AI-Driven Virtual 3D Environments
The Virtual Office Platform transforms how teams collaborate remotely by placing them in shared, interactive 3D environments. Unlike traditional video conferencing, users navigate as avatars through fully realized virtual spaces — offices, classrooms, meeting rooms — with functional web browsers rendered directly on 3D surfaces.
Key Features
- Embedded Browser Screens — Real web browsers rendered as textures on 3D monitors, whiteboards, and wall displays. Browse the web, share screens, and collaborate on documents — all within the 3D world.
- AI-Powered Agents — NPCs controlled by large language models (GPT-4, Claude) that serve as receptionists, tutors, note-takers, and assistants. They navigate the environment, interact with objects, and communicate naturally.
- Built-in Multiplayer — Torque3D's world-class networking stack supports 50-100+ concurrent users with low-latency state synchronization.
- Cross-Platform — Desktop (Windows, macOS, Linux), with mobile and web clients planned.
- Self-Hosted & White-Label — Companies deploy their own instances. Data never leaves their network.
Use Cases
Virtual Campus — Students attend classes in 3D lecture halls. Instructors broadcast their screen on a virtual projector. AI tutors roam the library helping students between classes.
Remote Office — Distributed teams work together in a shared 3D office. Walk to a colleague's desk instead of sending a Slack message. Each person has their own monitor with a private browser session.
Client Meetings — Customers enter a branded meeting room through an app or web link. Share designs, review proposals, and walk through 3D mockups — with an AI assistant taking notes.
Technology
Built on the Torque3D open-source game engine (MIT license) with two custom engine modules:
- browserRender — Integrates CEF (Chromium Embedded Framework) for off-screen browser rendering to GPU textures, mapped onto any 3D surface.
- aiBridge — TCP/JSON bridge connecting external AI services to the engine's AIPlayer system for autonomous NPC control, pathfinding, and browser interaction.
Security
- Room-based access permissions (public, private, locked)
- Browser content stays local — only texture pixels shared when presenting
- TLS encrypted networking
- Self-hosted deployment option for full data sovereignty