson.

The source supports a cross-device platform thesis. It does not establish how much scenario authoring, analysis or institutional control is shared today. Those boundaries need to be verified in a working environment.

01

Shared core

Browser scene, voice input and response loop

The documented foundation combines WebXR, Web Speech and dynamic scene-based simulation.
  • Browser runtime
  • Voice interaction
  • Speech analysis
  • Scene state
02

Configured layer

The learning situation and target device

Each implementation must define the scenario, language objective, scene content and device path.
  • Scenario content
  • Conversation path
  • Learning objective
  • Device profile
03

Connected environment

Browser, microphone and device APIs

The experience depends on browser support, audio access and the capabilities of each target device.
  • WebXR API
  • Web Speech API
  • Microphone input
  • Desktop, mobile or VR client
04

Implementation work

Content, privacy and compatibility

A real rollout must define scenario production, speech-data handling, browser coverage and support.
  • Scenario production
  • Speech-data policy
  • Browser testing
  • Support ownership

03 / What the platform enables

The capability set follows the learner from access to simulated exchange.

  • AccessBrowser-based deliveryLearner

    The experience can be opened without a separate installation path.

    documented
  • ConversationVoice interactionLearner

    Spoken input can drive the documented simulation in real time.

    documented
  • AnalysisSpeech analysisLearning system

    The source describes analysis of the learner speech signal.

    documented
  • SimulationDynamic scenesLearner

    Practice can take place inside a changing scene-based context.

    documented
  • DeliveryDesktop, mobile and VR supportLearning team

    One platform direction can address several device contexts.

    documented

04 / How it connects

The browser is the integration boundary.

Inbound

  • Microphone inputVoice interaction through the Web Speech API is part of the documented system.confirmed
  • Scenario contentDynamic scenes are documented, while the authoring source and format are not described.implementation-specific

Platform responsibility

  • Browser session
  • Voice capture
  • Speech analysis
  • Conversation state
  • Scene response

Outbound

  • Desktop, mobile or VR sceneThe source names all three delivery contexts.confirmed
  • Learning record or reportNo LMS, reporting or analytics integration is defined in the current source.open

05 / How it enters use

One scenario, one browser matrix and one clear speech-data boundary.

  1. 01Scope

    Choose one conversation, learning objective and accountable learning team.

  2. 02Configure

    Define the scene, conversation path, speech behavior and target devices.

  3. 03Connect

    Confirm browser APIs, microphone access and any required learning-system handoff.

  4. 04Validate

    Run the scenario across the agreed browsers and speech conditions.

  5. 05Operate

    Assign content updates, privacy review, compatibility testing and support.

WebXR and Web Speech describe the technical direction, not a guaranteed device matrix. Browser support, language coverage, speech processing, storage, privacy, accessibility and institutional reporting all require explicit review.

06 / What is verified

The runtime model is documented. A reviewable simulation is the next proof.

documented

Browser-based XR and voice architecture

The source names WebXR API and Web Speech API as the basis of the platform.

Source
platforms-v2.md
Limit
It does not identify supported browser versions, languages or a running environment.
documented

Cross-device delivery direction

Desktop, laptop, mobile and VR use are included in the platform description.

Source
platforms-v2.md
Limit
Device compatibility and equivalent behavior have not been verified in the supplied material.
documented

Voice-led dynamic simulation

Voice interaction, speech analysis and dynamic scenes are described as one experience.

Source
platforms-v2.md
Limit
No artifact, analysis output or learning result is supplied as evidence.

Ownership and access

How the platform enters a real engagement

  • Ownershipopen
    To confirm

    The source does not define platform ownership or the reusable intellectual-property boundary.

  • First engagementdefined
    One-scenario discovery

    Start with one learning objective, one target language and a defined browser and device matrix.

  • Commercial and service modelimplementation-specific
    Implementation-specific

    Licensing, hosting, speech services, content production, support and pricing are not established.

Next step

Bring one conversation worth practising.

The useful first scope is a single scenario with an accountable educator, a defined device path and explicit speech-data rules.

Start a platform conversation

XR Conversation Simulator is presented at a documented evidence level. Ownership, current modules, browser and language support, speech-data handling, accessibility, hosting, support and commercial terms require confirmation.