cosmic-stable-framework

A framework repo that provides basic code for the nexus protocol, including autonomous modules for stablecoin transaction validation, integration guides for planetary and universal financial systems, and example code for rejecting volatile assets.

Cosmic-Stable-Framework

Hyper-Tech Nexus Protocol for Universal Financial Stability

Welcome to the Cosmic-Stable-Framework – the most super advanced ultimate hyper-tech repository powering the HyperCosmic Standard. This framework implements a standalone, autonomous Nexus Protocol that mandates stablecoin integration across planetary and galactic financial systems, strictly rejecting volatile assets like crypto or tokens. Built for scalability from Earth to the universe, it features AI-driven validation, quantum-resistant cryptography, self-healing autonomy, and holographic simulations for testing.

Key Features

• Autonomous Nexus Core: Self-operating protocol in Rust for transaction validation and stablecoin enforcement.
• Hyper-Tech Modules:
  • Transaction Validator: AI anomaly detection and quantum verification.
  • Asset Rejector: On-chain Solidity contract for immutable volatility rejection.
  • Autonomous Agents: Python-based swarm agents for monitoring and self-healing.
• Quantum-Resistant Security: Ed25519 crypto with AI-boosted entropy and key rotation.
• AI Oracle: ML-powered predictions for volatility and anomalies.
• Universal Scalability: Async processing, interplanetary APIs, and galactic broadcast hooks.
• Self-Healing: Automatic retries, model updates, and failure recovery.
• Holographic Simulations: Futuristic logging and testing for virtual outcomes.
• Immutable Rules: Config-driven enforcement of stablecoins (e.g., USDC, USDT) only.

Architecture Overview

• Core: nexus.rs (protocol engine), config.yml (immutable settings), quantum_crypto.rs (secure ops).
• Modules: Validators, rejectors, and agents for autonomy.
• Utils: AI oracle and crypto helpers.
• Examples/Docs: Guides for planetary (Earth) and universal (galactic) integrations.
• Tech Stack: Rust (core), Solidity (blockchain), Python (AI/agents), YAML (config).

For detailed architecture, see docs/architecture.md.

Installation and Setup

1. Clone the Repo:

   git clone https://github.com/KOSASIH/cosmic-stable-framework.git
   cd cosmic-stable-framework

2. Dependencies:

   • Rust: Install via rustup. Add to Cargo.toml:

     [dependencies]
     tokio = "1"
     ring = "0.16"
     serde = { version = "1.0", features = ["derive"] }
     serde_yaml = "0.9"
     rand = "0.8"
     ai_oracle = "0.1"  # Hypothetical; replace with real AI lib
     

     Build: cargo build

   • Python: Install via pip. Requirements in requirements.txt:

     scikit-learn
     numpy
     requests
     asyncio
     

     Install: pip install -r requirements.txt

   • Solidity: Use Hardhat or Remix. Install OpenZeppelin and Chainlink:

     npm install @openzeppelin/contracts @chainlink/contracts

3. Configuration: Edit src/core/config.yml for your stablecoins, thresholds, and feeds.

4. Run Examples:

   • Rust Core: cargo run --bin nexus
   • Python Agent: python src/modules/autonomous_agents/agent_core.py
   • Solidity: Deploy rejector.sol on a testnet (e.g., via Hardhat).

Usage

• Basic Setup: See examples/basic_nexus_setup.py for a demo integrating all components.
• Validation: Use the Rust validator to process TXs, rejecting volatility.
• Rejection: Deploy the Solidity contract to enforce on-chain rules.
• Agents: Run the Python swarm for autonomous monitoring.
• Integration Guides: docs/integration-guides/ for planetary (e.g., SWIFT) and universal (e.g., inter-planet) systems.

Examples

• Stable TX Approval: A USDC transfer is validated, signed quantum-ly, and broadcasted.
• Volatile Rejection: BTC TX triggers AI anomaly detection and on-chain denial.
• Self-Healing: Agent detects failure, retrains AI, and resumes.

Testing

• Unit Tests: Run cargo test for Rust, pytest for Python.
• Holographic Sim: Enable in config for virtual testing.
• CI/CD: See .github/workflows/ for automated builds/security audits.

Contributing

• Follow CONTRIBUTING.md: Use semantic commits, PRs with tests.
• Code Style: Rust (rustfmt), Python (PEP8), Solidity (Solhint).
• Hyper-Tech Rule: All changes must uphold stablecoin mandates – no volatility!

Security

• Quantum-resistant crypto prevents hacks.
• AI monitors for anomalies.
• Audits: See docs/security/.

License

MIT License – Free for universal use.

Roadmap

• v1.0: Core protocol.
• v2.0: Full galactic integrations.
• Future: Holographic UI, quantum entanglement comms.

For issues, visit GitHub Issues. Build the hyper-future of finance!