y tiene lucecitas rojas en las patas

Genial

SatsTamp Protocol



from bitcoinlib import *
import json
import time
from bitcoin.rpc import RawProxy

# Configuration
RPC_USER = "youruser"
RPC_PASSWORD = "yourpassword"
RPC_HOST = "localhost"
RPC_PORT = 18332

# SatsTamp Protocol Constants
SATSTAMP_IDENTIFIER = "SATSTAMP_v1"
MAX_DATA_SIZE = 4000000 # 4 MB max for Taproot witness data

def connect_to_node():
"""Connect to Bitcoin Core node via RPC."""
return RawProxy(service_url=f"http://{RPC_USER}:{RPC_PASSWORD}@{RPC_HOST}:{RPC_PORT}")

def create_satstamp_inscription(wallet, data, recipient_address, rarity="common"):
"""
Create a SatsTamp inscription by embedding data into a Taproot transaction.

Args:
wallet: Wallet object for signing transactions.
data: Data to inscribe (str or bytes).
recipient_address: Taproot address to send inscribed satoshi.
rarity: Rarity tag ("rare" or "common").

Returns:
dict: Transaction details including SatsTamp ID.
"""
# Connect to Bitcoin node
node = connect_to_node()

# Validate data size
data_bytes = data.encode() if isinstance(data, str) else data
if len(data_bytes) > MAX_DATA_SIZE:
raise ValueError(f"Data size exceeds {MAX_DATA_SIZE} bytes")

# Get current block height and timestamp
block_height = node.getblockcount()
timestamp = int(time.time())

# Determine rarity
is_rare = block_height % 1000 == 0
rarity = "rare" if is_rare else rarity

# Create metadata
metadata = {
"creator": wallet.getnewaddress(),
"data_type": "text" if isinstance(data, str) else "binary",
"rarity": rarity,
"timestamp": timestamp
}

# Construct inscription payload
inscription = {
"identifier": SATSTAMP_IDENTIFIER,
"data": data_bytes.hex(),
"metadata": metadata
}
inscription_json = json.dumps(inscription).encode()

# Create Taproot transaction
utxos = node.listu…

Anyone feel free to run with it and launch it

SatsTamp Protocol Specification
Overview:
Purpose: SatsTamp enables users to inscribe data onto individual satoshis, creating unique, timestamped digital assets (e.g., collectibles, proofs of existence, or time-bound certificates) that are fully on-chain and immutable.

Key Features:
Assigns a unique identifier to each satoshi based on block height and transaction timestamp.

Embeds data (text, images, etc.) in the witness data of a Taproot transaction.

Ensures data immutability and traceability using Bitcoin’s blockchain.

Introduces a rarity system based on block height milestones (e.g., every 1000th block).

Dependencies: Relies on Bitcoin’s SegWit (2017) and Taproot (2021) upgrades for witness data and script flexibility.

Use Cases: Digital collectibles, timestamped proofs (e.g., for documents), decentralized time capsules.

Protocol Rules:
Satoshi Identification:
Each satoshi is assigned a unique identifier (SatsTamp ID) based on the formula:

SatsTamp ID = block_height || tx_index || output_index || timestamp

Where:
block_height: The block in which the satoshi is inscribed.

tx_index: The transaction’s index in the block.

output_index: The output index in the transaction.

timestamp: The transaction’s locktime or block timestamp (in Unix epoch time).

Example: A satoshi inscribed in block 800000, transaction 5, output 0, with timestamp 1735689600 would have ID 800000:5:0:1735689600.

Inscription Process:
Data is embedded in the witness data of a Taproot transaction using a specific script format:

OP_RETURN <SatsTamp Protocol Identifier> <Data Payload> <Timestamp> <Metadata>

SatsTamp Protocol Identifier: A fixed string (e.g., SATSTAMP_v1) to mark the transaction as a SatsTamp inscription.

Data Payload: The content to inscribe (e.g., JSON, base64-encoded image, or text, up to 4 MB with Taproot).

Timestamp: The Unix epoch time of the inscription.

Metadata: Optional fields like creator address, data type, or rarity tag.

Rarity System:
Satoshis inscribed…