Digiphusion
Leading the AI Evolution

From Language to World Foundation Models

Discover the next generation of AI that understands and interacts with the physical world through our revolutionary World Context Protocol.

The WFM Evolution

Understanding the shift from text-based Language Foundation Models to embodied World Foundation Models

Language Foundation Models (LFMs)

Current AI systems trained primarily on text data

Strengths:

  • • Excellent language comprehension
  • • Code generation and text tasks
  • • Reasoning via text

Limitations:

  • • Lacks physical world grounding
  • • No persistent memory
  • • Limited situational awareness
World Foundation Models (WFMs)
Next Generation

AI systems that understand and interact with the physical world

Key Characteristics:

  • Multimodal Grounding: Vision, audio, sensors
  • Embodied Intelligence: Physical interaction
  • Temporal Continuity: Persistent memory
  • Internal World Models: Causal reasoning

World Context Protocol

The bridge between AI agents and the physical world

Multimodal Context

Structured protocols for handling vision, audio, sensors, and spatial state in real-time

Agent-Centric Design

Tracks agent position, goals, and capabilities within persistent world models

Continuous Interaction

Dynamic interaction loops with real-time feedback from world and self-monitoring

Experience the future of AI interaction with our interactive demo

Try the Demo Dashboard

Real-World Applications

See how WFMs and the World Context Protocol enable new possibilities

Household Robotics

Robots that learn to clean new rooms, understand verbal instructions, and remember object locations through persistent world models.

AR/VR Assistants

AI that understands human behavior patterns, emotional states, and environmental context for immersive experiences.

Autonomous Systems

Self-driving vehicles and drones that build detailed world models and make decisions based on physical causality.

Industrial Automation

Manufacturing systems that adapt to new environments and collaborate with human workers seamlessly.

Smart Cities

Urban AI systems that understand traffic patterns, environmental conditions, and human behavior for optimization.

Healthcare Robotics

Medical assistants that navigate hospital environments and understand patient needs through multimodal interaction.

Ready to Build the Future?

Join us in shaping the next generation of AI. Explore our platform, experiment with the World Context Protocol, and be part of the WFM revolution.