hdar-canonical 1.0.1

Verifiable state continuity and provenance infrastructure for autonomous AI agents

HDAR & FileVM Passport Canonical Suite

Hardware-Detached Agent Runtime (HDAR) and FileVM Passport: A proof-carrying portable runtime identity system. Seal AI agents into content-addressed seed tokens, transport across any host, and resume with verifiable cryptographic lineage.

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⚡ Direct Colab Notebook Links

Click any button below to launch and execute the notebooks directly in Google Colab:

• 🚀 Launch HDAR Canonical Proof Notebook (12-Section Executable)
• 🌀 Launch MorphOS Unified Kernel Colab Notebook

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📁 Repository Contents

• hdar_canonical_proof.ipynb — 12-Section executable notebook testing 3-epoch continuation (Host A → Host B → Host C → Verifier D).
• hdar_portable.py — Single-file 3-Epoch migration engine & security tamper guard.
• verifier.js — Zero-dependency Node.js 20/20 cryptographic verifier.
• witnessed_transition_engine.py — TEE / Provider Execution Witness & Trace Merkle Proof Engine.
• landing.html — Dark-themed cryptographic landing page.
• morphos.py — MorphOS Unified Kernel Runtime.

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🛠 Quick Start in Terminal

# 1. Run the canonical 3-epoch migration test
python3 hdar_portable.py demo --out /tmp/hdar_demo

# 2. Run tamper-resistance audit (Attacks A, B, C)
python3 hdar_portable.py demo-failure --out /tmp/hdar_tampered

# 3. Run Node.js Cryptographic Verifier C
node verifier.js /tmp/hdar_demo