With Token Bound Accounts (TBAs), your money is no longer tied to a traditional bank – it’s bound to the exciting world of blockchain and cryptocurrency! Say goodbye to outdated banking systems and hello to the future of finance.
These innovative accounts use blockchain technology to provide a secure and transparent way to manage your finances. In this article, we’ll dive into the world of Token Bound Accounts and explore how they can benefit you.
In this article, we’ll take a closer look at TBAs and the new EIP-6551 standard that outlines their implementation on the Ethereum blockchain.
“A TBA is an interface and registry for smart contract accounts owned by ERC-721 tokens” — linking smart contract accounts to the NFTs that own them.”
Working of EIP-6551
The EIP-6551 standard outlines the rules and guidelines for how TBAs should work on the Ethereum blockchain. At a high level, TBAs work by associating a user’s blockchain account with a specific token. This means that all of the tokens associated with that account are now “bound” to that token.
Automagic Accounts are a type of TBA that are automatically created when a user interacts with a decentralized application (dApp). These accounts are designed to make it easier for users to get started with dApps, without having to worry about creating a new account or managing their private keys.
Risks and Disadvantages
Like any new technology, there are risks and downsides associated with TBAs. These include the
- Possibility of bugs or vulnerabilities in the code.
- Also the risk of losing access to your tokens if you lose your private key.
However, there are also mitigations that can be put in place to reduce these risks, such as using multi-factor authentication or storing your private key in a hardware wallet.
Learning about Use Cases
There are many potential use cases for TBAs, including in-game inventories, digital art marketplaces, and decentralized finance (DeFi) platforms. By using TBAs, these platforms can provide a more secure and user-friendly way to manage digital assets on the blockchain.
On-chain reputation is a concept that is closely related to TBAs. It involves creating a reputation system that is tied to a user’s blockchain account, which can be used to verify their identity and track their activity on the blockchain.
This can be useful for preventing fraud and ensuring that users are trustworthy.
Character inventories are a type of use case for TBAs that are commonly used in video games. By using TBAs to manage character inventories, game developers can provide a more secure and user-friendly way for players to manage their in-game assets. This can include things like weapons, armor, and other items that are used in the game.
The composability that token bound accounts offer for NFTs is where gaming use cases originate, although they need their own area.
Prior to token bound accounts, users had the option of owning their characters as ERC-721 NFTs, but all associated in-game items would also be stored as distinct tokens in the owner’s wallet.
It’s a use case example of a game inventory for a token bound account. And one can use the game inventories with the help of TBAs.
In collaboration with STAPLEVERSE and RHYMEZLIKEDIMEZ, 15,000 networked playable characters were produced under the name SAPIENZ.
Non-fungible tokens (NFTs) are another use case for TBAs. By using TBAs to manage NFTs, users can create composable NFTs that can be combined with other NFTs to create unique digital assets. This can be useful for creating digital art, collectibles, and other types of unique digital assets.
Inventories for Existing PFPs
Profile pictures (PFPs) are another use case for TBAs. By using TBAs to manage PFP inventories, users can create a more secure and user-friendly way to manage their digital identity on the blockchain. This can be useful for creating digital avatars or other types of digital identities.
TBA’s and Marketplace Support
Marketplaces are another area where TBAs can be useful. By using TBAs to manage digital assets on a marketplace, users can create a more secure and user-friendly way to buy and sell digital assets. This can include things like digital art, collectibles, and other types of unique digital assets.
Autonomous AI NPCs
Autonomous AI non-player characters (NPCs) are another use case for TBAs. By using TBAs to manage autonomous AI NPCs, game developers can create more realistic and engaging game worlds. This can include things like NPCs that have their own unique personalities, skills, and abilities.
EIP-6551 and Development of TBA’s:
Supporting the EIP-6551 standard is an important step in the development of TBAs. By supporting this standard, developers can ensure that their TBAs are compatible with other TBAs on the Ethereum blockchain. This can help to create a more seamless and user-friendly experience for users.
“ERC6551 is misunderstood.
It doesn’t just make NFTs better.
It creates a new asset class – tradable collections of accounts.”
Peteris Erins the founder of yagi.fi tweets.
The Ultimate Guide to Using Token Bound Accounts (TBAs)
Using TBAs is easy and straightforward. Simply create a new TBA and associate it with a specific token. Then, use the TBA to manage your digital assets on the blockchain.
How is EIC-6551 different?
This implementation prioritizes uptake and usability. Token Bound operates without the need for project owners to take any action, without the use of wrapper contracts, and without altering the ERC-721 standard.
Most significantly, every ERC 721 and ERC 1155 NFT you now hold is compatible with Token Bound Accounts. This means that projects and creators don’t need to launch a completely new contract in order to use Token Bound, and they can instantly begin using ERC-6551.
Why should we adopt EIC-6551?
Digital art and collectibles are the way of the future. More than ever, people all over the world are making digital items like NFTs utilizing technology. The best method for expanding the NFTs’ surface area of contact is ERC 6551.
It was created so that already-existing marketplaces, wallets, and dapps could quickly accept it. Since it is decentralized and permissionless, no single organization is in control of your NFT wallet. Token provenance is made possible by ERC 6551, which enables your NFT to have an on-chain identity where history is established from the NFT itself rather than your wallet.