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AdaptiveIntelligenceCircle/AIC-edgeOS

AIC-EdgeOS

AIC-EdgeOS is a local-first, adaptive operating system prototype derived from Adaptive OS,
designed to operate under constrained environments while preserving long-term correctness, self-defense, and ethical alignment.

This project is part of the Adaptive Intelligence Circle (AIC) ecosystem.

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1. Why AIC-edgeOS exists

Modern operating systems and AI systems share a common limitation:

  • They are largely logic-driven, not adaptive by design
  • They assume stable resources, centralized control, and continuous connectivity
  • They prioritize performance and scalability over survivability, trust, and rollback

In real-world environments — especially at the edge — systems must:

  • Operate locally, sometimes in isolation
  • Adapt to overload, partial failure, or malicious behavior
  • Maintain correctness without relying on large data centers
  • Make decisions under uncertainty with limited resources

AIC-edgeOS exists to explore a different foundation.


2. What AIC-EdgeOS is (and is not)

AIC-EdgeOS is

  • A branch implementation of Adaptive OS
  • A reference implementation of adaptive OS principles under constraints
  • Local-first, resource-aware, and survivable by design
  • Built around adaptive control loops, not static logic
  • Designed to integrate with introspection and behavioral reasoning systems (IBCS)

AIC-EdgeOS is not

  • A general-purpose replacement for Linux
  • A commercial OS product
  • A model-centric AI system
  • A cloud-dependent platform
  • A performance benchmark project

3. Relationship to Adaptive OS

Adaptive OS (meta-level)
│
├── Edge OS (local-first, constrained)
├── Cloud OS (nếu có, sau này)
├── Embedded / Civic OS (rất xa)
  • Adaptive OS defines what must exist
  • AIC-EdgeOS demonstrates how it can exist under constraints

If AIC-edgeOS succeeds, it validates Adaptive OS principles.
If it fails, Adaptive OS itself is not invalidated.


4. Core Design Principles

  1. Adaptation before optimization
  2. Local correctness over global efficiency
  3. Rollback is a first-class primitive
  4. Trust is dynamic, not binary
  5. Behavior is observable and introspectable
  6. Failure is expected, not exceptional
  7. Ethics are architectural, not policy-only

5. High-level Architecture

At its core, AIC-EdgeOS follows an adaptive loop:

Sense → Evaluate → Decide → Act → Verify → Rollback (if needed)

This loop operates continuously at the OS level, not as an external controller.


6. Project Structure

AIC-EdgeOS/
│
├── README.md
├── LICENSE
│
├── docs/
│ ├── philosophy.md # Core ideas and ethical foundations
│ ├── architecture.md # System-level architecture
│ ├── threat_model.md # Assumed failures and adversarial conditions
│ └── roadmap.md # Evolution plan (non-marketing)
│
├── core/
│ ├── adaptive_kernel.h # Adaptive OS kernel contract
│ ├── adaptive_kernel.cpp
│ ├── control_loop.h # Sense → Decide → Act loop
│ ├── control_loop.cpp
│ └── state_snapshot.h # State representation & versioning
│
├── scheduler/
│ ├── adaptive_scheduler.h
│ └── adaptive_scheduler.cpp
│
├── trust/
│ ├── trust_engine.h # Dynamic trust evaluation
│ ├── trust_engine.cpp
│ └── policy.h
│
├── rollback/
│ ├── rollback_engine.h # State rollback & recovery
│ └── rollback_engine.cpp
│
├── introspection/
│ ├── introspection_hook.h # Hooks for IBCS integration
│ └── introspection_hook.cpp
│
├── runtime/
│ ├── task_context.h
│ ├── execution_guard.h
│ └── execution_guard.cpp
│
├── simulation/
│ ├── fault_injector.cpp # Failure and overload simulation
│ └── behavior_test.cpp
│
└── tests/
├── unit/
└── scenario/

7. Interaction with IBCS

AIC-EdgeOS is designed to expose introspection points, not to embed reasoning logic directly.

  • OS executes
  • OS observes itself
  • IBCS interprets behavior
  • Decisions remain bounded by OS safety contracts

This separation prevents:

  • Self-referential instability
  • Unbounded policy mutation
  • Ethical drift

8. Intended Use Cases

  • Edge devices in unreliable environments
  • Research on adaptive operating systems
  • Experiments in trust-based execution
  • Educational systems research
  • Decentralized and civic computing exploration

9. Non-goals

To avoid ambiguity, AIC-EdgeOS explicitly does not aim to:

  • Compete with existing OS ecosystems
  • Maximize throughput or benchmark scores
  • Replace human governance
  • Automate moral decisions without oversight

10. Status

Early research and prototype stage.

Stability, APIs, and internal contracts are expected to evolve.

Backward compatibility is not guaranteed at this stage.


11. Philosophy

AIC-EdgeOS is developed under the belief that:

Systems that cannot adapt ethically under constraint
will eventually fail socially, not just technically.


12. License

This project is released under the GNU GPL-3.0.
See LICENSE for details.


13. A note from the founder

AIC-EdgeOS is not built to win a race.
It is built to remain correct when races distort judgment.

If you are looking for speed, this may not be for you.
If you are looking for foundations, welcome.

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Adaptive OS + Driver Introspective Proxy + AIForDriver.

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