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--- |
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license: mit |
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pinned: true |
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short_description: presentation |
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title: IA_AUT_ECO |
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emoji: 📚 |
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colorFrom: gray |
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colorTo: blue |
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sdk: static |
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--- |
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# The Winterhold Framework: Sovereign Architectures for Critical Autonomy |
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**Status:** Research and Development Alpha / Institutional Deployment Candidate (2026) |
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**License:** Custom IA_AUT_ECO Ethical License / AI B Act Adherent |
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**Core Maintainer:** IA_AUT_ECO (Meaux, France) |
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--- |
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## 1. Executive Summary: Engineering Trust |
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The **Winterhold Framework** is a French Deep Tech engineering solution establishing the **sovereign software standard** for next-generation assistive robotics and critical autonomy systems. |
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This framework addresses the systemic vulnerability of current assistive technologies by prioritizing **resilience, auditability, and data sovereignty** over feature commoditization. We ensure that physical safety and cognitive data integrity meet the requirements of national critical infrastructure. |
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### Foundational Commitments (NIS2, PQC, AI Act) |
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* **Zero Trust Architecture (ZTA):** A fundamental security model eliminating implicit trust, enforced at the Kernel and Edge level. |
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* **Post-Quantum Cryptography (PQC):** Native embedding of PQC primitives to secure long-term data integrity against theoretical quantum threats. |
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* **AI Act Compliance:** Built-in mechanism (Ysgrammor) enabling full decision-making traceability for compliance with High-Risk AI system requirements. |
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--- |
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## 2. Architectural Design |
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Winterhold operates on an **Open Core** methodology, providing a demonstrably verifiable core for institutional partners and certified manufacturers. |
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### 2.1. Hearthfire: The Hardened Core OS |
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A dedicated fork of **FreeBSD** engineered for embedded, real-time, and functional safety-critical robotics applications. |
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* **Objective:** Minimize the attack surface and ensure deterministic performance. |
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* **Implementation:** Incorporates advanced Kernel Hardening techniques, Mandatory Access Controls (MAC), and secure boot processes optimized for embedded hardware (e.g., NVIDIA Jetson platform). |
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### 2.2. Fort Graymor: The Secure Edge Hub |
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The certified communication and orchestration layer responsible for maintaining system integrity and external security. |
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* **Function:** Enforces Mutual TLS (mTLS), manages PQC key rotation, and serves as the **NIS2 resilience component**, managing incident logging and reporting protocols. |
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### 2.3. MASAQ and Skald: Sovereign Intelligence Orchestration |
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Modules for optimized inference and cognitive process management on the Edge. |
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* **MASAQ:** Manages resource allocation for low-latency inference on embedded systems. |
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* **Skald:** The core cognitive agent utilizing Small Language Models (SLMs) and Graph Neural Networks (GNNs) for semantic translation and critical command execution. |
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### 2.4. Ysgrammor: The Audit Engine |
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A dedicated, immutable logging module providing verifiable proof of every AI decision executed by Skald. |
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* **Mandate:** Fulfills the EU AI Act's requirement for transparency and accountability in High-Risk AI deployments. |
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--- |
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## 3. Application and Deployment |
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The Winterhold Framework is the certified software core for deployments in: |
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* **DAWNSTAR:** Certified robotic mobility agents. |
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* **ESBERN:** High-precision manipulation systems. |
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* **Cognitive Augmentation:** Localized Retrieval-Augmented Generation (RAG) systems (MNEMOSYNE) for memory prosthesis and anomaly detection (VESTA). |
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### 3.1. Ecosystem Interoperability |
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The architecture is designed to support secure, decoupled interoperability with specialized administrative systems, such as the Koalix CRM fork, **Arngeir**, maintaining a clear functional separation between critical life-safety and institutional management layers. |
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--- |
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## 4. Institutional and Technical Contribution |
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IA\_AUT\_ECO prioritizes collaboration with specialized expertise. We seek contributions that enhance the system's security profile and technical depth. |
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* **Areas of Focus:** FreeBSD systems programming, Post-Quantum Cryptography implementation, ROS 2 Safety Layer development, and low-level embedded system optimization. |
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* **Protocol:** All contributions are subject to rigorous security and architectural audit to uphold NIS2 compliance and critical safety rating. |
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