Real-time 3D Knowledge Graphs Powered by AI Agent Swarms
Complex relationships are hidden, and insights are reactive, not proactive
Data scattered across documents, repos, and chats
Static tools fail to show complex connections
Asynchronous work lacks shared context
Finding insights requires time-consuming effort
Transform your private data into a dynamic 3D world
| Feature | VisionFlow | ChatGPT Pulse |
|---|---|---|
| Research Mode | ✓ Continuous real-time | ✗ Async daily |
| Data Source | ✓ Private corpus | ✗ Past chats only |
| Visualization | ✓ Interactive 3D | ✗ Static summaries |
| Collaboration | ✓ Human-in-loop | ✗ Passive delivery |
| Security | ✓ Self-sovereign | ✗ Third-party |
Render and interact with massive knowledge graphs (100k+ nodes) at fluid 60 FPS in 3D and immersive XR
Autonomous agent swarms constantly analyse your private data, discovering hidden patterns and surfacing novel insights
Multi-user, voice-first workspace where human experts and AI agents work together in shared virtual space
High-Performance Visualization
Fluid 60 FPS interaction with over 100,000 data points
40+ production CUDA kernels power physics, clustering and analytics
Explore data in true 3D on desktop or AR with Quest 3
Unique scale visualization for navigating massive datasets
Autonomous Agent Research System
A Shared Symbiotic Workspace
Dozens of users and hundreds of agents co-exist in same virtual space
Converse naturally with AI agents using Speech-to-Text/TTS
Each user maintains their perspective while staying in sync
See where team members and AI agents focus their attention
From code intelligence to scientific discovery
Teams and AI agents visualize, understand and refactor complex codebases together
Create a 'living brain' for your organization, surfacing hidden connections
Accelerate discovery by visualizing relationships in scientific literature
Monitor and analyze distributed systems in real-time 3D
Like ChatGPT Pulse for Your Private Knowledge
Deploy self-sovereign AI agents that continuously analyze your data