1. Implemented Composability of NFTs with Other Assets, Making NFTs Truly Non-Fungible

Past

For example, two NFTs, Azuki #0001 and Azuki #9999, were almost indistinguishable except for their serial numbers. Even when placed together, they were difficult to differentiate.

Now

With the ERC6551 protocol, the situation has changed. Azuki #0001 can wear cool soccer shoes, a matching soccer jersey and shorts, and carry a soccer ball, showcasing its identity as a soccer enthusiast. Additionally, it can also possess 1000 yen for purchasing drinks after exercising.

Azuki #9999 can wear a chef's uniform, hold a pot and a spatula in its hands, with freshly made sushi in front, showcasing its identity as a food enthusiast. It can also possess the ingredients and tools needed to make sushi.

Through the ERC6551 protocol, we can add various attributes and functions to NFTs, making them more personalized and unique. For example:

Appearance: NFTs can have clothing, accessories, skins, etc., altering their appearance.

Attributes: NFTs can have various attributes such as hobbies, skills, professions, making them more individualized.

Functionality: NFTs can have various functions such as game props, financial assets, identity credentials, making them more practical.

Examples:

In games, ERC6551 can be used to create more complex game characters and items. For example, weapons, armor, and skills can be added to game character NFTs, making them more powerful.

In the financial sector, ERC6551 can be used to create new financial products. For example, NFTs can be used as collateral for loans or traded as securities.

In the identity verification field, ERC6551 can be used to create a more secure identity verification system. For example, a decentralized identity verification system can be created using the ERC6551 protocol, which will store users' identity information using NFTs. In summary, the ERC6551 protocol opens up new possibilities for the development of NFTs. It makes NFTs more flexible, customizable, and secure, and opens up new areas for the application of NFTs.

Summary

Past: NFTs were limited to simple images or videos, lacking personalization and customization.

Now: With the ERC6551 protocol, NFTs can have more attributes and functions, becoming more non-fungible, personalized, and practical.

Future: ERC6551 will continue to drive the development of NFTs, enabling them to play a more important role in various fields.

2. All Transactions and Interaction Information Experienced by NFTs Will Accumulate on the NFT Itself, Not Lost Due to Transfer

Past

In the past, purchasing NFTs was like buying a blind box. Although you owned the NFT, you knew nothing about its past. You didn't know who created it, its transaction history, whether it had been stolen, and so on. This lack of transparency and traceability made many people concerned about the security of NFTs.

Now

With the ERC6551 protocol, the transparency and traceability of NFTs have been greatly improved.

Transparency: All information related to NFTs will be publicly available for anyone to view. This means you can easily understand the history and ownership of NFTs, making wiser purchasing decisions.

Traceability: You can query all on-chain data associated with the TBA account address corresponding to the NFT, including transaction records, interaction records, and attribute information. This allows you to understand the usage and value of NFTs, ensuring their authenticity and security.

Examples

Game Character NFTs: You can query the on-chain data of an NFT to understand how many battles it has participated in, what rewards it has received, and which players it has interacted with. This information can help you evaluate the value and rarity of game character NFTs.

Collectible NFTs: You can query the on-chain data of an NFT to understand its origin, creation process, and transaction records. This information can help you verify the authenticity and value of collectible NFTs.

As NFT technology continues to develop, the transparency and traceability of NFTs will further improve. This will make NFTs more secure, reliable, and open up new possibilities for their application.

Summary

Past: NFTs lacked transparency and traceability, making purchasing NFTs akin to buying a blind box.

Now: With the ERC6551 protocol, the transparency and traceability of NFTs have been greatly improved.

Future: The transparency and traceability of NFTs will further improve, making NFTs more secure and reliable.

3. Receive Airdrops Without Snapshot, Directly to Each NFT's Corresponding TBA Account Address

Past

In the past, NFT airdrops usually required a snapshot. The official announcement would specify the snapshot time and record all addresses holding NFTs at that time. Then, airdrop rewards would be distributed to these addresses.

This method had the following issues:

High Workload: Officials needed to manually take snapshots and verify the validity of all addresses, increasing the workload.

Unfairness: If users who held NFTs before the snapshot time subsequently sold them, the new buyers would not receive airdrop rewards.

Now

With the ERC6551 protocol, NFT airdrops can be easier, more convenient, and safer.

No Snapshot Needed: Officials can directly distribute airdrop rewards to the TBA account address corresponding to each NFT, without the need for a snapshot.

Fairer: All users holding NFTs will receive airdrop rewards, regardless of whether they held the NFTs before or after the snapshot time.

Safer: TBA account addresses are unique and cannot be forged, reducing the risk of fraud.

Examples

A project wants to airdrop tokens to all users holding its NFTs. In the past, the project would need to take a snapshot and verify all addresses. Now, the project can directly distribute tokens to the TBA account address corresponding to each NFT, without the need for a snapshot.

A game wants to airdrop in-game items to all players who participated in game testing. In the past, the game would need to record all addresses of players who participated in game testing. Now, the game can directly distribute game items to the TBA account addresses holding game character NFTs.

Summary

Past: NFT airdrops required snapshots, leading to issues such as high workload, unfairness, and high fraud risk.

Now: With the ERC6551 protocol, NFT airdrops can be easier, more convenient, and safer.

Future: NFT airdrops will become more widespread and open up new possibilities for the application of NFTs.

4. The Combination of NFTs and AI: A Key Innovation in Web3

The combination of NFTs and AI is one of the most important innovations in the Web3 field in recent years. Each NFT can embody an AI Agent, which can carry assets and engage in any interaction, with users only needing to send it intent commands.

Using NFTs to carry AI Agents has several significant advantages compared to authorizing directly through wallets:

1. Advantages of NFT's Uniqueness and Non-Fungibility for Agents:

Scarcity: Each NFT is unique, meaning each Agent is also unique. This scarcity increases its value.

Ownership Protection: The non-fungibility of NFTs ensures the ownership of Agents is clear and tamper-proof, protecting the rights of Agent developers and preventing theft or misuse.

2. Programmability and Scalability:

TBA accounts of NFTs can contain rich metadata, including descriptions, attributes, and skills of Agents. This allows the creators to give Agents more functions and characteristics, providing a richer and more personalized interaction experience.

3. Transparency and Verifiability:

NFTs are stored on the blockchain, and their transaction history and ownership changes are public, transparent, and verifiable. This closely binds the interaction data and revenue records of Agents to themselves, enhancing trust and traceability.

4. Establishing a Trading Market:

Through NFTs, it is convenient to establish a trading market for AI Agents. Buyers and sellers can freely trade Agents on the market, and the scarcity and uniqueness of NFTs provide value support for the market. Additionally, leasing and lending markets based on NFTs can achieve more flexible pricing mechanisms and broader participant groups.

5. Serving as a Data Access Layer (DA Layer):

The rich database carried by independent Agents can become a key component of the data access layer (DA Layer) of the Web3 network. This design enables Agents to seamlessly interact with other Web3 applications and services, facilitating smooth data sharing and efficient exchange. This interoperability not only strengthens the connection between various components in the Web3 ecosystem but also helps build a more open, collaborative, and intelligent overall environment.

When we combine the ERC6551 standard with Agents, we can further enhance their performance and value. Specifically, ERC6551 provides a series of cutting-edge algorithms and models, allowing Agents to better understand user intent and provide more precise and personalized responses. This not only enhances the user experience but also elevates the intelligence level of Agents.

Furthermore, ERC6551 also possesses powerful data recording and analysis capabilities, enabling real-time tracking and analysis of Agents' interaction data and revenue records. This allows developers to accurately assess the training effectiveness and market performance of Agents, enabling targeted optimization and improvement.

More importantly, ERC6551 provides a standardized interface for interoperability between Agents. This means different Agents can easily connect with each other, exchange data, further promoting the circulation and sharing of information in the Web3 ecosystem.

In summary, using the database carried by independent Agents as the DA layer of the Web3 network, combined with the ERC6551 standard, not only significantly enhances the performance and value of the Web3 network but also strongly promotes the construction and development of the entire Web3 ecosystem. This integration will bring broader prospects and endless possibilities to the Web3 world.

In conclusion, using NFTs to carry AI Agents not only has technological advantages but also contributes to building a more prosperous, transparent, and trustworthy Web3 ecosystem. With the continuous advancement of technology and the expansion of application scenarios, this model is expected to play an even more important role in the future.

Examples

Smart Trading: Users can set instructions for AI Agents to automatically trade when specific conditions are met, such as buying or selling when the price of Bitcoin reaches a target price.

Gaming Assistance: In games, AI Agents can automatically control game characters to engage in battles, collect resources, and help users improve gaming efficiency.

Asset Management: AI Agents can automatically manage assets, such as regular investments and financial operations, helping users achieve wealth appreciation.

Summary

The combination of NFTs and AI is an innovative trend in the Web3 field, and TBA accounts provide a secure, flexible, and efficient solution for this combination.

In the future, as AI technology continues to advance, the combination of NFTs and AI will delve deeper and open up new possibilities for the application of NFTs.

Final Thoughts

The advantages of the ERC6551 protocol and its TBA accounts go far beyond the above 4 points, opening up infinite possibilities for the future development of NFTs.

Here are some future trends worth paying attention to:

1. Cross-Chain Interoperability: TBA accounts have been integrated into LayerZero's V2 version, achieving cross-chain interoperability. This means users can use TBA accounts to control assets on Ethereum and any other EVM or Layer2 chains.

2. Identity Management: TBA accounts can serve as the basis for decentralized identities (DID), providing users with a secure and controllable identity management solution.

3. Data Ownership: TBA accounts can help users store and manage their own data, and control the way the data is used.

4. Financial Applications: TBA accounts can be used to create new financial products and services, such as decentralized lending and derivative trading.

In conclusion, the ERC6551 protocol and TBA accounts are important milestones in the development of NFTs. They will bring more functionality and application scenarios to NFTs and lay the foundation for the future development of Web3.

免责声明：本文章仅代表作者个人观点，不代表本平台的立场和观点。本文章仅供信息分享，不构成对任何人的任何投资建议。用户与作者之间的任何争议，与本平台无关。如网页中刊载的文章或图片涉及侵权，请提供相关的权利证明和身份证明发送邮件到support@aicoin.com，本平台相关工作人员将会进行核查。