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Level 8 Physical OS

The Operating System for Autonomous Life.

AuraOS orchestrates digital, agentic, and physical environments. Built for developers, designers, and creators who require context-aware workflows, biometric telemetry, and sovereign off-grid automation.

Initialize SDK View Documentation
aura@os:~ $ check-system

> Loading AuraOS Kernel V2.0.1…

> Syncing neural vector-embeddings: SUCCESS

> Reading HRV baseline telemetry (84ms): ACTIVE

> Caching 8D spatio-temporal context: LOADED

> System status: SOVEREIGN (100% OPERATIONAL)

System Pillars

Deep Stack Intelligence

AuraOS integrates at three fundamental layers, translating neural intent into agent actions and physical telemetry.

⚙️

Agentic SDK

Build autonomous agents that manage complex workflows, read spatial telemetry, and update remote vector-embedded databases with minimum overhead.

🧠

Relational Context Caching

Maintains high-dimensional persistent memory across chat sessions, offline code editors, and physical haptic cabin displays.

🔌

Hardware Telemetry

Direct interface with solar charge controllers, battery arrays, circular water systems, and haptic printed glass panels.

Developer Toolkit

Built for the next age of application design.

Define agents, setup haptic hardware listeners, and bind local LLM endpoints with five lines of clean TypeScript. AuraOS provides native bindings to popular databases, telemetry streams, and WebRTC haptic channels.

  • Biometric Triggers: Automatically lock focus states or trigger cryotherapy recommendations based on HRV thresholds.
  • Sovereign Sync: Store telemetry in local SQLite databases, automatically syncing to private decentralized servers when back online.
  • Low Latency: Zero-overhead C-bindings to telemetry interfaces ensure reactive sub-10ms system responses.
agent.ts TypeScript 
import { AuraAgent, Telemetry } from '@auraos/sdk';

// Instantiate cognitive context-aware agent
const agent = new AuraAgent({
  name: 'Kyoto-Retreat-Agent',
  objective: 'Optimize baseline HRV for creative flow',
  constraints: { maxHeartRate: 85, focusHours: 4 }
});

// Listen to physical haptic cabin sensors
Telemetry.on('hrvChange', async (metrics) => {
  if (metrics.value < 65) {
    await agent.triggerAction('dolbyAtmosFrequencies', {
      hz: 432,
      volume: 0.15
    });
    await agent.cacheContext('Relaxation phase initialized');
  }
});

Ready to take control of your environment?

Download the initial SDK bundle or join the private alpha cohort to co-develop the future of agentic architecture.