🚀 R.A.I.S.E. Open Core Framework

Rationalized Advanced Intelligence System Engine. Sovereign Infrastructure and "Local-First" Architecture for Critical Engineering.

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📢 Project Status: v0 [Archive / Conception Phase Complete]

Note

Completion of Initial Conception Phase (v0): This repository marks the culmination of six months of R&D focused on the RAISE core infrastructure and its foundational cognitive block.

• Repository Status: This repository is now archived as the historical "Open Core" foundation and is maintained in read-only mode for reference.
• v1 Transition: Active development has transitioned to a new dedicated repository for v1. All future features and roadmap updates will be managed there.
• Intellectual Property: In accordance with our licensing model, only the generated framework code is open-source. SysML schemas, internal databases, and specialized cognitive blocks remain proprietary intellectual property.

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Important

🌟 UPDATE v0.3.0 (Architecture Shift): RAISE has solidified its foundation as an Open Core Framework. This repository contains the highly secure infrastructure chassis (Rust, Wasm, Tauri). Cognitive intelligence modules, multi-agent solvers, and proprietary business logic are designed to be plugged into this public core via strict, isolated interfaces.

💡 Vision: Sovereign Critical Engineering

In critical engineering (Aerospace, Defense, Energy), sovereignty, data integrity, and strict decoupling are non-negotiable. RAISE provides a modern infrastructure aligning with Industry 4.0 standards (MBSE 2.0, SysML v2, RAMI 4.0) through a 100% Air-Gap capable architecture.

The public framework acts as an impenetrable shield and orchestrator, ready to host specialized cognitive engines without compromising the host system.

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🗺️ Architecture Overview

The following diagram illustrates the strict decoupling between the public infrastructure (Open Core) and the isolated abstraction layers designed to host proprietary cognitive engines.

flowchart TB
    subgraph ClientLayer ["🖥️ Client Interfaces (Multi-Target Deployments)"]
        direction LR
        CLI["raise-cli<br/>(DevSecOps / CI Automation)"]
        UI["raise-desktop<br/>(Tauri Secure Native UI)"]
        EDGE["raise-edge<br/>(Embedded / Tactical Systems)"]
    end

    subgraph CoreLayer ["🛡️ raise-core (Rust Immutable Infrastructure)"]
        direction TB
        KERNEL["Micro-Kernel<br/>(Async Orchestrator)"]
        DB["json_db<br/>(Handle-Based Integrity)"]
        MBSE["model_engine<br/>(SysML v2 / Arcadia)"]
        RULES["rules_engine<br/>(Deterministic Logic)"]

        KERNEL <--> DB
        KERNEL <--> MBSE
        KERNEL <--> RULES
    end

    subgraph IsolationLayer ["🧩 Abstraction & Sandboxing Layer"]
        direction TB
        WASM["Wasm Runtime<br/>(Isolated Plugin Execution)"]
        STUBS["Cognitive Stubs<br/>(ai, agents, genetics APIs)"]
        WASM <--> STUBS
    end

    subgraph PrivateIP ["🔒 Proprietary Business Logic (Air-Gapped)"]
        COGNITIVE["Private Cognitive Block<br/>(Enterprise IP, LLM, Rulesets)"]
    end

    %% Routing
    CLI --> KERNEL
    UI --> KERNEL
    EDGE --> KERNEL

    KERNEL <--> WASM
    
    %% Strict API Contract boundary
    STUBS -. "Strict Schema Contracts" .-> COGNITIVE

    %% Styling
    classDef core fill:#003366,stroke:#00AEEF,stroke-width:2px,color:#fff;
    classDef client fill:#1e293b,stroke:#64748b,stroke-width:1px,color:#fff;
    classDef isolate fill:#0f172a,stroke:#f59e0b,stroke-width:2px,stroke-dasharray: 5 5,color:#fff;
    classDef privateIP fill:#7f1d1d,stroke:#ef4444,stroke-width:2px,color:#fff;

    class KERNEL,DB,MBSE,RULES core;
    class CLI,UI,EDGE client;
    class WASM,STUBS isolate;
    class COGNITIVE privateIP;

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🏗️ Architectural Pillars (Zero-Debt Implementation)

1. Absolute Data Integrity (Handle-Based DB)

RAISE abandons fragile internal identifiers.

• Deterministic Relationships: The internal json_db engine strictly utilizes explicit Handles instead of volatile _id or auto-generated UUIDs.
• Strict Data Agents: Data agents operate exclusively with explicit schema arguments to guarantee end-to-end data validation.

2. The Fortress Dogma (Rust Core)

The engine is built on Rust to ensure absolute memory safety and high-performance topological simulation.

• Production Purity: RAISE enforces a strict zero-tolerance policy for testing artifacts. Absolutely no test conditions are included in production code. The runtime is pure, deterministic, and industrial-grade.
• Asynchronous Micro-Kernel: Efficient orchestrator built to handle non-blocking messages across highly decoupled modules.

3. Wasm Sandboxing & Extensibility

How do we execute proprietary, critical AI models safely?

• Isolated Plugins: Extensibility is managed through WebAssembly (Wasm) sandboxes. This protects the core runtime from plugin panics or memory leaks.
• Cognitive Stubs: The src/ directory includes abstract interfaces (ai, agents, genetics, blockchain). These are pure structural contracts (APIs/Traits) waiting to be implemented by private, domain-specific intellectual property.

4. Context-Aware Toolchain (DevSecOps)

• raise-desktop: A secure, lightweight, native user interface powered by Tauri.
• raise-cli: Designed for CI/CD automation. Smart Fallback: By default, if the --domain or --db arguments are not explicitly specified during a command, the CLI automatically falls back to the current_domain and current_db of the active session.

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📂 Repository Topology

raise/
├── raise-cli/        # DevSecOps command-line automation
├── raise-desktop/    # Tauri-based secure local interface
├── raise-edge/       # Lightweight deployments for constrained environments
└── raise-core/       # The Core Infrastructure
    └── src/
        ├── kernel/           # Core orchestrator
        ├── json_db/          # Handle-based local data store
        ├── rules_engine/     # Deterministic logical validation
        ├── model_engine/     # MBSE 2.0 / SysML v2 data structures
        ├── plugins/          # WebAssembly isolation layer
        ├── code_generator/   # Ast-to-Source code weaving
        └── [ai/ agents/]     # API Stubs for future cognitive extensions

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🛡️ Sovereignty & Trust

• Local-First / Offline-First: Zero dependency on external SaaS or Cloud APIs. The entire infrastructure is designed to operate in highly classified, completely disconnected zones.
• Zero-Trust Ready: Verification at every step, enforced by the schema-driven data agents and immutable state management.

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🚀 Getting Started

1. Clone the Sovereign Core

git clone https://github.com/Condorcet-Continuum/raise.git
cd raise

2. Build the DevSecOps CLI

cd crates/raise-cli
cargo build --release

3. Launch the Secure Desktop Environment (Tauri)

cd crates/raise-desktop
npm install
cargo tauri dev

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