CanorOS

This project is part of the Canor Infinitum FOSS Projects and is licensed under the GNU AGPL v3.0-or-later.

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Ecosystem Integration

CanorOS™ is the AI-first Real-Time Operating System scheduler for the vibe-coding ecosystem. It runs natively on the physical hardware and schedules execution cycles for AetherAI code generation, Follow state evaluation, and Envoy verification.

+-------------------------------------------------------------------+
|                         ECONOMIC LAYER                            |
|                 Digital Nomadica™ (Marketplace)                   |
+-------------------------------------------------------------------+
|                         SECURITY LAYER                            |
|                   Envoy™ (Execution Governance)                   |
+-------------------------------------------------------------------+
|                        INFERENCE LAYER                            |
|             FollowerInstinct™ (Math/Physics Engine)               |
+-------------------------------------------------------------------+
|                          DATA LAYER                               |
|            FollowDB™ (Temporal & Semantic Persistence)            |
+-------------------------------------------------------------------+
|                          LOGIC LAYER                              |
|          Follow™ (Reactive/Symbolic Meta-Programming)             |
+-------------------------------------------------------------------+
|                          AGENT LAYER                              |
|            AetherAI™ / OverlayAI™ (Agent Runtime)                 |
+-------------------------------------------------------------------+
|                           OS LAYER                                |
|           CanorOS™ (AI-first Real-Time Operating System)          |
+-------------------------------------------------------------------+
|                         PHYSICAL LAYER                            |
|             IoT Sensors / Embedded & Quantum Sensors              |
+-------------------------------------------------------------------+

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Core Capabilities

1. AI-First Scheduling: The scheduler natively recognizes agent states and priorities, optimizing execution loops for neural inference and symbolic state-tree traversal.
2. Larmor-Clock Synchronization: Employs sub-atomic timing alignment to orchestrate threads across synthetic and biological substrates.
3. Hardware Abstraction: Integrates and processes high-resolution signals from physical sensors (IoT, embedded, and quantum gravity devices) to provide input frames for the physics engine (FollowerInstinct).
4. Execution Governance Integration: Restricts kernel-level execution states using validation parameters supplied by Envoy.