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Classic Stamps are NFTs built on Counterparty standards from 2014.
Originally intended to be 1:1, creators can now issue billions of tokens per stamp.

Initially, transactions utilized OP_MULTISIG and Base64 encoding, but newer formats like OLGA and P2WSH are now included.
The goal was to prevent accidental spending and improve the resilience of Ordinals data.

The first Bitcoin Stamp (Stamp 0) was created by MikeinSpace at Block 779652.

SRC-20 is a fungible token protocol that directly embeds transactions on Bitcoin without relying on Counterparty, as of block 796,000.
Modeled after BRC-20, this layer only incurs standard BTC miner fees and ensures the immutability of the data

The first official SRC-20 token (KEVIN) was deployed by Reinamora in Block 788041.

It's an evolution from proof-of-concept into a direct-to-Bitcoin protocol for efficiency and security.

SRC-721 is a standard for recursive NFTs, layering multiple layers of up to 10 STAMP images.
It reduces minting costs by referencing on-chain data through JSON within the STAMP.

The first SRC-721 collection AVIME was created by Derp Herpstein from Stampverse.io in Block 788041.

SRC-721r is an evolution of the SRC-721 standard, allowing for recursive NFT creation by leveraging multiple layers of data utilizing not - just JSON but also on-chain JS libraries - to build complex recursion and on-chain web applications.

Its structure maximizes cost efficiency, making it suitable for larger, more detailed and animated art collections such as the Assange project.

SRC-101 introduces a domain name system on Bitcoin Stamps, solving the challenge of UTXO-linked assets and ensuring immutability.

Unlike regular UTXO-based assets, SRC-101 names are stamped directly onto the Bitcoin blockchain, allowing for permanent records tied to user addresses.
The standard prevents unintentional spending by separating stamp assets from BTC holdings.

OLGA is a new encoding format within the Stamps protocol, which eliminates the need for Base64 encoding.

It reduces the transaction size by 50% and the cost of minting by 60-70%, maintaining all original functionality.
OLGA's first implementation happened in Block 833000.

It improves storage efficiency for images on the Bitcoin blockchain, enhancing accessibility whilst reducing transaction fees and allowing for artwork up to 64kb.

POSH Stamps are an advanced version of cursed stamps integrated with the Counterparty asset-naming system.

While they require additional steps to acquire XCP to conform to the Counterparty Meta-Protocol rules, this allows artists to create a vanity name on-chain for their STAMPS and collections

To start creating, sending, and storing Bitcoin Stamps, you'll need a compatible wallet. Some options include:

• Unisat
• Leather
• OKX
• TapWallet
• Phantom

Ensure that your wallet has enough Bitcoin to cover the cost of transactions and inscription fees, which depend on data size and network congestion.

Choose a compatible wallet and stamp the data by calculating transaction fees based on data size and current network conditions.
Broadcast the transaction to the Bitcoin network and wait for confirmation.

You can stamp various file types, including images, text, and metadata, directly onto the Bitcoin blockchain.

File size limitations depend on the format (e.g., OLGA encoding) and network conditions, as larger files incur higher fees.

• Classic Stamp Format: Uses OP_MULTISIG and Base64 encoding - max file size: 7kB
• OLGA: Newer format that reduces transaction (code) size and fees - raises the max file size to 64kB.

Stamp dispensers provide an easy way to buy Bitcoin Stamps from a seller or marketplace.

Simply enter the number of Stamps you want and the amount of BTC required, then complete the transaction.
For selling, you can set up a dispenser to automate the process of selling your Stamps.

Be mindful of 'frontrunning' on popular art stamp listings, where bots or fast transactions may acquire the stamp ahead of you. Use timing strategies or direct transactions to reduce this risk.

To create a collection, stamp a series of related assets, ensuring they're stamped with consistent metadata and styles. This can help you organize and showcase your art or project.

To get your collection featured on popular marketplaces, ensure it meets certain criteria such as originality, completeness, and proper metadata stamping.

To deploy a SRC-20 token, stamp the transaction on Bitcoin with the token's supply and metadata. This makes the token immutable and secured by Bitcoin's blockchain.

After deployment, token holders can mint additional SRC-20 tokens based on the initial supply set in the contract.

Transfer SRC-20 tokens between addresses using a compatible wallet. Ensure that fees are calculated based on data size and network congestion.

Stamps provide a more permanent and immutable solution for data storage compared to other protocols like Bitcoin Ordinals. Stamps ensure the data remains a part of the Bitcoin blockchain forever, making it highly resistant to changes in third-party platforms or protocols.

Yes, Stamps leverage the Bitcoin blockchain's Proof-of-Work (PoW) consensus mechanism, making the data tamper-proof once confirmed. This ensures long-term data security.

While both protocols enable data storage on the Bitcoin network, Stamps are more focused on permanent and immutable storage by embedding data directly into the blockchain.

Yes, Bitcoin Stamps can be traded or sold, similar to NFTs.

However, the trading process is contingent on wallet support and platform integration.
Many marketplaces are exploring ways to support the trading of Stamps more efficiently.