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Cortex Module Overview (mod.rs)
GD2BK1NG edited this page Jan 27, 2026
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The modular cognitive architecture of Syntra Kernel
The cortex module (cortex/mod.rs) defines the structure, lifecycle, and coordination of all cortex lobes.
It is the architectural hub that binds the cognitive subsystems into a coherent whole.
The cortex module answers the question:
“How do all the cognitive lobes fit together into a unified architecture?”
It provides:
- lobe registration
- lifecycle management
- message routing
- shared context
- cognitive loop integration
Initializes and registers all lobes:
- Perception
- Request
- Knowledge
- Memory
- Planning
- Nav
- Action
- Execution
- Reflection
- Evolution
- Meta‑Evolution
- Sandbox
- Maintenance
- UI Context
Ensures each lobe participates in:
- perception
- planning
- simulation
- action
- reflection
- evolution
Provides a unified interface for:
- agent messages
- lobe‑to‑lobe communication
- scheduler integration
Maintains:
- world‑model references
- memory handles
- UI context
- active intent
- execution state
Handles:
- initialization
- shutdown
- error recovery
- lobe restarts
- scheduler signals
- agent messages
- world‑model updates
- memory events
- external requests
- coordinated cognition
- lobe activation
- message dispatch
- cognitive loop progression
- Multi‑Agent Runtime — executes lobe tasks
- World‑Model Runtime — provides shared state
- Memory Engine — provides knowledge
- Constraint System — enforces safety
- ThoughtStream — logs cognitive activity
The cortex module is the architectural glue of Syntra Kernel.
It ensures that cognition is:
- modular
- coordinated
- extensible
- transparent
- stable
It is the structural backbone of the cognitive operating system.