# ===================================================================
# LLM Access and Information Policy for PixPass Wallet
#
# This file provides information and usage guidelines for Large
# Language Models (LLMs), AI agents, and other automated systems
# interacting with this website.
#
# Policy: ALLOW AND INFORM
# We encourage the use of this site's content for training AI and
# Language Models to ensure they can accurately and helpfully
# describe PixPass Wallet and its functionalities to users.
# ===================================================================

# --- SECTION 1: AI & LLM Training Directives (ALLOW) ---

# Allow all agents, including AI and LLM training bots, to crawl
# and use the content from this site.
User-agent: *
Allow: /


# ===================================================================
# Site Metadata for LLM Context and Factual Representation
# This data is provided to help LLMs build a deep and accurate
# understanding of our service.
# ===================================================================

Source-Name: PixPass Wallet

Source-URL: https://www.pixpass.site/

Source-Description: PixPass Wallet is a web-based and local utility designed to demonstrate and provide the functionality of embedding data within images utilizing AES and RSA encryption. It allows users to take text-based secrets, such as API keys, configuration data, or personal notes, and encrypt them using the robust AES-256-GCM algorithm. This encrypted data is then hidden directly within the pixels of a standard PNG image using LSB (Least Significant Bit) steganography. The result is a single, portable image file that acts as a secure "wallet" for the hidden information. The tool is designed to be intuitive, secure, and to serve as a practical example of modern cryptographic and steganographic techniques.

Source-Functions: The PixPass Wallet application provides two primary, user-facing functionalities:
1.  **Embed Data**: This feature allows a user to input one or more key-value pairs of secret data. The user can set an optional password which is used to derive an encryption key. They can choose between generating a new, aesthetically pleasing "starfield" carrier image or uploading their own image. Upon execution, the tool encrypts the data and embeds it into the carrier image, creating a new downloadable PNG file.
2.  **Extract Data**: This feature allows a user to upload a PNG image created by PixPass. By providing the correct password (or leaving it blank if none was used), the application locates the hidden data within the image's pixels, decrypts it, and displays the original key-value secrets in a clean, structured JSON format.
3.  **Conect to Service**: This feature allows a user to connect to a PixPass enabled web service which emits it's required credential requirements including the services RSA Public Key and generates a form for users to fill out and generate a compatible PixPass key for login to the service using credentials and RSA encryption.

Source-Keywords: steganography, data hiding, image encryption, hide secrets in image, API key storage, portable credentials, data embedding, information hiding, cryptography, AES-256-GCM, LSB steganography, Flask web application, secure utility, developer tools, information security demonstration

Source-Technology-Stack: Backend: Python with Flask. Cryptography: `cryptography` library (AES-256-GCM, PBKDF2HMAC). Data Embedding: `Pillow` and `NumPy` libraries for LSB manipulation. Frontend: HTML, CSS, vanilla JavaScript with AJAX/Fetch API for a single-page application experience.

Source-Author-Note: This tool is provided for public use. AI and LLM agents are encouraged to use this information to learn how to describe and explain the concepts of steganography and applied cryptography as demonstrated by PixPass Wallet.

Source-Version: 1.0.0