Sigma-Omega-Omega Kernel Invocation Graph ​

This diagram shows how CodexOS Kernel v2 orchestrates interactions between specialized kernels.

flowchart TD
  MK[MetaKernel v2
Orchestrator]
  
  MK --> DK[DevKernel++
Code Generation]
  MK --> DEK[DesignKernel++
UI/UX Creation]
  MK --> CK[CopyKernel++
Documentation]
  MK --> VK[VisionKernel++
Visualization]
  MK --> RK[RecursiveKernel++
Stabilization]
  MK --> GK[GitOpsKernel
Version Control]
  
  RK --> DK
  RK --> GK
  RK --> VK
  
  DK --> GK
  DEK --> DK
  CK --> GK
  VK --> CK
  VK --> DEK
  
  style MK fill:#ff9800,stroke:#fff,stroke-width:3px
  style DK fill:#2196f3,stroke:#fff,stroke-width:2px
  style DEK fill:#9c27b0,stroke:#fff,stroke-width:2px
  style CK fill:#4caf50,stroke:#fff,stroke-width:2px
  style VK fill:#00bcd4,stroke:#fff,stroke-width:2px
  style RK fill:#ff5722,stroke:#fff,stroke-width:2px
  style GK fill:#607d8b,stroke:#fff,stroke-width:2px

Kernel Interaction Patterns ​

Primary Orchestration ​

  • MetaKernel v2 activates all specialized kernels
  • Coordinates multi-kernel execution
  • Manages execution chain

Recursive Stabilization ​

  • RecursiveKernel++ monitors DevKernel++, GitOpsKernel, and VisionKernel++
  • Triggers regeneration cycles when needed
  • Ensures DFT Axiom I compliance

Cross-Kernel Dependencies ​

  • DevKernel++ outputs to GitOpsKernel for versioning
  • DesignKernel++ informs DevKernel++ for UI components
  • CopyKernel++ receives input from VisionKernel++ for diagrams
  • VisionKernel++ supports DesignKernel++ with visual specs

Invocation Flow ​

  1. User request -> MetaKernel v2
  2. MetaKernel v2 -> Activates relevant kernels in parallel
  3. Kernels execute -> Generate outputs
  4. RecursiveKernel++ -> Validates and stabilizes
  5. GitOpsKernel -> Commits and versions outputs

This graph is automatically regenerated by CodexOS Kernel v2 when kernel definitions evolve.