UNAVI Nexus represents the next evolutionary step in spatial computing infrastructure—a decentralized protocol for persistent identity, asset continuity, and interaction frameworks across heterogeneous spatial environments. Imagine your digital presence as a constellation that maintains its configuration regardless of which virtual planet it orbits. This system enables what we term "spatial persistence"—the maintenance of identity, preferences, and digital assets across disparate spatial platforms without centralized control.
Unlike conventional virtual identity systems that tether users to specific platforms, UNAVI Nexus functions as an interoperable layer that spatial applications can integrate, allowing users to carry their digital essence across experiences. Think of it as diplomatic immunity for your digital self—a sovereign identity recognized across virtual territories.
- Node.js 20+ or Bun 1.2+
- Spatial computing device (VR/AR headset optional for development)
- Web3 wallet for identity management (optional for basic functionality)
Direct Download:
Package Manager Installation:
# Using npm
npm install unavi-nexus --save
# Using yarn
yarn add unavi-nexus
# Using bun
bun add unavi-nexusDocker Deployment:
docker pull unavixyz/nexus-core:latest
docker run -p 8080:8080 unavixyz/nexus-coregraph TB
subgraph "Spatial Layer"
A[User Identity Constellation] --> B[Nexus Core Protocol]
B --> C{Interaction Router}
C --> D[Spatial Application A]
C --> E[Spatial Application B]
C --> F[Spatial Application C]
end
subgraph "Persistence Layer"
G[Decentralized Storage] --> H[Identity Graph]
I[Preference Matrix] --> J[Asset Registry]
H --> B
J --> B
end
subgraph "Integration Layer"
K[Web3 Identity Providers] --> B
L[Traditional Auth] --> B
M[Biometric Systems] --> B
end
D --> N[Consistent User Experience]
E --> N
F --> N
- Sovereign Identity Framework: Maintain control over your digital presence across platforms
- Attribute-Based Permissions: Granular control over what spatial applications can access
- Pseudonymity Spectrum: Choose between verified, pseudonymous, or anonymous modes per interaction
- Asset Portability: Digital objects maintain properties across spatial environments
- Preference Synchronization: Interface preferences, control schemes, and accessibility settings persist
- Social Graph Preservation: Relationships and social connections transcend platform boundaries
- Context-Aware Behaviors: Digital presence adapts to different spatial contexts
- Gesture & Voice Command Unification: Consistent interaction paradigms across platforms
- Predictive Presence Loading: Anticipatory loading of assets based on spatial trajectory
- Zero-Knowledge Spatial Proofs: Verify spatial claims without revealing location data
- Selective Disclosure Framework: Share only necessary identity attributes
- Revocable Consent Model: Temporal permissions that expire automatically
identity:
primaryHandle: "stellar-explorer-7b3"
verificationLevel: "pseudonymous-plus"
homeConstellation: "Orion-42"
preferences:
spatial:
defaultScale: "human-natural"
personalBubbleRadius: 1.2
gestureSensitivity: 0.85
voiceCommandLanguage: "en-adaptive"
accessibility:
motionSicknessProfile: "comfort-plus"
colorVisionMode: "tritanopia-enhanced"
spatialAudioFocus: "directional-enhanced"
assets:
portableObjects:
- id: "quantum-journal-88f"
type: "persistent-tool"
permissions: "full-owner"
- id: "holographic-badge-a2c"
type: "achievement-marker"
permissions: "display-only"
connections:
trustedPlatforms:
- "Nebula-Realm"
- "Aether-Space"
- "Chrono-Verse"
socialBridges:
- protocol: "nexus-social-v2"
connection: "constellation-graph"# Initialize a new spatial identity constellation
nexus init --profile="explorer" --constellation="hydra"
# Link an existing spatial asset to your identity
nexus asset link --id="quantum-tool-xyz" --type="utility" --permissions="contextual"
# Generate a spatial proof for platform verification
nexus proof generate --claim="experience-level" --value="advanced" --zk=true
# Bridge identity to a new spatial platform
nexus bridge establish --platform="aether-space" --permissions="selective"
# Monitor spatial presence across platforms
nexus monitor --live --format="constellation-map"| Platform | Status | Notes |
|---|---|---|
| 🪟 Windows Mixed Reality | ✅ Fully Supported | DirectX 12 Ultimate recommended |
| 🍎 VisionOS | ✅ Native Support | Requires visionOS 3.0+ |
| 🐧 Linux OpenXR | ✅ Community Supported | Best with Mesa drivers 24.0+ |
| 🤖 Android ARCore | ✅ Mobile Optimized | Reduced feature set for mobile |
| 🍎 iOS ARKit | ✅ Mobile Optimized | Spatial audio enhancements |
| 🌐 WebXR | ✅ Browser Based | Progressive enhancement model |
| 🔧 SteamVR | Through OpenXR translation | |
| 🎮 PlayStation VR2 | 🔄 In Development | Expected Q3 2026 |
import { NexusAI } from 'unavi-nexus/ai';
const spatialAssistant = new NexusAI({
provider: 'openai',
model: 'gpt-4-spatial',
capabilities: ['context-summarization', 'intent-prediction', 'gesture-interpretation']
});
// Analyze spatial context and suggest identity adaptations
const adaptation = await spatialAssistant.analyzeContext({
environment: 'ceremonial-space',
socialDensity: 'high',
culturalContext: 'formal'
});import { NexusReasoner } from 'unavi-nexus/reasoning';
const interactionReasoner = new NexusReasoner({
provider: 'anthropic',
model: 'claude-3-spatial-2026',
reasoningDepth: 'extended'
});
// Generate ethical interaction guidelines for complex spatial scenarios
const guidelines = await interactionReasoner.generateProtocols({
scenario: 'cross-cultural-business-meeting',
participants: 8,
privacyRequirements: 'strict'
});- Corporate Identity Layers: Separate professional and personal spatial presence
- Team Coordination Spaces: Persistent collaborative environments
- Compliance-Aware Configuration: Automatic adaptation to regional digital laws
- SDK for Major Engines: Unity, Unreal, Godot, and Three.js integrations
- Spatial Behavior Templates: Pre-built interaction patterns
- Analytics Dashboard: Understand cross-platform user behavior
| Metric | Target | Current (v2.0.0-alpha) |
|---|---|---|
| Identity Resolution | < 50ms | 42ms |
| Cross-Platform Sync | < 200ms | 165ms |
| Spatial Proof Generation | < 100ms | 88ms |
| Asset Portability | < 300ms | 275ms |
| Concurrent Identities | 10,000+ | 8,500 |
| Daily Transactions | 1M+ | 850K |
- Quantum-resistant identity proofs
- Neural interface calibration protocols
- Multi-sensory asset encoding
- Inter-protocol federation system
- Temporal identity versioning
- Emotion-resonant spatial adaptation
- Legacy virtual world migration tools
- Biological-digital presence synchronization
- Dream-state spatial recording (experimental)
- Self-sovereign identity consensus
- Post-quantum spatial cryptography
- Pan-dimensional presence theory implementation
We welcome contributions to the spatial internet infrastructure. Please review our contribution guidelines before submitting pull requests. Areas of particular interest include:
- Protocol Extensions: New spatial interaction patterns
- Privacy Enhancements: Advanced cryptographic approaches
- Accessibility Innovations: Making spatial computing universally accessible
- Interoperability Bridges: Connections to emerging spatial platforms
This project is licensed under the MIT License - see the LICENSE file for details. The license grants permission for commercial use, modification, distribution, and private use with the requirement that the original copyright and license notice be included in all copies or substantial portions of the software.
UNAVI Nexus is experimental software for spatial computing infrastructure. Users should be aware that:
-
Experimental Nature: This software represents cutting-edge research in decentralized spatial identity and may contain unconventional approaches to digital presence management.
-
Spatial Risks: When integrating with immersive environments, ensure proper physical space and consider potential disorientation effects during identity transitions between platforms.
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Identity Sovereignty: This system enables unprecedented control over digital presence, which carries corresponding responsibility for identity management and security.
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Emergent Behaviors: Complex systems of decentralized spatial identity may exhibit unexpected emergent properties not anticipated during development.
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Regulatory Landscape: Spatial computing regulations are evolving rapidly across jurisdictions. Compliance with local digital identity laws remains the responsibility of implementers.
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Long-term Persistence: While designed for longevity, the permanence of decentralized spatial identities across decades cannot be guaranteed given technological evolution.
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Ethical Considerations: The ability to maintain consistent identity across disparate spatial contexts raises novel ethical questions about authenticity, accountability, and digital continuity.
Additional Resources:
UNAVI Nexus is part of the broader spatial internet infrastructure movement. This implementation represents one constellation in a growing galaxy of interoperable spatial protocols. Last updated: January 2026