Perfect. Let’s build out a README for your fathertimesdkp-pixel repo that reflects its purpose, tone, and audience. Based on your previous messages, it seems like this project may involve crypto, NFTs, JWTs, and possibly secure key management or blockchain identity.

Here’s a tailored draft to get us started:

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🧠 FatherTimeSDKP Pixel

Quantum Identity • NFT Licensing • Secure Key Infrastructure

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📘 Overview

fathertimesdkp-pixel is a cryptographic framework designed to explore the intersection of digital identity, NFT citation, and secure key management. Built on the principles of the FatherTimeSDKP protocol, this repo serves as a sandbox for experimenting with:

• JWT token validation and quantum-safe encoding • NFT citation and licensing tied to blockchain identity • Recovery phrase documentation and secure wallet access • SHA-256 notarization and oracle verification

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🔐 Key Concepts

Feature Description JWT Keys Encoded identity tokens for secure access and verification NFT Citation Smart contract references tied to 0x311540cD8761e15F0B01aaa6Fe0F7E8f583B4Bf7 Recovery Keys Mnemonic phrases for Coinbase and other wallets Quantum Identity Experimental model for post-blockchain identity anchoring

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⚠️ Security Notice

This repository may contain revoked or placeholder keys for educational purposes. Do not use any listed credentials in production environments. Always store sensitive data in encrypted vaults or secure hardware wallets.

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🛠️ Setup & Usage

1. Clone the repo
2. Review keys/ and citations/ folders for structure
3. Use environment variables to inject secrets securely
4. Run verify.sh to test JWT and NFT citation integrity

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📜 License & Attribution

This project is authored by Donald Paul Smith (“Father Time”) and is part of the broader FatherTimeSDKP initiative. All content is provided under a custom license for educational and experimental use.

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Would you like to add links to smart contracts, NFT metadata, or a visual identity for the project next? I can help you build out those sections too.# workflows-canary-github-actions.ymlname: Digital Crystal Canary Awesome—let’s keep building this out. Now that the README has a strong foundation, the next step is to add technical documentation and contribution guidelines so collaborators (or future you!) can navigate the repo with confidence.

Here’s the next section to expand your README:

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🧪 Technical Architecture

🔧 Core Components

• jwt/ — Scripts and utilities for encoding, decoding, and validating JWT tokens • nft/ — NFT citation logic, including smart contract references and metadata • keys/ — Mnemonic phrase handling, SHA-256 hashing, and recovery workflows • scripts/verify.sh — Shell script to validate token integrity and citation hashes

🧬 Identity Flow

graph TD A[User Wallet] --> B[JWT Generation] B --> C[NFT Citation] C --> D[Chainlink Oracle Verification] D --> E[Quantum Identity Anchor]

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🤝 Contributing

We welcome experimental thinkers, cryptographers, and blockchain builders. To contribute:

1. Fork the repo
2. Create a feature branch (git checkout -b feature/your-feature)
3. Commit your changes with clear messages
4. Submit a pull request with a short description of your contribution

🧼 Code Style

• Use snake_case for file names and variables • Include comments for cryptographic logic • Avoid committing any real keys or secrets—use .env.example for templates

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📡 Roadmap

• NFT citation registry with on-chain verification • JWT quantum-safe encoding module • Coinbase recovery automation script • Visual dashboard for identity flow

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Would you like to add a badge section, GitHub Actions CI/CD setup, or a visual identity next? I can also help you write a short project pitch for your repo’s About section.Awesome—let’s keep building this out. Now that the README has a strong foundation, the next step is to add technical documentation and contribution guidelines so collaborators (or future you!) can navigate the repo with confidence.

Here’s the next section to expand your README:

---

🧪 Technical Architecture

🔧 Core Components

• jwt/ — Scripts and utilities for encoding, decoding, and validating JWT tokens • nft/ — NFT citation logic, including smart contract references and metadata • keys/ — Mnemonic phrase handling, SHA-256 hashing, and recovery workflows • scripts/verify.sh — Shell script to validate token integrity and citation hashes

🧬 Identity Flow

graph TD A[User Wallet] --> B[JWT Generation] B --> C[NFT Citation] C --> D[Chainlink Oracle Verification] D --> E[Quantum Identity Anchor]

---

🤝 Contributing

We welcome experimental thinkers, cryptographers, and blockchain builders. To contribute:

1. Fork the repo
2. Create a feature branch (git checkout -b feature/your-feature)
3. Commit your changes with clear messages
4. Submit a pull request with a short description of your contribution

🧼 Code Style

• Use snake_case for file names and variables • Include comments for cryptographic logic • Avoid committing any real keys or secrets—use .env.example for templates

---

📡 Roadmap

• NFT citation registry with on-chain verification • JWT quantum-safe encoding module • Coinbase recovery automation script • Visual dashboard for identity flow Let’s roll out a solid CONTRIBUTING.md file for your fathertimesdkp-pixel repo. This will guide collaborators on how to engage with your project respectfully and effectively.

Here’s a draft you can adapt:

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🤝 Contributing to FatherTimeSDKP Pixel

Welcome, quantum thinkers and crypto builders! This project thrives on collaboration, experimentation, and bold ideas. Whether you’re fixing a bug, proposing a feature, or exploring identity protocols, your input is valued.

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🧭 How to Contribute

1. Fork the repository

2. Create a feature branchgit checkout -b feature/your-feature-name

3. Make your changes• Follow the coding style (see below) • Add comments for cryptographic logic • Never commit real keys or secrets

4. Push your branchgit push origin feature/your-feature-name

5. Open a pull request• Include a clear description • Reference related issues if applicable • Be open to feedback and discussion

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🧼 Code Style Guide

• Use snake_case for filenames and variables • Keep functions modular and well-documented • Include unit tests for new logic • Use .env.example for environment variable templates • Avoid hardcoding sensitive data

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🛡️ Security Protocols

• All keys in this repo must be revoked or placeholders • Use encrypted vaults or hardware wallets for real credentials • Report any accidental exposure immediately via Issues

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💬 Communication

• Use GitHub Issues for bugs, ideas, and questions • Be respectful and constructive in discussions • Credit original authors when building on their work

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🧪 Experimental Contributions

This repo welcomes speculative and experimental features. If you’re exploring quantum identity, NFT citation logic, or new cryptographic flows, feel free to submit a proposal via Issues before diving in.

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Would you like to add a CODE_OF_CONDUCT.md next, or set up GitHub Actions for automated testing and key scanning? I can help with either.

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Would you like to add a badge section, GitHub Actions CI/CD setup, or a visual identity next? I can also help you write a short project pitch for your repo’s About section.

Runs every 15 minutes by default; adjust schedule if needed.

on: schedule: - cron: '*/15 * * * *' # every 15 minutes workflow_dispatch: {}

permissions: contents: read actions: read

jobs: canary: runs-on: ubuntu-latest timeout-minutes: 30 steps: - name: Checkout repository uses: actions/checkout@v4 with: fetch-depth: 0

  - name: Setup Python
    uses: actions/setup-python@v4
    with:
      python-version: '3.11'

  - name: Install dependencies
    run: |
      python -m pip install --upgrade pip
      pip install -r requirements.txt || pip install web3

  - name: Run Digital Crystal enforcement (canary)
    env:
      # Provide these as encrypted repository secrets (Settings → Secrets)
      ETH_RPC_URL: ${{ secrets.ETH_RPC_URL }}
      SIGNER_ADDRESS: ${{ secrets.SIGNER_ADDRESS }}
      ANCHOR_PRIVATE_KEY: ${{ secrets.ANCHOR_PRIVATE_KEY }}  # optional; prefer HSM
      BROADCAST_ANCHOR: "false"   # keep false for canary mode
      ALLOW_THRESHOLD: "0.2"
      ESCALATE_THRESHOLD: "0.6"
    run: |
      python src/enforcement_engine.py .