Technology Overview
Humanoid AI System Architecture & Core Capabilities
XPHI integrates perception, structured language interaction, and signal-based reasoning into a unified humanoid AI system engineered for controlled real-world evaluation environments.
Affective Signal Processing
Processes vocal tone, facial cues, and contextual signals to modulate interaction flow within defined operational constraints.
- Voice tone and prosody analysis
- Visual cue detection
- Context-aware response modulation
- Rule- and model-guided behavior mapping
Language Interaction System
Structured multi-turn conversational handling with bounded context awareness and deterministic safeguards.
- Multi-turn dialogue handling
- Context-aware generation
- Fallback and clarification strategies
- Session-bound state tracking
Perception Integration
Combines visual, spatial, and environmental signals to support interaction awareness in structured real-world environments.
- Visual scene interpretation
- Gesture and posture cue recognition
- Proximity-based awareness
- Environment-constrained perception models
Technical Documentation & Structured Capability Review
Architecture briefings available for qualified teams.