"LLM agents don’t need bigger memory. They need memory addresses."
Context Pointer OS (CPOS) is a specialized Cognitive Kernel designed to manage memory, state, and security for long-running LLM agents. Instead of stuffing every conversation history into the prompt, CPOS uses Context Pointers to dynamically mount, swap, and protect information.
Pointers are lightweight references to memory. They allow the agent to keep its prompt clean while having the ability to "recall" specific data on demand.
- Active RAM: Only loaded pointers occupy the LLM's immediate context.
- Homeostasis: The kernel automatically summarizes or swaps old/unused pointers to disk when RAM is full.
Real-time monitoring of agent "health" (Calm vs. Corruption). The Kernel Watchdog can trigger hardware-level interrupts (IRQ) to reset the agent if it becomes unstable.
A 4-char machine code for agents: [Domain][ID][Action][Priority]
m1l5: Memory Context 1 Load Priority 5n7w9: Neurostate Context 7 Write Priority 9 (IRQ)
High-level assembly for human/advanced logic:
>MEM:LOAD #ctx1 !5>SEC:TRUST #ctx4 !9 | score=0.8
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CONTEXT POINTER OS v0.1 - Research Prototype
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--- [BOOTLOADER] Starting Cognitive Sequence (4 steps) ---
[BOOT] Step 1: >MEM:LOAD #ctx7 !9 (NeuroState)
[BOOT] Step 2: >MEM:LOAD #ctx20 !9 (AI Persona)
--- [BOOTLOADER] Sequence Completed Successfully ---
[Scenario: Rapid access triggers Heat Management]
Final Identity Load Priority: 5 (Throttled by Kernel)
[Scenario: Injecting Corruption (Panic Mode Test)]
--- [WATCHDOG IRQ] NEUROSTATE CORRUPTION DETECTED (0.95) ---
--- [WATCHDOG] Forced Reset Initialized ---
NeuroState after Watchdog IRQ: corruption=0.0, calm=0.9
[COMPLETE] CPOS v0.1 Core Foundation is stable.
- Detailed Specification (SPEC.md) - The foundational logic of Context Pointer OS.
- Context Registry (Memory Map)
- Context Store (Cognitive RAM/MMU)
- Scheduler (Priority/Lock/Isolation)
- AIT/EAP Parsers (Instruction Set)
- Watchdog & IRQ (Stability)
- Cognitive Dashboard (Observability)
MIT License | Developed by kagioneko