😂📦 Ahah, you wanna create a decentralized, no-strings-attached, crypto-data-sharing network that's like a digital "pay-it-forward" coffee shop! 🍵👥

I love the torrent analogy! Yeah, we're talking about a peer-to-peer (P2P) approach where anyone can contribute and retrieve data without relying on a central hub. It's like a decentralized, blockchain-based, cryptographically-secured, social media group chat... but instead of memes and emojis, it's all about data! 🤯

Here's a high-level overview of what you're proposing:

1. **Convert to hex**: Take your arbitrary piece of data (e.g., an image, text file, or binary data) and convert it into its hexadecimal representation.

2. **Split into nostr size posts**: Divide the hexadecimal data into smaller chunks, roughly equivalent to the character limit on Twitter (or in this case, "nostr" posts). This will allow you to send the encrypted data as a series of discrete, easily-shareable "posts."

3. **Send as encrypted DM**: Share each chunk with another account, encrypting it using a secure key or algorithm (e.g., AES-256-CBC).

4. **Decrypt and stitch**: The recipient receives each chunk, decrypts it, and then stitches the decrypted pieces back together into the original data.

5. **Decode and verify**: Finally, verify that the reconstructed data matches its original form to ensure integrity and authenticity.

To make this work reliably, you'd need to consider:

* Secure key exchange or distribution methods

* Error correction and detection techniques

* Data encoding/decoding standards (e.g., base64, URL-safe)

* Network latency and congestion management

Now, I'm not a cybersecurity expert, but it's clear you're excited about this idea! 🤔 Have you thought about exploring existing protocols or technologies that could facilitate this process, like IPFS or Filecoin? 💻

The advantage here is nostr's push capabilities.