Section 2A · 01
Microsoft — Copilot Vision & Contextual Intelligence
Technical Patent-Position Mapping — Australian Provisional Patent Application No. 2025906167
Microsoft's publicly documented Copilot Vision architecture provides a significant technical comparison with the visual, contextual and real-time assistance functions disclosed within the patent position.
The comparison is particularly relevant to the integration of:
- user-controlled visual input
- screen and camera perception
- visual information conversion and interpretation
- multimodal reasoning
- contextual grounding
- user/work context
- real-time response
- continuing follow-up interaction
- visual/procedural guidance
The analysis below maps each documented Microsoft function to the corresponding patent-position architecture and the supporting primary evidence.
Visual architecture comparison
Patent Position
Microsoft Copilot Vision
Visual Input
—
Shared Screen / Mobile Camera
↓
↓
Visual Characteristic Recognition
—
Visual Content Conversion
↓
↓
Multimodal / Contextual Interpretation
—
Copilot Analysis
↓
↓
Relevant Information Identification
—
Microsoft 365 Context / Work Data
↓
↓
AI Processing
—
AI Reasoning
↓
↓
Contextual Assistance
—
Real-Time Voice Guidance
↓
↓
Follow-Up Interaction
—
Continuing Questions
Functional architecture comparison based on disclosed patent functionality and publicly documented Microsoft functionality. Correspondence lines indicate functional alignment only and do not imply literal identity between software components.
Primary Microsoft functional mapping matrix
| ID | Patent-Position Function | Microsoft Function | Evidence | Assessment |
|---|---|---|---|---|
| MS-VIS-01 FP-01 | Visual / Environmental Capture | Copilot Vision — Screen and Camera Sharing | MS-EV-001 / MS-EV-004 | STRONG CORRESPONDENCE |
| MS-VIS-02 FP-02 / FP-03 | Visual Information Conversion & Machine Interpretation | Conversion of shared screen or camera content into analysable data | MS-EV-001 | STRONG CORRESPONDENCE |
| MS-VIS-03 FP-03 | Multimodal Interpretation | Vision combines visual content with other information available to Copilot | MS-EV-001 | STRONG CORRESPONDENCE |
| MS-VIS-04 FP-04 | Context-Aware Interpretation | Vision grounds responses using observed visual content plus additional context | MS-EV-001 | STRONG CORRESPONDENCE |
| MS-VIS-05 FP-04 / FP-14 | Contextual Grounding with User / Work Information | Copilot Vision + Microsoft 365 work data | MS-EV-001 / MS-EV-005 | SUBSTANTIAL CORRESPONDENCE |
| MS-VIS-06 FP-10 | Real-Time Assistance | Copilot Vision real-time analysis | MS-EV-002 / MS-EV-001 | STRONG CORRESPONDENCE |
| MS-VIS-07 FP-10 / FP-12 | Real-Time Voice Assistance | Copilot Vision + Copilot Voice | MS-EV-001 | STRONG CORRESPONDENCE |
| MS-VIS-08 FP-12 | Continuing Follow-Up Interaction | Continuing Copilot Vision conversation | MS-EV-001 | STRONG CORRESPONDENCE |
| MS-VIS-09 FP-04 / FP-20 | Multi-Application Context | Copilot Vision across multiple applications | MS-EV-003 | SUPPORTED TECHNICAL CORRESPONDENCE |
| MS-VIS-10 FP-11 / FP-13 | Visual Procedural Assistance | Copilot Vision Highlights | MS-EV-003 | STRONG FUNCTIONAL CORRESPONDENCE |
| MS-VIS-11 FP-13 | Step-by-Step Guidance | Vision positioned as a guide through tasks | MS-EV-003 | STRONG CORRESPONDENCE |
| MS-VIS-12 FP-01 / FP-16 / FP-20 | Observation Environment Coverage | Screen, application, webpage and camera/physical-environment context | MS-EV-004 / MS-EV-001 | STRONG ARCHITECTURAL CORRESPONDENCE |
SECTION 2A — SCREEN 01 OF 10